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PhD in Computer Science, Senior Scientist Oracle, France Specialty Area(s): Mathematics - Computer Science - Artificial Intelligence - Natural Language Processing |
Born in 1991 in Guelma (Algeria), Amine Abdaoui showed an early interest in computer science. His academic excellence led him to the École Supérieure d'Informatique (ESI) in Algiers, where he graduated in 2013 with honors, finishing as class valedictorian throughout all years of his studies.
Following this solid initial education, he pursued a PhD in Computer Science, specializing in Artificial Intelligence and Natural Language Processing (NLP), fields in which he would develop recognized expertise.
Dr. Abdaoui has established himself as a leading researcher in the field of Artificial Intelligence, with a particular focus on Natural Language Processing. His career is marked by numerous significant scientific contributions that have advanced both the understanding and practical applications of these technologies.
Currently, he holds the position of Senior Scientist at Oracle in France, where he works on cutting-edge AI projects. His technical expertise and innovative vision enable him to develop advanced AI solutions that are deployed to thousands of clients worldwide.
Alongside his professional activities, Dr. Abdaoui maintains an active presence in the international scientific community, regularly participating in conferences and collaborating with other renowned researchers.
Dr. Abdaoui has published more than 30 scientific papers in prestigious journals and conferences, demonstrating his significant contribution to his field. His work is widely cited by peers, as evidenced by his presence on Google Scholar.
He has also filed 4 patents (not yet published), demonstrating the innovative and practical aspect of his research.
Among his notable achievements is his first place in the DEFT 2015 challenge (Text Mining Challenge), a prestigious competition in the field of natural language processing in France.
During his academic career at ESI, he distinguished himself as class valedictorian for all years of his curriculum, testifying to his consistent academic excellence.
The impact of Dr. Abdaoui's work extends well beyond academia. He has developed and trained several artificial intelligence models that are currently used by thousands of clients worldwide, thus contributing to the adoption and practical application of advanced AI technologies across various industrial sectors.
His expertise in natural language processing has enabled significant advances in machine understanding and analysis of texts, with concrete applications in fields as diverse as healthcare, finance, and sentiment analysis.
As a researcher and developer, he actively contributes to shaping the future of AI and NLP, constantly pushing the boundaries of what is technically possible in these rapidly evolving fields.
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Chief Technology Officer Qualcomm, United States |
Achour Baaziz is a renowned Algerian engineer and scientist. Born in Algeria, he began his academic journey in his home country, where he obtained a degree in physics from the University of Algiers. Continuing his academic pursuits in the United States, he completed a master's degree at the prestigious Tufts University in Boston, establishing a solid foundation for his future career in advanced technologies.
Achour Baaziz's professional career began at Qualcomm in 1993, where he was recruited as a systems engineer. Over the following three decades, he climbed the ranks within the company, demonstrating exceptional talent and remarkable technical expertise. His contributions to technological development have been substantial, particularly in the field of wireless telecommunications.
His major achievements include:
Achour Baaziz's career is marked by several significant promotions and recognitions:
In this prestigious role, he directs the company's research and development (R&D) and engineering activities. He is also responsible for executing Qualcomm's strategy in three key areas: wireless communication technologies, computing, and artificial intelligence.
Achour Baaziz is recognized as a leading figure in the semiconductor and telecommunications sector. His technical expertise, combined with his leadership skills, has had a significant impact on:
His impressive career and major contributions to the technology industry make him an influential and respected figure in the world of telecommunications and engineering, serving as an inspiration for future generations of engineers and scientists, particularly those from the Arab world.
To deepen your knowledge about Achour Baaziz and his contributions:
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Assistant Professor in Computer Science New York University Abu Dhabi (NYUAD), United Arab Emirates |
Of Algerian origin, Riyadh Baghdadi has followed an exemplary academic path, from Algiers to the United States via Paris. He obtained his engineering degree from the École Supérieure d'Informatique (ESI) in Algiers, a renowned institution for training Algeria's top computer scientists. Continuing his academic ascent, he subsequently earned his Master's and PhD degrees from Sorbonne University (Paris VI) in France, where he worked in collaboration with the National Institute for Research in Computer Science and Automation (INRIA), one of Europe's most prestigious research centers. After completing his doctorate, Riyadh pursued a postdoctoral fellowship at the Massachusetts Institute of Technology (MIT), an institution globally recognized for excellence in computer science and artificial intelligence research. This trajectory demonstrates his determination and passion for both theoretical and applied computer science.
Dr. Baghdadi's scientific career is marked by significant contributions to the field of compilers and applied machine learning. During his postdoctoral research at MIT, he developed the Tiramisu compiler, an innovative tool designed to optimize deep learning applications, image processing, and scientific computing. Currently, as an Assistant Professor in the Computer Science Department at New York University Abu Dhabi (NYUAD), he continues his research at the intersection of compilers and applied machine learning. He also holds the position of Global Network Assistant Professor at NYU's Tandon School of Engineering and maintains his affiliation with MIT as a Research Affiliate. His current work focuses on developing compilers that can take high-level code and optimize it automatically to generate highly efficient code, particularly using machine learning to achieve this goal. In parallel, he works on techniques to accelerate deep learning training and inference, notably by exploiting the sparsity of weights in deep neural networks. These innovations aim to enable the use of sophisticated deep learning models on platforms with limited computational resources, such as smartphones or autonomous vehicles.
Dr. Baghdadi has received several distinctions throughout his career, testifying to the excellence and impact of his research. He has been recognized as one of the youngest Algerian researchers at the prestigious Massachusetts Institute of Technology (MIT), a distinction that has been featured in Algerian press. His integration into NYU's academic ecosystem and his continued affiliation with MIT demonstrate the international recognition of his skills and contribution to computer science research. His Tiramisu compiler has also been acknowledged in the scientific community as a significant advancement in the field of automatic code optimization for deep learning and scientific computing.
Dr. Baghdadi's work at the intersection of compilers and machine learning has a considerable impact on the development of more efficient and accessible computing systems. The Tiramisu compiler he developed at MIT represents a major advancement for automatic code optimization for deep learning, image processing, and scientific computing. His current research on accelerating the training and inference of deep neural networks paves the way for implementing sophisticated AI models on devices with limited resources, thus democratizing access to advanced artificial intelligence. By exploiting the sparsity of neural network weights, his work contributes to reducing energy consumption and computational resource requirements, a crucial issue in the era of rapid AI expansion. Through his teaching and mentoring at NYUAD, he is also training the next generation of researchers and engineers at the interface between compilation and artificial intelligence, thereby multiplying the impact of his scientific contributions.
Email: baghdadi@nyu.edu
Websites and academic profiles:
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PhD, Biostatisticien Senior Institut de Recherche du Centre Universitaire de Santé McGill (IR-CUSM), Canada Domaines de spécialité : Mathématiques, Informatique, Intelligence Artificielle |
Né en 1967 à Koléa (Algérie), Hassan Behlouli a effectué ses études secondaires au lycée Émir Abdelkader à Alger, puis au lycée Rekaizi à Hadjout. Il a poursuivi ses études universitaires à l'Université de Blida où il a obtenu un diplôme en électronique. Par la suite, il a complété son parcours académique par un doctorat (PhD) axé sur l'application des méthodes statistiques et de l'intelligence artificielle dans le domaine médical.
Dr. Hassan Behlouli s'est spécialisé en tant que biostatisticien senior au sein de l'Institut de Recherche du Centre Universitaire de Santé McGill (IR-CUSM) au Canada. Son expertise réside dans la gestion et l'analyse de vastes bases de données administratives médicales, notamment la base de données RAMQ (Régie de l'Assurance Maladie du Québec) et Marketscan. Il excelle dans l'interconnexion de bases de données, la construction de variables et la rédaction scientifique.
Ses travaux de recherche se concentrent principalement sur :
Hassan Behlouli est l'auteur ou co-auteur d'environ 100 publications scientifiques. Ses 67 articles référencés ont reçu plus de 2000 citations dans la littérature scientifique. Sa production scientifique se répartit principalement dans les domaines suivants :
Ses recherches portent essentiellement sur :
Parmi ses distinctions, on note :
L'impact du Dr. Behlouli sur la recherche médicale est significatif. Il collabore régulièrement avec des chercheurs basés au Canada, aux États-Unis et en Italie. Parmi ses collaborateurs notables figurent Louise Pilote, Cynthia A. Jackevicius, Karin H. Humphries, Mark J. Eisenberg et Vidal Essebag. Ses travaux ont été publiés dans des revues prestigieuses comme le New England Journal of Medicine, JAMA et Circulation.
Son influence s'étend également à l'encadrement et au soutien des étudiants en médecine dans la conduite de leurs recherches. Sa contribution à l'application des méthodes statistiques avancées et de l'intelligence artificielle dans la recherche médicale a permis d'améliorer significativement la compréhension de nombreuses pathologies, particulièrement dans le domaine cardiovasculaire.
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Professor of Computer Science Aix-Marseille University, France – Laboratory of Computer Science and Systems (LIS, UMR CNRS 7020) |
Born in 1963 in Tizi-Ouzou (Algeria), Belaid Benhamou studied at Amirouche High School and later at Mouloud Mammeri University of Tizi-Ouzou. He holds an engineering degree in computer science, a DEA, a PhD, and a French habilitation (HDR).
His research focuses on symbolic artificial intelligence, including the following topics:
Some of his contributions, especially on symmetry in constraint networks, are considered foundational and widely cited by the international AI research community.
Email: belaid.benhamou@univ-amu.fr
LinkedIn: profile
DBLP: publication list
ResearchGate: profile
IEEE: IEEE author page
ScholarGPS: profile
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Vice President Academic University of Doha for Science and Technology, Qatar Field(s) of expertise: Mathematics - Computer Science - Artificial Intelligence |
Born in 1961 in Constantine, Algeria, Rachid Benlamri completed his secondary education at Hihi El-Mekki High School before pursuing higher education at the University of Constantine. He later completed his studies in the United Kingdom, where he obtained both his Master's degree and PhD from the University of Manchester, specializing in artificial intelligence and knowledge engineering.
Professor Rachid Benlamri currently holds the position of Vice President Academic at the University of Doha for Science and Technology in Qatar. Prior to this appointment, he served as a Professor of Software Engineering at the Faculty of Engineering at Lakehead University in Canada, where he also headed the Semantic Web and Mobile Computing Lab.
His main research areas include:
His research has been supported by numerous funding institutions, including the Natural Sciences and Engineering Research Council of Canada (NSERC), Ontario Center of Excellence, Connect Canada, Northern Ontario Heritage Fund Corporation (NOHFC), Academic Health Science Centers (AHSC) of Ontario, and the Ontario Partnership for Innovations and Commercialization (OPIC).
Throughout his academic career, Professor Benlamri has supervised over 70 students and postdoctoral fellows, significantly contributing to the development of the next generation of researchers in computer science and artificial intelligence.
With over 160 scientific publications to his credit, Professor Benlamri has gained international recognition in his fields of expertise. He has regularly been invited as a keynote speaker at prestigious international conferences.
He has also taken on important responsibilities in organizing international conferences, notably as:
Professor Benlamri also holds important editorial positions in several scientific journals:
The impact of Professor Benlamri's work extends beyond the academic world. As a pioneering researcher in the field of semantic web and context-aware computing, his contributions have influenced the development of mobile technologies and intelligent systems. His work on mobile knowledge management has practical applications in numerous sectors, from healthcare to education.
As Vice President Academic at the University of Doha for Science and Technology, he is helping to shape the next generation of leaders in the fields of science and technology in the Middle East, strengthening Qatar's role as a center for academic excellence and innovation in the region.
The supervision of over 70 students and postdoctoral researchers also testifies to his commitment to mentoring and talent development, creating a multiplier effect of his influence in the field of computer science and artificial intelligence.
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Winthrop Professor University of Western Australia (UWA), Australia Field(s) of expertise: Mathematics - Computer Science - Artificial Intelligence |
Born in Constantine, Algeria, Mohammed Bennamoun completed his secondary education at Youghourta High School in Constantine. He pursued his higher education with foundational studies at the University of Constantine, before obtaining his Engineering degree from the École Polytechnique d'Alger. His education continued internationally with a Master's degree from Queen's University in Canada, specializing in Control Theory. He then completed his academic journey with a PhD conducted between Canada and Australia, at Queen's University and Queensland University of Technology (QUT) in Brisbane, focusing on Computer Vision.
Professor Mohammed Bennamoun began his career teaching Robotics at Queen's University. In 1993, he joined Queensland University of Technology (QUT) as an Associate Lecturer, before being promoted to Lecturer in 1996, and then Senior Lecturer in 1998. During this period, he also served as the Director of a Research Center from 1998 to 2002.
In January 2003, he joined the Department of Computer Science and Software Engineering at The University of Western Australia (UWA) as an Associate Professor and was later promoted to Professor in 2007. He currently holds the prestigious position of Winthrop Professor. He also served as the Head of the School of Computer Science and Software Engineering at UWA for five years, from February 2007 to March 2012.
His international career is marked by several Visiting Professor positions:
His research work primarily focuses on Artificial Intelligence, including Computer Vision, Deep Learning, signal and speech processing, with applications in the fields of Robotics, Medicine, Agriculture, transportation, and more.
Professor Bennamoun is the author of four reference books available on Amazon:
His scientific output is remarkable with more than 240 publications in scientific journals and over 300 publications in international conferences.
Professor Bennamoun has received numerous distinctions throughout his career:
He was also invited to deliver courses at the International Summer School on Deep Learning (DeepLearn 2017 and DeepLearn 2022).
In terms of editorial responsibilities:
In the conference domain, he was selected to give tutorials at prestigious conferences:
He has also organized several special sessions for conferences, notably for the IEEE International Conference in Image Processing (IEEE ICIP), and has been on the program committee of many conferences, such as 3D Digital Imaging and Modeling (3DIM) and the International Conference on Computer Vision. He is regularly invited to deliver keynote speeches at international conferences.
At the institutional level, he served as a member of the ARC (Australian Research Council) College of Experts from 2012 to 2015 and from 2019 to 2021, as well as a member of the ARC ERA (Excellence Research for Australia) in 2018. He is also a member of the College of Assessors for the Ministry of Business, Innovation and Employment, New Zealand.
Professor Bennamoun's impact in the field of Artificial Intelligence is substantial, as evidenced by his impressive list of publications and high citation index on Google Scholar. His work has significantly contributed to the development of Computer Vision, particularly in the area of 3D analysis, object recognition, and biometrics.
His research has practical applications in various strategic sectors such as medicine, agriculture, transportation, and robotics. His expertise in machine learning and deep learning has enabled notable advances in these fields.
As a teacher and mentor, he has trained numerous researchers and students who now pursue academic and industrial careers, thus amplifying his influence in the field. His ability to secure significant research funding demonstrates the recognition of the value of his work by the scientific community and funding agencies.
His role on editorial boards of prestigious journals and his involvement in organizing major international conferences also testify to his influence and reputation in the global scientific community.
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PhD in Artificial Intelligence and Big Data Datalab & Innovation Laboratory, MACIF, France Fields of Expertise: Mathematics - Computer Science - Artificial Intelligence - Big Data |
Born in 1987 in Relizane (Ghilizane), Algeria, Dr. Abdelkader Berrouachedi has built a remarkable academic career in computer science and artificial intelligence fields.
Academic Journey:
Master's in Information Systems Engineering - Abdelhamid Ibn Badis University, Mostaganem, Algeria
Master's in Big Data and Data Mining - Paris 8 University, France
PhD in Artificial Intelligence and Big Data - Paris 8 University, France (ongoing since 2021)
His multidisciplinary education has enabled him to acquire deep expertise in applied mathematics, theoretical and practical computer science, and modern artificial intelligence.
Since 2021: Researcher at the Datalab & Innovation Laboratory of MACIF insurance company, France, where he develops innovative artificial intelligence solutions for the insurance sector.
Specialized Research Areas:
His doctoral thesis focuses on "Deep Ensemble Classification for High-Dimensional Data Patterns," an innovative approach that combines deep learning techniques with ensemble methods to improve classification accuracy on complex datasets.
At Datalab & Innovation Laboratory (MACIF):
• Leading teams of data scientists and AI engineers
• Spearheading technological innovation projects
• Developing artificial intelligence solutions for the insurance industry
• Big Data analysis for strategic decision support
Academic Engagement:
• Advisory Board Member for the Big Data Master's program - Paris 8 University
• Associate Professor - Teaching "Open Source Tools for Software Development" in Master's programs
• Supervising final year projects in applied AI and Big Data analysis
Publications and Scientific Contributions:
• Author and co-author of several research papers published in prestigious international conferences (IEEE, ACS)
• Regular contributor to advances in deep learning and ensemble classification
• Recognized specialist in dangerous behavior detection in connected vehicle systems
• Expert in temporal and geographical data analysis
Editorial and Academic Responsibilities:
• Peer reviewer for several specialized scientific journals
• Organizing committee member for international AI conferences
• Supervisor of doctoral theses and master's dissertations in applied artificial intelligence
Dr. Berrouachedi represents a new generation of Franco-Algerian researchers who build bridges between cutting-edge academic research and concrete industrial applications. His work within MACIF's Datalab & Innovation Laboratory perfectly illustrates how artificial intelligence can transform traditional sectors like insurance.
His research on deep ensemble classification has direct applications in fraud detection, risk assessment, and predictive analysis of customer behaviors. His expertise in connected vehicle data analysis contributes to the development of safer and more intelligent transportation systems.
Through his teaching activities and engagement in the Big Data Master's advisory board at Paris 8, he contributes to training the next generation of artificial intelligence specialists, transferring his practical industry-acquired expertise to students.
His interdisciplinary approach, combining mathematics, computer science, and sectoral applications, makes him a recognized expert in the emerging field of industrial AI applied to financial and insurance services.
His research contributions extend beyond theoretical advancement to practical implementation, particularly in developing robust AI systems that can handle real-world complexity and uncertainty. His work on high-dimensional data pattern recognition has implications for various domains including cybersecurity, autonomous systems, and predictive maintenance.
As a bridge between academia and industry, Dr. Berrouachedi exemplifies the modern researcher who not only advances scientific knowledge but also ensures its practical application in solving real-world challenges facing contemporary society.
Professional Contact:
Dr. Abdelkader BERROUACHEDI
Paris 8 University (IED)
Phone: +33 6 65 18 72 46
Academic and Professional Profiles:
LinkedIn: LinkedIn Profile
ResearchGate: ResearchGate Profile
Google Scholar: Google Scholar Publications
DBLP: DBLP Database
IdRef: IdRef Researcher Identifier
IEEE Xplore: IEEE Profile
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Professor of Computer Science University of Sydney, Australia |
Athman Bouguettaya is an internationally renowned researcher and academic in the field of computer science, specializing in service computing and databases. He received his PhD in Computer Science from the University of Colorado at Boulder in the United States in 1992, establishing the foundation for an exceptional academic career that would span several continents.
His solid training in computer science, complemented by expertise developed over the years in the fields of databases, web services, and service-oriented computing, has allowed him to become one of the most influential researchers in these areas.
Athman Bouguettaya's academic career is marked by leadership positions in several prestigious institutions around the world. Currently, he is a Professor at the School of Computer Science at the University of Sydney in Australia, where he also served as Head of School from 2016 to 2019.
Before joining the University of Sydney, he held the position of Professor and Head of School of Computer Science and Information Technology at RMIT University in Melbourne, Australia. His Australian career also includes a role as Science Leader in Service Computing at the CSIRO ICT Centre (now known as DATA61) in Canberra.
Prior to his move to Australia, Professor Bouguettaya was a tenured faculty member and program director in the Computer Science department at Virginia Polytechnic Institute and State University (commonly known as Virginia Tech) in the United States, where he significantly contributed to the advancement of research and teaching in computer science.
His scientific production is substantial, with more than 220 publications including books, book chapters, and articles in prestigious journals and conferences in the fields of databases and service computing. His work has been published in leading journals such as IEEE Transactions on Knowledge and Data Engineering, ACM Transactions on the Web, WWW Journal, and VLDB Journal, as well as in major conferences such as SIGMOD, ICDE, VLDB, and EDBT.
He has also made significant contributions to the scientific community as a founding member and past president of the Service Science Society, a non-profit organization that aims at forming a community of service scientists for the advancement of service science.
His commitment to knowledge dissemination is reflected in his numerous editorial roles. He is or has been on the editorial boards of several prestigious journals, including IEEE Transactions on Services Computing, IEEE Transactions on Knowledge and Data Engineering, ACM Transactions on Internet Technology, International Journal on Next Generation Computing, VLDB Journal, Distributed and Parallel Databases Journal, and International Journal of Cooperative Information Systems. He is also the Editor-in-Chief of the Springer-Verlag book series on Services Science.
Professor Bouguettaya has also served as a guest editor for several special issues of important journals, and has chaired numerous international conferences, including the 2017 WISE Conference, the 2012 International Conference on Web and Information System Engineering, the 2009 and 2010 Australasian Database Conference, and the 2008 International Conference on Service Oriented Computing (ICSOC).
The excellence of Professor Bouguettaya's research has been recognized by numerous prestigious distinctions. He is a Fellow of the IEEE (Institute of Electrical and Electronics Engineers), one of the world's largest technical professional organizations, and a Distinguished Scientist of the ACM (Association for Computing Machinery), the world's largest educational and scientific computing society.
His ability to secure competitive funding also testifies to the recognition of his expertise by the scientific community. He has been the recipient of several federally competitive grants in Australia (e.g., ARC), the United States (e.g., NSF, NIH), Qatar (NPRP), the European Union (FP7), and China (NSFC). He has also won major industry grants from companies like HP and Sun Microsystems (now Oracle).
His contribution to the field has also been recognized by his appointment to the IEEE Fellow Nomination Committee, a role that reflects his status and influence in the international scientific community.
The impact of Professor Bouguettaya's work on the field of service computing and databases is considerable. His research has opened new avenues in understanding and applying web services, service-oriented computing, and database technologies, thus influencing the direction of research in these areas.
His leadership within the Service Science Society has helped shape the community of service scientists, fostering collaboration and advancing knowledge in this emerging field. As president of this society, he played a key role in defining research directions and priorities in the field of service science.
His influence also extends to the field of scientific publishing, where his roles on editorial boards and as a guest editor have allowed him to contribute to the dissemination of knowledge and the establishment of quality standards in scientific publication.
As a head of school and program in several prestigious institutions, he has also influenced the direction of teaching and research in computer science, thus shaping future generations of researchers and professionals in this field.
His ability to secure significant funding for research, both from government agencies and private companies, has enabled the realization of innovative projects that have advanced the state of the art in his areas of expertise.
To deepen your knowledge about Professor Athman Bouguettaya's work, you can consult:
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Dr.-Ing., Research Group Head, Fraunhofer Institute for Applied Information Technology, Germany, & Senior Researcher, University Hospital of Cologne, Germany Specialty Field(s): Mathematics - Computer Science - Artificial Intelligence |
Born in 1987 in Oran (Algeria), Zeyd Boukhers completed his secondary education at Lycée Mustapha Haddam in Oran. He then pursued his higher education at the University of Science and Technology of Oran, where he built the foundation of his scientific training. His academic journey led him to the University of Siegen in Germany, where he obtained his Ph.D. in pattern recognition in 2017.
Dr. Zeyd Boukhers is currently the co-lead of the FAIR Data and Distributed Analytics Research Group at the Fraunhofer Institute for Applied Information Technology. Additionally, he holds a position as a Senior Researcher at the University Hospital of Cologne. His career is marked by expertise in habilitation, artificial intelligence, knowledge and information management, and data exchange.
As a principal investigator and project manager, he leads several significant research initiatives. A prolific author, he has published over 30 papers in prestigious journals and conferences. His research interests span machine learning, data science, computer vision, and natural language processing.
Dr. Boukhers is recognized in the scientific community for his significant contributions to the field of artificial intelligence and applied computer science, as evidenced by his presence in various academic databases and citations by his peers.
The impact of Dr. Boukhers' work is manifested through his numerous publications and his leadership role in prestigious research institutions. His expertise at the intersection of artificial intelligence and medical applications, particularly at the University Hospital of Cologne, contributes to the advancement of digital health technologies and the improvement of healthcare systems.
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Ph.D., Associate Professor, Qualified for Full Professorship University of Sharjah, United Arab Emirates Specialties: Mathematics, Computer Science, Artificial Intelligence, Electronics, Electrical Engineering, Automation, Photonics |
Born in 1977 in Bejaia, Algeria, Dr. Ahcene Bounceur completed his secondary education at Iheddadene High School before pursuing higher education. His exemplary academic journey led him from the University of Bejaia, where he earned his Engineering degree in Operations Research, to prestigious French institutions.
Dr. Bounceur has built a remarkable international career, holding prestigious positions at several world-renowned universities. Currently serving as an Associate Professor of Computer Science at the University of Sharjah, he has also worked at King Fahd University of Petroleum and Minerals (KFUPM) and the University of Western Brittany in France.
Dr. Bounceur has distinguished himself through exceptional research contributions, validated by numerous international recognitions and prolific scientific production.
Dr. Bounceur's work has significant impact across several critical technological domains, particularly smart cities and cybersecurity of critical infrastructures.
His current research focuses on developing Digital Twin IoT tools for cybersecurity of smart critical infrastructures, as well as exploring Data Science, Wireless Sensor Networks (WSN), and Pseudo-polygons.
Dr. Bounceur's current research centers on several cutting-edge areas that are shaping the future of technology and cybersecurity:
Principal Coordinator of this innovative research project focusing on perception and sensor technologies for smart environments.
Collaborative IoT-based digital health initiative resulting in a patent for gestational diabetes management platform.
Professional Contact:
Academic Profiles:
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Full Professor in Artificial Intelligence Lab GREYC-CNRS, University of Caen Normandy, France |
Born in 1966 in Constantine, Algeria, Maroua Bouzid began her academic journey in her native country. She earned her "Ingénieur d'État" degree (equivalent to a Master's degree in Engineering) in Computer Science from the University of Constantine in 1990, already demonstrating a pronounced talent for computer sciences. Eager to deepen her knowledge and pursue a career in research, she subsequently moved to France to continue her higher education. This transition marked the beginning of an exemplary academic career that would lead her to become a recognized expert in the field of artificial intelligence, particularly in temporal and spatio-temporal reasoning.
Maroua Bouzid's scientific career is characterized by steady progression and significant contributions to the field of artificial intelligence. After obtaining her engineering degree in Algeria, she continued her studies in France where she earned a Master's degree (D.E.A.) from the University of Nancy 1 in 1991. She then completed her PhD in 1995 at the same university, specializing in temporal reasoning, a fundamental area of artificial intelligence.
Her career as a researcher and professor began in 1996 at the University of Artois in Lens, where she held the position of Associate Professor until 2002. She then joined the University of Caen, still as an Associate Professor, from 2002 to 2009. Her academic excellence and research contributions enabled her to obtain her "Habilitation à Diriger des Recherches" (HDR, the highest academic qualification in France) in 2006 from the University of Caen, with a specialization in spatio-temporal reasoning. This major milestone in her career paved the way for her appointment as a Full Professor at the University of Caen in 2009, a position she has held since.
At the GREYC laboratory (Research Group in Computer Science, Image, Automation and Instrumentation of Caen), a joint research unit associated with the CNRS (National Center for Scientific Research), she leads cutting-edge research in artificial intelligence. Her work primarily focuses on temporal and spatio-temporal reasoning, essential domains for many modern applications such as robotics, autonomous systems, automated planning, and temporal data analysis.
Throughout her career, Professor Bouzid has received various recognitions for her significant contributions to the field of artificial intelligence. Her appointment as a Full Professor is itself an important recognition of her expertise and scientific leadership. As a researcher at the GREYC-CNRS laboratory, she collaborates with international teams and actively participates in advancing knowledge in temporal and spatio-temporal reasoning.
Her role within the scientific community also extends to supervising numerous doctoral students and participating in various scientific committees for international conferences. She is regularly called upon as an expert to evaluate research projects and scientific papers in her field of specialty, thus attesting to the recognition of her expertise by her peers at the international level.
Maroua Bouzid's research work has a significant impact in the field of artificial intelligence, particularly in temporal and spatio-temporal reasoning. These domains are fundamental to many modern applications that require a precise understanding and modeling of temporal and spatial aspects of the problems being addressed.
Her contributions have advanced research on formal methods for representing and reasoning about time and space, which is essential for applications such as automated planning, decision support systems, autonomous robotics, and geographic information systems. By developing algorithms and models to handle temporal and spatial uncertainty, her work has helped improve the robustness and efficiency of artificial intelligence systems in complex and dynamic environments.
As a professor, her influence also extends to training the next generation of researchers and engineers in artificial intelligence. Through her teaching and supervision of doctoral students, she not only transmits her knowledge but also her rigorous and innovative vision of computer science research.
Email: maroua.bouzid-mouaddib@unicaen.fr
Websites and academic profiles:
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Full Professor and Dean Gina Cody School of Engineering and Computer Science, Concordia University, Canada |
Mourad Debbabi is originally from Algeria, where he began his academic journey. He obtained his Bachelor of Engineering degree from the University of Constantine in 1989, already demonstrating exceptional aptitude in the field of computer science.
Continuing his academic excellence, he then moved to France for his higher education. At Paris-XI Orsay University, he earned his Master's degree and then his Ph.D. in computer science in 1994. His multidisciplinary and international training enabled him to develop deep expertise in several cutting-edge areas of computer science, notably cybersecurity, formal methods, and programming languages.
Professor Debbabi's career is marked by diverse experiences at prestigious institutions around the world. Prior to his current position, he worked as a Permanent Researcher at the Bull Corporate Research Center in Paris, France, where he was able to apply his theoretical knowledge in an industrial context.
His professional journey then took him to the United States, where he served as a Research Associate at the Computer Science Department of Stanford University in California, a Senior Scientist at the General Electric Research Center in New York, and a Senior Scientist at the Panasonic Information and Network Technologies Laboratory in Princeton, New Jersey.
Returning to Canada, he held the position of Associate Professor with the Computer Science Department at Laval University before joining Concordia University, where he is currently a Full Professor with the Concordia Institute for Information Systems Engineering and the Dean of the Gina Cody School of Engineering and Computer Science.
At Concordia University, he is the Founder and Director of the Security Research Centre, demonstrating his commitment to advancing knowledge in the field of cybersecurity. He also holds the Hydro-Quebec Hitachi Senior Industrial Research Chair in Smart Grid Security and the Hon. Concordia Research Chair Tier I in Information Systems Security.
As a Founding Member and the Executive Director of the National Cybersecurity Consortium, he leads the CyberSecurity Innovation Network Program, thus helping to shape the future of computer security in Canada.
His scientific activity is exceptionally prolific, with the publication of seven books and more than 300 peer-reviewed research articles in international journals and conferences. His work covers a wide range of topics, including cybersecurity, cyber forensics, smart grid security, privacy, cryptographic protocols, cyber threat intelligence, malware analysis, reverse engineering, as well as the specification and verification of safety-critical systems.
As a dedicated academic mentor, he has successfully supervised 35 Ph.D. students, 76 master's students, and 15 Postdoctoral Fellows, thus contributing to the training of the next generation of computer security experts.
Professor Debbabi's career is marked by prestigious recognitions that testify to the excellence of his contributions to research and education in computer science.
His appointment as the holder of the Hydro-Quebec Hitachi Senior Industrial Research Chair in Smart Grid Security reflects the recognition of his expertise in this emerging and crucial field. Similarly, the attribution of the Hon. Concordia Research Chair Tier I in Information Systems Security underlines the importance of his work for the university and the scientific community.
His position as Dean of the Gina Cody School of Engineering and Computer Science at Concordia University also constitutes a significant recognition of his academic leadership and his vision for the future of engineering and computer science education.
Professor Debbabi's influence extends well beyond the academic environment, reaching governmental and industrial spheres. He serves on the expert committee of the Ministry of Cybersecurity and Digital Technology of the Quebec Government, where his advice helps shape public policies in computer security.
His involvement in various boards, including those of the Canadian Police College, PROMPT Québec, Cybereco, and Calcul Québec, demonstrates the extent of his influence and his ability to build bridges between academic research and the needs of society. He also served as a member of CATAAlliance's Cybercrime Advisory Council, thus contributing to the fight against computer threats at the national level.
As the Founder and Director of the Security Research Centre at Concordia University, he has created an environment conducive to innovation in the field of cybersecurity, attracting talented researchers and facilitating fruitful collaborations with industry and governments.
The impact of his research is also manifested through his numerous publications, which have significantly contributed to the advancement of knowledge in critical areas such as smart grid security, malware analysis, and computer forensics. His work has not only theoretical value but also important practical applications for the protection of critical infrastructure and the fight against cybercrime.
Through his role as a mentor to numerous students and postdoctoral researchers, he has helped to train a generation of computer security experts who today continue his legacy in academic, industrial, and governmental settings.
To deepen your knowledge about Professor Mourad Debbabi's work, you can consult:
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Research Director INRIA Sophia Antipolis, France |
Rachid Deriche was born in 1954 in Thenia, Algeria. His academic journey began in his native country, where he studied electronics at the National Polytechnic School of Algiers, laying the foundation for his future scientific career.
In 1977, driven by a desire to deepen his knowledge, he moved to France to continue his studies at the National School of Telecommunications in Paris, from which he graduated in 1979. This rigorous training at one of France's prestigious engineering schools allowed him to acquire solid expertise in telecommunications engineering.
His taste for research and applied mathematics led him to pursue a doctoral degree at the University of Paris IX Dauphine, which he obtained in 1982. Ten years later, in 1991, he completed his academic journey by obtaining his Habilitation to Direct Research (HDR) at the University of Nice Sophia Antipolis, thus establishing his status as a leading researcher.
Rachid Deriche is currently a Research Director at INRIA Sophia Antipolis, France, where he leads the research project Athena. This ambitious project aims to explore the central nervous system using computational imaging, combining expertise in image processing, computer vision, and neuroimaging.
His scientific career is marked by major contributions in several fields. In 1987, he developed the Deriche Edge Detector, an optimal edge detection algorithm, recursively implemented, based on Canny's edge detector criteria. This algorithm, which bears his name, has become a reference in the field of image processing.
In 1998, building on his work in computational image processing, early vision, 3D reconstruction, panoramic photography, image-based modeling, and motion analysis, he co-founded with his INRIA colleagues (including O. Faugeras, T. Papadopoulo, and L. Robert) the startup Realviz. This company specialized in image-based content creation solutions for the film, broadcast, gaming, digital imaging, and architecture sectors. The startup was acquired by Autodesk in 2008, testifying to the value of its innovations.
Currently, Rachid Deriche is dedicating his research to exploring the central nervous system. He is developing mathematical models and tools to reconstruct the network of functional and anatomical connections in the brain, thus contributing to advances in computational neuroscience and brain imaging.
His scientific output is exceptional, with more than 60 articles published in scientific journals and more than 180 communications in international conferences. His h-index on Google Scholar stands at 67, testifying to the considerable impact of his work in the scientific community.
Throughout his career, Rachid Deriche has received numerous prestigious distinctions that testify to the excellence and impact of his scientific contributions:
ERC Advanced Grant (2016): The European Research Council (ERC) awarded him, under the European Union's Horizon 2020 research and innovation program, a grant to support his research project "Computational Brain Connectivity Mapping." This highly competitive grant is reserved for exceptional researchers proposing high-risk, high-potential innovation projects.
Doctorate Honoris Causa (2014): The University of Sherbrooke awarded him the title of Doctor Honoris Causa to honor his scientific contributions and his approach to educating new generations of scientists. This distinction recognizes not only the excellence of his research work but also his commitment to the transmission of knowledge.
French Academy of Sciences Grand Prize of the EADS Foundation (2013): The French Academy of Sciences awarded him the Grand Prize of the EADS Corporate Foundation in Computer Science for all his outstanding scientific contributions in this field. This prestigious recognition highlights the importance of his work for the advancement of computer science.
The impact of Rachid Deriche's work extends well beyond the academic world, touching various sectors of industry and healthcare.
In the field of image processing and computer vision, his edge detection algorithm has revolutionized existing approaches and has become a fundamental tool for numerous applications, from medical image analysis to object recognition and video surveillance.
His co-founding of Realviz illustrates the practical scope of his research. The solutions developed by this startup have transformed creative industries, particularly film and video games, by facilitating the creation of visual content based on real images. The acquisition of the company by Autodesk has allowed for an even wider dissemination of these technologies.
His current work on brain connectivity mapping has the potential to transform our understanding of brain function and could lead to significant advances in the diagnosis and treatment of neurological diseases. By developing mathematical tools to model and visualize neural connections, he is contributing to a better understanding of the structure and function of the human brain.
As a Research Director at INRIA and leader of the Athena project, he directs an interdisciplinary team that combines expertise in mathematics, computer science, signal processing, and neuroscience. This cross-disciplinary approach fosters the emergence of innovative solutions to the complex challenges of neuroimaging.
Moreover, his commitment to training young researchers is helping to shape the next generation of scientists in the fields of computational imaging and neuroscience. His teaching methods, recognized by the University of Sherbrooke, which awarded him an honorary doctorate partly for this reason, emphasize scientific rigor and innovation.
To deepen your knowledge about Rachid Deriche's work, you can consult:
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Professor Emeritus of Mathematics and History of Science University of Science and Technology of Lille, France |
Ahmed Djebbar is an Algerian mathematician and historian of science, born on August 2, 1941, in Aïn Defla, Algeria. He obtained his bachelor's degree in mathematics from the University of Algiers in 1965, followed by a doctorate in mathematics from Paris-Sud University in 1972, specializing in functional analysis. In 1990, he completed a second doctorate in the history of mathematics at the University of Nantes, focusing on medieval Maghrebian mathematicians.
His academic career began as an assistant professor at Paris-Sud University until 1987. He then became a professor at the University of Science and Technology of Lille, where he is currently Professor Emeritus. In parallel, he is a research associate at the CNRS (National Center for Scientific Research) in the Paul-Painlevé Laboratory.
His research focuses on mathematics and sciences in the Muslim West. He has authored more than 150 scientific articles and 15 books, including the famous "A History of Arab Science," "Arab Algebra: Genesis of an Art," and "The Golden Age of Arab Sciences." He has also supervised 13 master's degrees, 12 doctorates, and 4 habilitations.
Among his major distinctions:
He is a member of prestigious institutions:
His impact extends beyond the academic world. From July 1992 to April 1994, he held the position of Minister of National Education in Algeria, making significant contributions to the reform of the Algerian education system. As scientific commissioner of the exhibition "The Golden Age of Arab Sciences" at the Arab World Institute (2005), he worked to disseminate knowledge about the history of Arab sciences.
https://fr.wikipedia.org/wiki/Ahmed_Djebbar
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Associate Professor in Computer Science University of South-Eastern Norway (USN), Norway |
Born in 1989 in Blida, Algeria, Youcef Djenouri completed his secondary education at Houari Mahfoud High School before pursuing his academic journey at the University of Science and Technology Houari Boumediene (USTHB) in Algiers. Passionate about mathematics and computer science from a young age, he focused on these disciplines for his university education. He obtained his PhD in Artificial Intelligence in 2014, already demonstrating exceptional talent for scientific research and innovation in this rapidly expanding field.
Dr. Djenouri has experienced a remarkable rise in his academic and scientific career. After obtaining his doctorate in 2014, he quickly established himself as a prolific researcher in the field of artificial intelligence. His path led him to Norway, where he currently holds the position of Associate Professor at the University of South-Eastern Norway (USN). His scientific output is impressive with more than 200 publications in prestigious international journals and conferences. His research work primarily focuses on artificial intelligence, deep learning, big data processing, and algorithmic decomposition methods. He has developed innovative approaches that have significantly contributed to the advancement of these fields.
The excellence of Dr. Djenouri's research has earned him numerous awards at international conferences, testifying to the recognition of his peers for his scientific contributions. His expertise is also recognized within the international scientific community, as evidenced by his appointment as an associate editor for several prestigious IEEE (Institute of Electrical and Electronics Engineers) journals. This position illustrates the confidence placed in his scientific judgment and his mastery of cutting-edge topics in artificial intelligence and computer science.
Dr. Djenouri has made his mark in his field through significant contributions, particularly through his innovative method combining deep learning and decomposition techniques. This approach, published in the prestigious IEEE Transactions on Industrial Informatics (TII) journal, has opened new perspectives for the analysis and processing of complex data. His work has concrete applications in various industrial and technological sectors, thus influencing both the academic world and industry. His innovative vision and ability to bridge theory and practice make him a researcher whose influence extends well beyond academic circles.
Email: youcef.djenouri@usn.no
Phone: (+47) 46443925
Websites and academic profiles:
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PhD in Computer Science University of Poitiers, TechNE Laboratory, France |
Born on November 2, 1960, in Babor, at the foot of the majestic Mount Babors (2,004 meters above sea level) in Algeria, Mahieddine DJOUDI comes from a respected family lineage. His family descends from Sidi El Djoudi Belhadj of Hammam Guergour, an ancestry whose members are known for their deep roots in the region and their involvement in local development.
The DJOUDI family's roots in the region date back to when the grandson of Sidi El Djoudi, Sheikh Abdelkarim ben Cherif, left Hammam Guergour to settle near the Babors mountain. There, he acquired agricultural lands in the form of Habous (religious endowment), thus establishing the family's lasting presence in this fertile mountainous region.
Gifted in his studies and particularly drawn to sciences, Mahieddine chose to focus on mathematics in high school, which allowed him to enter the prestigious Mohamed Kerouani High School in Sétif. His three years as a boarding student were intellectually stimulating and crowned with success when he obtained his baccalaureate with honors in 1979.
In September 1979, he enrolled at the new University of Sétif where he naturally joined the common core program in Science and Technology. Fascinated by logical reasoning and curious to explore what was then an emerging discipline, he chose Computer Science as his specialty. Unable to continue this training in Sétif, he moved to Constantine to complete his undergraduate studies and obtained a State Engineer's Degree in Computer Science (equivalent to a Master's degree).
Eager to deepen his knowledge and develop his research skills, he continued his academic journey in France at the University of Nancy. There, he first obtained a DEA (Diplôme d'Études Approfondies, equivalent to a research Master's), and then, in 1991, a doctorate on the complex issue of acoustic-phonetic decoding of the Arabic language in continuous speech and multi-speaker context, a pioneering research field combining signal processing, computational linguistics, and artificial intelligence.
Mahieddine DJOUDI's scientific career began even before defending his doctoral thesis. He secured a contractual position as a professor-researcher in Computer Science at the University of Poitiers, an institution where he would continue his career with consistency and dedication. His professional journey is distinguished by a continuous commitment to high-level teaching and regular scientific production in recognized international journals and conferences.
Currently, he is affiliated with the TechNE research laboratory (Digital Technologies for Education), where he actively contributes to the development of innovative solutions for digital learning. His expertise covers a wide spectrum of interconnected domains, demonstrating his versatility and ability to evolve with technological advances:
As an experienced educator, he teaches diverse courses covering digital technologies, databases, programming languages (notably C and Python), and Web technologies. All of his educational resources are accessible on his dedicated website (http://cours.djoudi.online.fr/). He has also specialized in data management for clinical trials, sharing his expertise through a dedicated site (http://essais.cliniques.online.fr/), thus contributing to the training of healthcare professionals and researchers in this critical field.
Throughout his career, Mahieddine DJOUDI has established himself as a reference in the field of educational technology, recognized for his in-depth expertise and visionary leadership. His dual competence in fundamental computer science and educational sciences gives him a unique perspective that significantly enriches his work and teaching.
He plays a crucial role in training future generations of researchers and engineers, transmitting not only technical knowledge but also a methodical and critical approach essential for responsible innovation. His contribution to the advancement of knowledge in his fields of specialty is significant, as evidenced by his substantial scientific output regularly cited by his peers.
Within his university, he is responsible for teaching Digital Transversal Skills Tools, a strategic area for preparing students for the challenges of the contemporary professional world. This mission testifies to the trust placed in him by his colleagues and hierarchy.
His technical skills are also utilized in his roles as webmaster and administrator for several content management systems and e-learning platforms, thus contributing to the proper functioning of his institution's digital educational infrastructure and the continuous improvement of services offered to students and teachers.
Mahieddine DJOUDI's influence extends well beyond the borders of the University of Poitiers and France. He maintains active and fruitful collaborations with several Algerian universities, thus contributing to the strengthening of Algerian academic ties and the development of scientific capacities in his country of origin.
This international collaboration takes various complementary forms:
One of his most remarkable contributions is his role as the main coordinator of the ALSCINET Network of Algerian Scientists and Competencies (https://alscinet.dzportal.net/). As part of this initiative, he is currently developing a comprehensive database of Algerian expertise abroad, a veritable wiki of talents classified by major specialties. This ambitious project aims to facilitate networking among experts and promote knowledge and technology transfer to Algeria, thus helping to mitigate the effects of the "brain drain" and transform it into a "circulation of skills."
Through his constant commitment to research, teaching, and international cooperation, Mahieddine DJOUDI perfectly embodies the figure of a "knowledge bridge" between the two shores of the Mediterranean, working to build lasting academic and scientific connections.
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Full Professor in Computer Science & Artificial Intelligence Expert in Data Engineering and Computational Intelligence ISAE-ENSMA (National Higher School of Mechanics and Aerotechnics), Poitiers, France Member of LIAS Laboratory (Computer Science and Automatic Control for Systems) Data Engineering & Models Team (IDD) |
Born in 1965 in Aomar in the wilaya of Tizi Ouzou, Allel Hadj-Ali represents the excellence of Algerian scientific training and its international influence. His Kabyle origins shaped his determination and academic rigor that led him to the heights of French computer science research.
He completed his initial university studies at Mouloud Mammeri University of Tizi-Ouzou, an institution that bears the name of the famous Berber writer and anthropologist. This foundational education in Algeria provided him with a solid foundation in theoretical computer science and allowed him to master fundamental concepts that would constitute the foundation of his future expertise.
He obtained his doctorate in computer science in the field of theoretical computer science and databases, with an in-depth academic path including advanced algorithmics, complex data structures, and compilation. This multidisciplinary training gives him a holistic vision of computer systems, from theory to practical application.
Professor Allel Hadj-Ali currently holds a position as Full Professor at ISAE-ENSMA (Institute of Aeronautics and Space - National Higher School of Mechanics and Aerotechnics) in Poitiers, one of the most prestigious French institutions in the field of aeronautical and space engineering.
Before his appointment at ENSMA, he served as an associate professor at the University of Rennes 1 and the University of Tizi Ouzou, demonstrating his ability to evolve in diverse academic environments and maintain strong ties with the Algerian university ecosystem.
He is an active member of the LIAS laboratory (Laboratory of Computer Science and Automatic Control for Systems), within the "Data Engineering & Models" (IDD) team. This team focuses on contemporary challenges of data engineering in a context of accelerated digital transformation.
Professor Hadj-Ali enjoys exceptional international academic recognition, materialized by his numerous editorial responsibilities and active participation in national and international research projects of significant scope.
He is particularly recognized for his significant contributions in the field of artificial intelligence applied to aeronautical and space systems, a domain where ENSMA occupies a world leadership position.
Professor Allel Hadj-Ali's scientific contribution covers central and strategic issues in contemporary data engineering. His innovative approaches in uncertain data management, automatic explanation, recommendation systems, and data quality assurance profoundly influence the fields of databases, data mining, and artificial intelligence.
His theoretical and practical work has a direct impact on the evolution of big data processing technologies, particularly in the aeronautical and space context where data reliability and precision are critical for system safety and performance.
His expertise is regularly sought by the international scientific community, as evidenced by his invitations to numerous international conferences to share his expertise on artificial intelligence applied to aviation and complex systems.
His editorial activities and participation in large-scale collective projects demonstrate international academic recognition and position French artificial intelligence research at the global forefront.
Through his teaching at ENSMA, he trains the new generation of engineers and researchers who will contribute to future advances in the critical fields of aeronautics, space, and artificial intelligence.
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Entrepreneur and CEO Speech Mobility, Canada |
Bachir Halimi was born in 1956 in M'daourouch (Souk Ahras province, Algeria). His academic journey began in his native region, with primary education in Souk Ahras, followed by secondary studies at the prestigious Saint-Augustine High School in Annaba. In 1975, thanks to a five-year scholarship from Sonatrach, he pursued his university studies at the University of British Columbia in Canada, marking the beginning of a brilliant international career.
His career is marked by several major achievements:
His exceptional contributions have earned him several prestigious distinctions:
His influence extends well beyond the technological domain:
https://fr.wikipedia.org/wiki/Bachir_Halimi
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Professor and Department Chair of Computer Science University of Sharjah, United Arab Emirates |
Saad Harous was born in 1960 in Setif, Algeria. After completing his secondary education at Mohamed Kerouani High School in Setif, he began his academic journey at the University of Constantine, Algeria, where he obtained a State Engineering degree in Computer Science in June 1984. He continued his higher education in the United States at Case Western Reserve University, where he earned a Master's degree in Computer Science in January 1988, followed by a PhD in Computer Science, specializing in Parallel and Distributed Computing, in August 1991.
Professor Harous has a rich and diverse academic experience spanning over 30 years across the United States, Oman, and the United Arab Emirates. His professional career includes:
His teaching interests include programming, data structures, design and analysis of algorithms, operating systems, and networks.
Professor Harous has authored more than 250 scientific publications, demonstrating his significant contribution to computer science research. His extensive scientific production covers several areas of computer science, including parallel and distributed computing, P2P delivery architectures, wireless networks, and the use of computers in education and Arabic language processing.
With more than three decades of experience in teaching and research, Professor Harous has significantly contributed to the development of computer science across multiple regions. His expertise in parallel and distributed computing, P2P architectures, wireless networks, and computational processing of the Arabic language has influenced numerous students and researchers. His international career reflects his commitment to promoting academic excellence and innovative research in the field of computer science.
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ERP Consultant Expert (Microsoft Dynamics 365 FO) France |
Hentit Abdelmadjid was born in 1976 in Chlef, Algeria. He graduated as a software engineering specialist from the University of Science and Technology of Oran (USTO) in 1998.
He began his career as a software engineer and later specialized in ERP systems, particularly Microsoft Dynamics 365 Finance & Operations. With over 20 years of experience, he currently works as a senior consultant expert in France.
No formal awards have been recorded, but he is widely acknowledged for his technical expertise in ERP within numerous international companies.
His contributions have been instrumental in the implementation and optimization of complex ERP systems, significantly enhancing digital performance for large organizations.
Email: hentitm@yahoo.fr
Phone: +33 6 61 61 88 90
LinkedIn: abdelmadjid-hentit
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Associate Professor / Senior Researcher Inria Research Centre, France Head of the BOOST project-team (bio-informed monitoring and optimization for enhanced sports and health) Fields of specialization: Mathematics - Computer Science - Artificial Intelligence |
Born in 1981 in Tizi-Ouzou (Algeria), Taous-Meriem Laleg completed her high school education at Lycée Tadmail in the wilaya of Tizi-Ouzou before attending the National Polytechnic School of Algiers, from which she graduated in 2004 as a Control System Engineer.
Her academic journey continued in France where she obtained a Master's degree from Paris-Sud University in 2005, followed by a Ph.D. from INRIA Paris-Rocquencourt in 2008. She also holds a Habilitation à Diriger des Recherches (HDR), attesting to her capacity to supervise high-level research work.
Following her doctoral studies, Professor Laleg has developed a remarkable scientific career in the field of applied mathematics, signal processing, and artificial intelligence. She specializes in developing mathematical models, signal processing and estimation algorithms, as well as control and AI-based methods for the characterization, monitoring, and control of complex systems in engineering, healthcare, and sports.
Her earlier work focused on water systems, contributing to the development of innovative approaches for the optimization and monitoring of desalination and wastewater treatment plants. In parallel, she has made significant contributions to the analysis and characterization of biomedical signals for health monitoring (epilepsy detection using EEG signals, cardiovascular diseases monitoring, brain-heart interaction, stress indicators...).
Currently, she leads a multidisciplinary project on bio-informed monitoring and optimization to enhance performance and well-being in both sports and health contexts, through the BOOST project-team at Inria.
Professor Laleg has published extensively in prestigious scientific journals: 5 book chapters, 90 journal papers, 170 conference papers, and 18 patents.
Personal distinctions:
Student awards:
Editorial activities in journals:
Editorial activities in international conferences:
She has also served on numerous program and scientific committees for international conferences, including the American Control Conference (ACC), International Conference on Systems and Control, IEEE International Conference on Control, Engineering, and Information Technology, and many others.
Professor Laleg's research work has a significant impact across several application domains. She develops mathematical models, signal processing and estimation algorithms, as well as control and AI-based methods for the characterization, monitoring, and control of complex systems in engineering, healthcare, and sports.
Her earlier work on water systems contributed to the development of innovative approaches for the optimization and monitoring of desalination and wastewater treatment plants. In parallel, she has made important contributions to the analysis and characterization of biomedical signals for health monitoring (epilepsy detection using EEG signals, cardiovascular diseases monitoring, brain-heart interaction, stress indicators...).
Currently, she leads a multidisciplinary project on bio-informed monitoring and optimization to enhance performance and well-being in both sports and health contexts, through the BOOST project-team she founded at Inria.
Email: meriem.laleg@gmail.com
LinkedIn: https://www.linkedin.com/in/taous-meriem-laleg-7734907/
Google Scholar: https://scholar.google.com/citations?user=oyKikokAAAAJ&hl=fr
KAUST: https://www.kaust.edu.sa/en/study/faculty/taous-kirati
ResearchGate: https://www.researchgate.net/profile/Taous-Meriem-Laleg-Kirati
DBLP: https://dblp.org/pid/125/5584.html
HAL: https://cv.hal.science/mtlaleg
arXiv: https://arxiv.org/search/?searchtype=author&query=Taous-Meriem%20Laleg-Kirati
RNSR: https://rnsr.adc.education.fr/structure/202524615B
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Professor of Computer Science and Rector Kofi Annan University of Guinea, Conakry, Guinea |
Born in 1958 in Annaba, Algeria, Mohamed Tayeb Laskri is a prominent Algerian researcher and academic specialized in computer science and artificial intelligence. He completed his secondary education at the Technical High School of Annaba before pursuing his academic studies at Badji Mokhtar University in Annaba.
His initial training led him to obtain a degree in Computer Engineering, laying the foundation for his future expertise. His higher academic education was marked by obtaining a 3rd cycle Doctorate in Computer Science in France in 1987, demonstrating his early specialization in this rapidly expanding field. He continued his doctoral research in Algeria, where he obtained his State Doctorate in Computer Science, specializing in Artificial Intelligence, at the University of Annaba in 1995, thus establishing his expertise and scientific maturity in this discipline.
Mohamed Tayeb Laskri's scientific career is characterized by a deep commitment to research in artificial intelligence and its applications. From 1987 to 2010, he held the position of Head of the Artificial Intelligence Research Group (GRIA) within the Computer Science Research Laboratory (LRI) at the University of Annaba, thus directing research activities in this strategic field.
His research work primarily focuses on reasoning in artificial intelligence, with applications in several specific areas: image processing, multi-agent systems, human-machine interface engineering, and natural language processing. This multidisciplinary approach reflects his holistic vision of artificial intelligence and its potential applications.
His scientific output is considerable: he is the author and co-author of several educational works that have contributed to the training of new generations of computer scientists. He has also published numerous articles in indexed international journals, thus actively participating in the dissemination of knowledge and the advancement of research in his area of expertise.
His academic career has also involved significant administrative responsibilities. He held the position of Rector of Badji Mokhtar University in Annaba from 2002 to 2010, and also served as President of the Scientific Council of this same university. His expertise was sought to chair the Board of Directors of the University of Belabbes and that of the University of Guelma. In 2009, he chaired the CEMUR Consortium (Europe-Maghreb Cooperation of Networked Universities), strengthening international collaborations in the university field.
Since November 14, 2022, he has held the position of Rector of Kofi Annan University of Guinea in Conakry, where he continues his commitment to the development of higher education in Africa. He is also the President of the Council of this university. Concurrently, he directs the Master's program in Artificial Intelligence and Data Science (IASD) at this same university, thus continuing to train specialists in these future-oriented fields.
Since January 2025, he has been a member of the General Advisory Committee (CCG) of the African and Malagasy Council for Higher Education (CAMES), thus extending his influence on higher education policies at the continental level.
Recognition of Mohamed Tayeb Laskri's expertise has been manifested through his appointment to important scientific and institutional functions. He is a founding member of the Arab Computer Society (ACS), which testifies to his pioneering role in the development of computer science in the Arab world.
His expertise has also been recognized at the national and continental political level. He was a member of the Council of the Nation (Senate) in Algeria from 2010 to 2022, where he chaired the committee on foreign affairs and the Algerian community established abroad. He also held the position of vice-president of the committee on education, higher education, scientific research, and religious affairs within this same institution.
At the African continental level, he was a member of the Pan-African Parliament of the African Union from 2002 to 2017, where he held important positions of responsibility: President of the North Africa Regional Group and Vice-President of the Transport, Energy, Communication, and Technology Commission.
His efforts for the development of higher education and the promotion of innovation in Guinea have been rewarded with several distinctions:
Mohamed Tayeb Laskri's impact on the development of computer science and artificial intelligence in Algeria and more broadly in Africa is considerable. As a pioneer of artificial intelligence research in Algeria, he has contributed to the emergence and structuring of this field in his native country.
His influence also extends to the field of higher education, where he has held strategic leadership positions in several universities. Through these functions, he has been able to guide the development of academic programs and strengthen the importance of computer science and artificial intelligence in university curricula.
His active participation in national and continental political institutions has allowed him to influence public policies in the areas of education, scientific research, and international cooperation. This dimension of his career illustrates his conviction that science and technology must be integrated into strategic thinking at the highest level.
He is the first initiator of the creation and implementation of the university Master's program in Artificial Intelligence and Data Science (IASD) in higher education in Guinea in 2023, thus contributing to the introduction of these cutting-edge disciplines into the Guinean educational system and to the training of the next generation of African specialists in these strategic fields.
To deepen your knowledge of Mohamed Tayeb Laskri's career and work, you can consult:
Contact:
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Professor, HDR in Applied Mathematics Energy Modeling and Climate Transition Specialist Mines Paris – PSL, France Director of the Center for Applied Mathematics (CMA) Founder and Director of The Transition Institute 1.5 (TTI.5) |
Nadia Maïzi graduated as an engineer from the prestigious École des Mines de Paris (class of P85), where she distinguished herself through academic excellence. She pursued her higher education by obtaining a doctorate in applied mathematics in 1992 from the same institution, specializing in the modeling of complex systems.
To deepen her international expertise, she completed a postdoctoral fellowship at Stanford University (United States), one of the world's most renowned institutions in engineering and applied sciences. This American experience allowed her to consolidate her expertise in energy modeling and acquire a global perspective on international energy challenges.
In 1995, Nadia Maïzi joined Mines ParisTech as a teacher-researcher, marking the beginning of a remarkable academic career. Since 2000, she has directed the Center for Applied Mathematics (CMA) in Sophia Antipolis, where she coordinates the activities of a dynamic team of 45 researchers and doctoral students.
Recognized as a leading specialist in modeling, optimization, and prospective analysis of energy systems, she has developed revolutionary modeling tools. She is notably the originator of the TIMES (The Integrated MARKAL-EFOM System) model applied at the European scale, as well as the TIAM-FR (TIMES Integrated Assessment Model France) model for global applications.
Her research focuses on optimizing energy transition pathways, integrating renewable energies into electrical systems, and analyzing climate policies. She develops innovative methodologies to evaluate future energy scenarios and their socio-economic and environmental impacts.
Nadia Maïzi has received numerous honorary distinctions testifying to her excellence and commitment. She is a Knight of the Academic Palms, recognition of her exceptional contributions to higher education and research. She is also a Knight of the National Order of Merit and of the prestigious Legion of Honor, distinctions that highlight her eminent service to the Nation.
Her international recognition was concretized by her participation as a lead author of the 6th IPCC (Intergovernmental Panel on Climate Change) report, testifying to her globally recognized expertise in climate research and energy modeling.
In 2022, she reached a major milestone in her career by founding and directing The Transition Institute 1.5 (TTI.5), an innovative interdisciplinary institute dedicated to low-carbon transition. This institute, supported by Mines Paris – PSL and its Foundation, represents a think-and-do tank to accelerate energy transition.
Through her research work and scientific leadership, Nadia Maïzi exerts considerable influence on energy and environmental policies, both in France and internationally. Her models and prospective analyses enlighten public and private decision-makers in their strategic choices.
Her chair "Prospective Modeling for Sustainable Development" constitutes a true hub for training and knowledge transfer. She supports the training of executives, public and private decision-makers in complex climate issues and sophisticated energy planning tools.
Her influence also extends to the field of scientific governance and research policy. She actively participates in scientific evaluation committees and contributes to the orientation of energy research policies in France and Europe.
Through TTI.5, she creates a unique interdisciplinary ecosystem bringing together researchers, industrialists, and political decision-makers to accelerate the concrete implementation of energy and climate transition solutions.
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Mathematician and Research Director National Center for Scientific Research (CNRS), France |
Zoghman Mebkhout is a mathematician of Algerian origin, born around 1948. After his studies in Algeria, he continued his education in France, where he developed his expertise in mathematics, particularly in the field of algebraic geometry and complex analysis.
He obtained his doctorate in mathematics in France, likely at the University of Paris, where he specialized in the study of partial differential equations and their applications in algebraic geometry. His training allowed him to acquire exceptional expertise in the fields of complex analysis, topology, and D-module theory, which would be at the heart of his major scientific contributions.
Zoghman Mebkhout has pursued a brilliant career as a researcher at the National Center for Scientific Research (CNRS) in France, where he became Research Director. His work primarily focuses on D-module theory and its applications to algebraic geometry and complex analysis.
His most remarkable scientific contribution is his proof of the Riemann-Hilbert correspondence, which constitutes a generalization of Hilbert's 21st problem to higher dimensions. The original context concerned Riemann surfaces and was more specifically interested in the existence of regular differential equations with a certain monodromy. In higher dimensions, Riemann surfaces are replaced by complex manifolds, and Mebkhout established a correspondence between certain systems of partial differential equations (linear and having solutions with very special properties) and possible monodromies of their solutions.
This fundamental mathematical breakthrough, achieved in the 1970s, opened new perspectives in various fields of mathematics, including algebraic geometry, complex analysis, and the theory of partial differential equations. Mebkhout developed what is now known as the "Riemann-Hilbert-Mebkhout theorem," a result that establishes an equivalence between the category of regular holonomic D-modules and the category of local systems.
His work played a crucial role in the development of D-module theory, which bridges algebra, geometry, and analysis, thus allowing complex problems in these different domains to be approached with a unified approach.
Zoghman Mebkhout's exceptional contributions to mathematics have been recognized by several prestigious distinctions throughout his career.
In 2002, the French Academy of Sciences awarded him a medal, testifying to the importance and impact of his work on the Riemann-Hilbert correspondence and D-module theory.
On the occasion of his 60th birthday in 2008, the University of Seville paid tribute to him by organizing a week-long symposium dedicated to his work and its influence in various fields of mathematics. This type of academic event, bringing together specialists from around the world, constitutes a particularly significant recognition of a researcher's impact on his discipline.
Moreover, his proof of the Riemann-Hilbert correspondence is considered one of the major advances in mathematics of the late 20th century, earning him international recognition in the mathematical community.
The impact of Zoghman Mebkhout's work on contemporary mathematics is considerable, extending well beyond his initial specialty.
His resolution of the Riemann-Hilbert correspondence has had profound implications in several areas of mathematics, including algebraic geometry, complex analysis, singularity theory, and mathematical physics. This correspondence provides a powerful conceptual framework for understanding the links between differential equations and the topology of complex manifolds.
His contributions to D-module theory have transformed this field, taking it from a relatively specialized subject to an essential tool in the study of numerous mathematical problems. This theory allows for the translation of analytical questions into algebraic and geometric problems, thus facilitating their resolution.
Mebkhout's influence also extends to the training of new generations of mathematicians. His work has inspired numerous researchers who have pursued and developed his ideas in various directions, thus contributing to the advancement of pure and applied mathematics.
Furthermore, his research has potential applications in fields such as theoretical physics, particularly in the study of partial differential equations that describe various physical phenomena. The Riemann-Hilbert correspondence provides a new perspective on these equations, sometimes allowing for the resolution of problems that resisted classical approaches.
To deepen your knowledge about Zoghman Mebkhout's work and its impact on contemporary mathematics, you can consult:
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Full Professor in Computer Science Networks & Telecommunications Specialist University of Paris-Est Créteil (UPEC), France LiSSi Laboratory (Images, Signals and Intelligent Systems) |
Abdelhamid Mellouk pursued an excellent Franco-Algerian academic path. He graduated with a degree in computer network engineering from the National Higher School of Computer Science at the University of Oran Es-Senia (Algeria), completing his education at the University of Paris-Sud XI (Orsay). This dual education provided him with an international perspective on technological challenges.
He obtained his doctorate in computer science from the University of Paris-Sud, then continued with a Habilitation to Direct Research (HDR) at the University of Paris-Est Créteil (UPEC), dedicating his research work to communication networks and artificial intelligence applied to distributed systems.
As a Full Professor at UPEC, Abdelhamid Mellouk works within the Networks & Telecommunications department and the LiSSi laboratory (Images, Signals and Intelligent Systems Laboratory). He founded and leads an innovative research team dedicated to intelligent control of communication networks.
His research areas cover adaptive architectures and real-time control mechanisms for dynamic next-generation networks, both wired and wireless. He is particularly interested in optimizing Quality of Service (QoS) and improving Quality of Experience (QoE) in complex network environments.
As a recognized expert in artificial intelligence applied to networks, he develops innovative solutions for adaptive networks using machine learning and advanced optimization techniques. His work contributes to the evolution towards intelligent and autonomous networks.
An expert in Artificial Intelligence and Information Technology since 1994, Abdelhamid Mellouk enjoys international recognition in his field. He is a senior member of the IEEE (Institute of Electrical and Electronics Engineers), a distinction that testifies to his expertise and significant contributions to the scientific community.
Within the IEEE Communications Society, he has held several strategic leadership positions, particularly in technical committees dedicated to communication software, switching, and routing. These responsibilities have allowed him to influence technological directions and international standards in his field of expertise.
His expertise is also recognized by his peers through numerous invitations as an expert reviewer for leading scientific journals and major international conferences.
As co-chair of the "Data Science and Artificial Intelligence" group of the European Systematic DeepTech cluster, Abdelhamid Mellouk plays a strategic role in the European technological ecosystem. He facilitates collaborations between academia and industry, contributing to technology transfer and innovation.
His international influence is manifested through numerous academic collaborations with prestigious universities worldwide. He actively participates in European and international research projects, contributing to advancing the state of the art in intelligent networks and applied AI.
His research work has a direct impact on the evolution of communication technologies and influences the development of tomorrow's networks, particularly in the context of 5G, Internet of Things (IoT), and smart cities.
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PhD in Analytics for Social Choice Theory, Government Business Analytics and Optimization Technical Leader at IBM IBM Middle East & Africa |
Born in 1956 in Menaa, Algeria, Dr. Hammou MESSATFA pursued an exceptional academic path. He obtained his Bachelor's and Master's degrees in Mathematics from the University of Algiers, before earning his PhD in Analytics for Social Choice Theory from the University of Paris 6 (now Sorbonne University).
Dr. MESSATFA has accumulated over 30 years of experience in data analytics and optimization:
His expertise covers numerous fields:
Dr. MESSATFA holds several patents in the analytics field, demonstrating his innovative contributions to the sector. His dual expertise in academic and industrial domains has earned him international recognition, allowing him to serve as a consultant and advisor to prestigious institutions.
Beyond his functions at IBM, Dr. MESSATFA has a significant impact across several sectors:
Through IBM's Academic Initiative, he helps universities and business schools integrate analytics into their curricula and create new degree programs, thereby contributing to training the next generation of data specialists.
For more information about Dr. Hammou MESSATFA and his work, you can visit
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Professor of Computer Science and Research Director University of Derby, United Kingdom |
Farid Meziane was born in 1963. He completed his secondary education at Akbou High School, located in the Bejaia Province. After obtaining his baccalaureate, he joined the Center for Education and Research in Computer Science (CERI) in Algiers at Oued Smar, where he studied computer science between 1982 and 1987. He graduated with a State Engineering degree in Computer Science in 1987. Pursuing his academic ambition, he moved to the United Kingdom, where he earned a Ph.D. in Computer Science from the University of Salford. His thesis focused on natural language processing and information systems.
Currently, Farid Meziane is a Professor at the University of Derby in the United Kingdom. He directs the Data Science Research Centre, a research center dedicated to developing innovative solutions in data science and artificial intelligence. As part of his academic activities, he teaches the natural language processing module in the Master's program in Big Data Analytics. He also supervises undergraduate final-year projects and master's dissertations, contributing his expertise to the training of future generations of researchers and experts in data science.
Farid Meziane is an active member of several prestigious scientific organizations:
He has played a key role in organizing and co-chairing international conferences focused on the application of natural language processing to information systems (NLDB). His expertise has also been sought for delivering keynote speeches at various international scientific events.
Farid Meziane's work has had a significant impact in several key areas of data science:
His work is not limited to theoretical research: he actively collaborates with local and national industries to develop concrete solutions in data science and artificial intelligence. He is also involved in education research projects, aiming to integrate new technologies into learning and teaching systems.
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Associate Professor in Computer Science Université Paris Cité, France |
Mourad Ouziri hails from the Laghouat wilaya in Algeria. He completed his initial training at the National Institute of Informatics (INI) in Oued Smar, Algiers, where he obtained an engineering degree (Bac +5) in computer science. This solid foundation laid the groundwork for his brilliant academic career.
A Ph.D. in computer science, Mourad Ouziri has developed remarkable expertise in the field of information systems and knowledge management. He is currently an associate professor at Université Paris Cité (formerly Université Sorbonne-Paris Cité-Paris Descartes), where he continues to pursue innovative research.
As a member of the Data Intensive and Knowledge Oriented Systems (diNo) research group, his work focuses on critical issues at the intersection of knowledge representation and reasoning mechanisms. His research particularly aims to optimize data management, especially in distributed environments.
Mourad Ouziri's areas of specialty encompass multiple interdisciplinary disciplines: Mathematics, Computer Science, and Artificial Intelligence. This multidisciplinary approach allows him to address complex problems with a unique and innovative perspective.
Mourad Ouziri's career is marked by significant achievements, including:
Through his research and publications, Mourad Ouziri significantly contributes to the advancement of information systems, knowledge representation, and artificial intelligence technologies. His work helps develop more efficient approaches to data management and analysis in complex and distributed environments.
Email: mourad.ouziri@u-paris.fr
LinkedIn: LinkedIn Profile
Google Scholar: Google Scholar Profile
DBLP: DBLP Profile
ResearchGate: ResearchGate Profile
OpenReview: OpenReview Profile
Academia: Academia Profile
IEEE Xplore: IEEE Xplore Profile
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Professor and Mathematician University of Minnesota, United States |
Yousef Saad was born in August 1949 in Souk Ahras, Algeria. The third child in a family of eight, he experienced a childhood marked by health problems. Frail and suffering from acute respiratory issues, he underwent several surgical procedures that left him with lasting effects. Despite these physical challenges, he was gifted with exceptional intelligence.
His schooling began at the primary school in Draa Sachem in Kabylie, during the historic context of the Algerian War of Independence. The school, located far from his home, required him to cross a forest to attend. In his classroom, French children sat alongside Algerian children, then called "natives," illustrating the striking inequalities of the colonial era.
After obtaining his baccalaureate in the late 1960s, Yousef Saad continued his studies at the University of Algiers where he earned a degree in mathematics in 1970. His academic journey continued in France at the University of Grenoble, where he obtained his first doctorate in 1974, followed by a second one in 1983, demonstrating his perseverance and academic excellence.
Yousef Saad's professional career is marked by numerous experiences at prestigious institutions around the world. He notably held the position of scientific researcher in the computer science department at Yale University (1981-1983), before briefly returning to Algeria as an associate professor at the University of Tizi-Ouzou (1983-1984).
He then returned to the United States to continue his research at Yale University (1984-1986), before becoming an associate professor in the mathematics department at the University of Illinois at Urbana-Champaign (1986-1988). At the same time, he worked as a principal researcher at the Research Institute for Advanced Computer Science (RIACS) from 1980 to 1990.
In 1990, Yousef Saad joined the University of Minnesota as a professor in the computer science department. His expertise and leadership qualities led him to serve as head of the computer science and engineering department from January 1997 to June 2000. Today, he continues his work as a research professor at the same institution.
His research primarily focuses on matrix computations, particularly iterative methods for solving large sparse linear systems, eigenvalue problems, and parallel computing. He is the author of two reference works in his field: "Iterative Methods for Sparse Linear Systems" and "Numerical Methods for Large Eigenvalue Problems," which have had a considerable influence on researchers and practitioners.
The excellence of Yousef Saad's work has been recognized through numerous distinctions throughout his career. Perhaps the most prestigious is the John von Neumann Prize, awarded to him in 2023 by the Society for Industrial and Applied Mathematics (SIAM).
This prize, one of the most distinguished by SIAM, annually rewards an individual for exceptional and distinguished contributions to the field of applied mathematics, as well as for effectively communicating these ideas to the scientific community. This recognition testifies to the significant impact of Yousef Saad's research in the fields of applied mathematics and computer science.
Yousef Saad's influence on the scientific world is considerable, particularly in the fields of numerical linear algebra and scientific computing. His methods and algorithms are now widely used to solve complex problems in various application domains, from physics to engineering.
His two major works have become essential references for researchers and students in applied mathematics and computer science. They are recognized for their clarity of explanation and pedagogical approach, thus contributing to the training of generations of scientists.
As a professor and mentor, Yousef Saad has also influenced numerous students and young researchers, transmitting not only his technical knowledge but also his passion for scientific research. His journey, from colonial Algeria to the most prestigious institutions in the United States, serves as a source of inspiration for many young scientists worldwide, particularly those from developing countries.
To deepen your knowledge about Yousef Saad and his work, you can consult:
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Head of Data Security & Encryptions BNP PARIBAS - France |
1975: Born in Oran, Algeria
1993: High School Diploma in Mathematics - Oran, Algeria
1998: Engineering Degree in Software Engineering - USTO (University of Science and Technology of Oran), Algeria
2001: DEA (Master's Degree) in Networks and Multimedia - University of Versailles Saint-Quentin-en-Yvelines, Paris, France
Areas of Expertise: Mathematics, Computer Science, Artificial Intelligence, Information Systems Security
2001-2002: Network Administrator - Siticom
2002-2003: Network and Security Administrator - Atos
2003-2004: Network and Security Engineer - SCOR
2004-2007: Network and Security Engineer - Euronext
2007-2012: Network Security Consultant - BNP Paribas
2012: Deputy Team Manager (IT Security) - BNP Paribas
2017-2019: Head of CyberSecurity Operations Services - BNP Paribas
2019-2023: Head of Security Operations - IT Manager - BNP Paribas
2024-present: Head of Data Security and Encryptions - BNP Paribas
Recognized expert in IT security with over 20 years of experience in the banking and financial sector. Consistent career progression within BNP Paribas since 2007, demonstrating expertise and adaptability to contemporary technological challenges.
Specialist in managing multidisciplinary teams and implementing complex security architectures in critical environments.
Saidat Lahouari has developed remarkable expertise in several key areas:
Management and Leadership: Leading multidisciplinary technical teams in demanding banking environments, with a collaborative approach that optimizes efficiency in complex missions.
Security Architecture: Design and deployment of network protection and data security solutions in critical infrastructures, mastery of Web filtering technologies (WAF, Proxy) and Cloud security solutions.
Technical Expertise: Deep knowledge of networks, filtering solutions, and the complete range of information systems security infrastructure components.
Innovation: Significant contribution to the evolution of cybersecurity practices in the French financial sector, particularly in encryption and sensitive data protection domains.
Email: Lsaidat@yahoo.fr
Phone: +33 6 65 88 48 05
LinkedIn: https://www.linkedin.com/in/lahouari-saidat-294ab784/
Professional Profile: https://rocketreach.co/lahouari-saidat-email_97426914
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Head of Artificial Intelligence Saudi Arabian Military Industry (SAMI), Riyadh - Saudi Arabia Fields of specialization: Mathematics - Computer Science - Artificial Intelligence - Electronics - Electrical Engineering - Automation - Photonics |
Born on October 4, 1973, Sofiane Yous has a solid academic background in information systems and engineering, with a specialization in artificial intelligence. His educational journey demonstrates a consistent progression toward excellence in cutting-edge technological fields.
University Studies:
His international education, combining Algerian expertise in computer science with Japanese academic rigor, laid the foundation for his versatile career in technological innovation and artificial intelligence.
Dr. Yous has developed an impressive international career, working for prestigious organizations in the field of artificial intelligence, image processing, and advanced computer systems. His professional journey demonstrates a consistent evolution toward technical and strategic leadership positions in emerging technologies.
Professional Experience:
This career path illustrates Dr. Yous's remarkable progression from his beginnings in academic research in Japan to his current leadership role in the high-tech military industry in Saudi Arabia, passing through strategic positions at technology giants such as ARM and Intel.
Although specific information about his distinctions is not detailed in the provided data, Sofiane Yous's exceptional professional career in leading technology companies testifies to his recognition by the industry.
His appointment to high-responsibility positions in companies such as ARM, Intel, and Saudi Arabian Military Industry demonstrates the international recognition of his expertise and skills in artificial intelligence and advanced computer systems.
His presence in academic databases such as DBLP and ResearchGate, as well as his list of patents available on Justia Patents, also highlights his significant contribution to technological innovation and scientific research in his fields of specialty.
Dr. Yous is also a sought-after speaker, as evidenced by his participation as a speaker at international events such as those organized by the Arab Academy for Science, Technology and Maritime Transport.
Sofiane Yous's professional impact extends across several strategic dimensions of modern technological development:
Innovation in artificial intelligence: His expertise in AI, particularly in the development of Neural Processing Units (NPU) at Intel, has contributed to the advancement of hardware acceleration technologies for artificial intelligence, a crucial field for the evolution of modern computing.
Heterogeneous computing and optimization: His work at ARM on AI/ML accelerations and heterogeneous computing has likely influenced how chips are designed to efficiently process AI workloads, a major challenge in contemporary computing.
Military applications of AI: In his current role at Saudi Arabian Military Industry, he leads the integration of artificial intelligence into defense systems, potentially contributing to the evolution of modern military technologies.
Multi-modal data analytics: His leadership in this field at United Technologies (RTX) has likely contributed to the development of systems capable of interpreting and analyzing complex data from multiple sources, an essential capability for many industrial and security applications.
International knowledge transfer: His career spanning Algeria, Japan, Ireland, the United Kingdom, and Saudi Arabia illustrates his ability to transfer and adapt technological expertise in different cultural and industrial contexts.
His contributions also extend to the academic domain through his publications and patents, thus enriching the body of knowledge available in the fields of AI, image processing, and information systems.
LinkedIn: https://www.linkedin.com/in/sofianeyous/
DBLP (academic publications): https://dblp.org/pid/12/3033.html
ResearchGate: https://www.researchgate.net/profile/Sofiane-Yous
AAASTE Speaker Profile: https://aaaste.org/speakers/sofiane-yous/
Patents: https://patents.justia.com/inventor/sofiane-yous
Email: yous.sofiane@gmail.com
Phone: +353 87 351 3895 (Ireland) / +966 53 702 6874 (Saudi Arabia)
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Research Professor in Chemical Engineering Gas Processing Centre (GPC), Qatar University, Qatar |
Born in 1967 in Taher, Jijel, Algeria, Abdelbaki Benamor completed his secondary education at the Lycée mixte de Taher. He pursued his initial academic studies at the University of Bejaia, where he obtained his undergraduate degree in sciences. He later completed his PhD in Chemical Engineering, specializing in carbon capture and conversion, as well as water and wastewater treatment with a focus on membrane technologies.
Dr. Abdelbaki Benamor is currently a Research Professor at the Gas Processing Centre (GPC) at Qatar University. With a strong background in Chemical Engineering, he is among the top researchers in Environmental Engineering in Qatar, with more than twenty years of experience in academic and industrial research and development.
His research addresses fundamental and technical issues related to energy, water, and the environment. His research interests include:
He has successfully secured more than 4.8 million dollars in research and industry grants in collaboration with internationally recognized institutions in Europe, Asia, and North America. Dr. Benamor has authored and co-authored more than 120 articles in Scopus-indexed journals, demonstrating his significant contribution to his field of expertise.
Professor Benamor has published more than 130 Scopus-indexed articles. His scientific impact is considerable, as evidenced by his h-index of 43 with 6559 citations according to Google Scholar. He ranks among the top 2.5% of scientists in his field globally.
In recognition of his contributions and services, he was awarded the Qatar University Services Award in 2016, highlighting his dedication to academic excellence and scientific research.
Professor Benamor's work has a significant impact in the areas of water and energy security. His research on carbon capture contributes to global efforts to combat climate change, while his work on water treatment provides concrete solutions to current environmental challenges.
As a leading researcher in Qatar, he actively participates in developing the region's scientific capabilities and advancing knowledge in areas crucial for sustainable development and energy transition.
Email: Benamor.abdelabki@qu.edu.qa
Phone: (974) 4403-4381
University Profile: http://qufaculty.qu.edu.qa/benamor-abdelbaki/
Google Scholar: https://scholar.google.com/citations?user=Xg9w9CcAAAAJ&hl=en
ResearchGate: https://www.researchgate.net/profile/Abdelbaki-Benamor
LinkedIn: https://www.linkedin.com/in/abdelbaki-benamor-1aaaa916/
Academia.edu: https://qu.academia.edu/AbdelbakiBenamor
AD Scientific Index: https://www.adscientificindex.com/scientist/abdelbaki-benamor/213816
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Professor in Chemical Engineering University of Bradford, United Kingdom Specialty Field(s): Physics - Chemistry - Mechanics, Industrial Engineering - Energy - Materials |
Born in 1952 in Arzew, Algeria, Hadj Benkreira completed his secondary education at Lycée Ibn Badis in Oran (1968-1971), then continued his studies at the University of Oran (1971-1972). He then pursued his academic journey in the United Kingdom, where he earned a Bachelor of Engineering (BEng) in Chemical Engineering from the University of Bradford in 1976, followed by a Master of Science (MSc) in 1977 in the same discipline. In 1980, he completed his doctorate (PhD) in fluid mechanics and rheology, specializing in thin films, also at the University of Bradford.
After obtaining his Master's degree, Hadj Benkreira initially worked for SONATRACH, Algeria's largest petrochemical company. He subsequently returned to Bradford to pursue a doctorate as a research assistant under the supervision of Professors W.L. Wilkinson (CBE, FRS, FREng) and M.F. Edwards (OBE, FREng), with financial support from the UK Science and Engineering Research Council. His thesis focused on the fluid mechanics of coating flows.
Following his doctorate, he remained at Bradford as a postdoctoral researcher, sponsored by the UK Polymer Engineering Directorate, working on the mechanics of polymer processing. In 1985, he was appointed as a "New Blood Lecturer" at the Department of Chemical Engineering, and later progressed to obtain a Personal Research Chair in Coating and Polymer Processing in 1998.
In 2004, he was appointed Associate Dean for Research and Knowledge Transfer at the School of Engineering, Design & Technology. He held this position for 5 years until 2009, when he was tasked, along with colleagues, to reestablish the Chemical Engineering department at the University of Bradford.
Professor Benkreira is a longstanding member of the UK EPSRC (Engineering and Physical Sciences Research Council) Peer Review College. He served as Vice President of the International Society of Coating Science and Technology (ISCST) and is currently Vice President of the European Coating Society (ECS), which he founded with colleagues in 1992.
He has been principal or associate investigator of over 25 EPSRC research grants since 1980 and has published more than 100 papers in learned journals and conferences on chemical engineering, coating flows, polymer processing, and applied rheology.
His current research focuses on advanced materials engineering, applied to EV battery technology, fuel cell membranes, water membranes, and polymer processing (recycling and upcycling of plastic and elastomeric waste).
Professor Benkreira is recognized as a leading researcher in the fields of thin film coating (EV batteries, fuel cells, membranes) and polymer processing. His work has significantly contributed to the advancement of these fields, with important applications in emerging and sustainable technologies.
His career exemplifies a consistent commitment to excellence in research and teaching, as well as substantial contributions to the international scientific community through his leadership in professional organizations and his role in training the next generation of researchers and engineers.
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Distinguished Professor and Physicist University of Connecticut, United States |
Nora Berrah is an Algerian physicist who specializes in studying the interactions between light and matter. Her academic journey reflects a solid theoretical foundation complemented by cutting-edge experimental expertise.
She began her higher education in Algeria, where she earned a Master of Science (M.Sc.) degree in theoretical physics in 1979 from the University of Bab Ezzouar in Algiers. Pursuing her scientific ambition, she then traveled to the United States to deepen her doctoral studies. In 1987, she completed her Ph.D. at the University of Virginia, marking the beginning of a brilliant career in experimental physics research.
Immediately after obtaining her doctorate, she joined Argonne National Laboratory as a postdoctoral researcher in the Physics Division, where she worked from 1987 to 1992. This experience at one of the most prestigious national laboratories in the United States allowed her to develop her expertise in using advanced light sources for studying atomic and molecular structure.
Nora Berrah's scientific career is marked by her exceptional expertise in studying the interactions between light and matter, particularly at the atomic and molecular scale. After her years at Argonne National Laboratory, she joined Western Michigan University where she progressively climbed the academic ranks to become a full professor in 1999.
In 2014, she accepted a position at the University of Connecticut where she was appointed as the Head of the Physics Department, a position she held for several years. Currently, she is a Board of Trustees Distinguished Professor at the same university, a recognition of her academic excellence and exceptional contribution to scientific research.
Her research focuses on exploring the interactions between molecules and extended systems with weak and strong electromagnetic fields produced by various light sources. Throughout her career, she has been particularly interested in ultrafast molecular dynamics, non-linear physics, and time-resolved studies of molecules, with emphasis on long and short wavelength radiation, ultrafast time scales, and strong laser fields.
Her recent work involves using intense femtosecond and attosecond pulses from table-top lasers and free electron lasers (FEL) in the XUV, VUV, and X-ray regimes to probe physical and chemical processes that happen on ultrafast time scales. This physics research impacts fields such as chemistry, the environment, and biology.
Beyond her research activities, Nora Berrah is also recognized for her commitment to diversity and inclusion in the sciences. For more than two decades, she has been actively working to promote the presence of women in physics through outreach activities, mentoring, and initiatives aimed at strengthening gender equity within physics departments and national laboratories in the United States.
Throughout her exceptional career, Nora Berrah has received numerous distinctions and recognitions testifying to the importance and impact of her scientific contributions:
In 1999, she was elected a Fellow of the American Physical Society (APS), a prestigious recognition of her excellence and significant contributions to physics.
In 2014, she received the Davisson-Germer Prize in Atomic or Surface Physics, awarded by the American Physical Society "for pioneering experiments on the interaction of atoms, molecules, negative ions and clusters with ionizing vacuum ultraviolet and soft x-ray photons."
She was also elected a Fellow of the American Association for the Advancement of Science (AAAS) in 2018, with the citation: "For distinguished contributions to the field of molecular dynamics, particularly for pioneering non-linear science using x-rays free electron lasers and spectroscopy using synchrotron light sources."
Her scientific excellence was further recognized in 2019 by her election to the American Academy of Arts and Sciences, one of the oldest and most prestigious honorary societies in the United States.
More recently, in 2024, she achieved one of the highest scientific distinctions in the United States by being elected to the National Academy of Sciences, establishing her place among the country's most eminent scientists.
Among her other notable distinctions are the David S. Shirley Award for Outstanding Scientific Achievements at the Advanced Light Source, Lawrence Berkeley National Laboratory, a Humboldt Fellowship from the Alexander von Humboldt Foundation in Germany, and the Chair d'Excellence from SOLEIL National Synchrotron Laboratory in France.
She also received an Honorary Doctoral Degree in Physics from the University of Turku in Finland and the Blaise Pascal Chair d'Excellence from Ile de France, testifying to the international recognition of her scientific contributions.
Nora Berrah's scientific impact extends well beyond her publications and specific discoveries. Her pioneering work on the interaction between light and matter has opened new research avenues and significantly contributed to our understanding of fundamental processes occurring at the atomic and molecular scale.
In particular, her research on using free electron lasers to probe ultrafast molecular dynamics has revolutionized our ability to observe and understand the chemical and physical processes that unfold at extremely short time scales, on the order of femtoseconds (10^-15 seconds) or even attoseconds (10^-18 seconds). This work has important implications not only in fundamental physics but also in applied fields such as chemistry, materials science, and even molecular biology.
Her expertise in using synchrotron light sources and free electron lasers has also contributed to the development and optimization of these cutting-edge research infrastructures, which are now essential tools for the international scientific community.
Beyond her direct scientific impact, Nora Berrah has played a crucial role in promoting diversity and inclusion in the sciences, particularly for women in physics. Her long-standing commitment to mentoring, outreach, and advocacy for equity has helped open doors and create opportunities for future generations of scientists from underrepresented groups.
As a department head and academic leader, she has also influenced the direction and culture of physics research in the institutions where she has worked, promoting scientific excellence while creating more inclusive and equitable environments.
Her exceptional journey, from Algeria to the highest spheres of American science, also makes her an inspiring role model for young scientists, especially those from developing countries or groups traditionally underrepresented in the sciences. Her success demonstrates that scientific excellence can transcend geographical, cultural, and social boundaries.
To deepen your knowledge about Nora Berrah and her work, you can consult:
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Full Professor University Grenoble Alpes, France Fields of Expertise:
Physics - Chemistry - Mechanics Medicine - Pharmacy - Veterinary Sciences - Sports |
Professor Ahcène Boumendjel was born in 1964 in El-Milia, in the province of Jijel, Algeria. His remarkable academic journey illustrates an international trajectory of scientific excellence, spanning multiple continents and prestigious institutions.
Professor Boumendjel is a globally recognized expert in medicinal chemistry, specializing in drug candidate discovery from natural products and phytochemistry. His research focuses on identifying and developing novel therapeutic molecules with significant clinical potential.
His laboratory, the INSERM U 1039 Radiopharmaceutical and Bioclinical Laboratory, is at the forefront of radiopharmaceutical and medicinal chemistry research, contributing significantly to modern therapeutic advances. The laboratory serves as a bridge between fundamental research and clinical applications.
His research themes encompass cutting-edge areas of medicinal chemistry, particularly focusing on the systematic exploration of natural products as sources of innovative therapeutic compounds, representing a sustainable approach to drug discovery.
Professor Boumendjel's exceptional contributions to science are recognized through numerous prestigious distinctions and achievements that underscore his international standing in the scientific community:
This prestigious Stanford/Elsevier ranking places him among the most influential researchers globally, reflecting the significant impact of his scientific contributions across multiple disciplines.
Professor Boumendjel's scientific impact is measured through his publications in the most prestigious journals of the international scientific community, including Science Advances, Nature, and Angewandte Chemie. His unprecedented discoveries in the field of natural products have revolutionized certain aspects of pharmaceutical research.
As coordinator of the "Be in Precision Medicine" Erasmus Mundus program, he plays a key role in training the next generation of specialists in personalized medicine, contributing to the advancement of this emerging discipline at European and international levels. This program represents a pioneering approach to interdisciplinary education in modern medicine.
His influence extends through his role as a mentor, having trained a new generation of researchers who perpetuate his innovative approach to medicinal chemistry worldwide. Many of his former students now hold prominent positions in academia and industry, amplifying his scientific legacy.
His work serves as a model for translational research, demonstrating how fundamental scientific discoveries can be successfully transformed into practical applications that benefit society, from pharmaceutical developments to cosmetic innovations.
Professional Contact Information:
Professor Ahcène BOUMENDJELCoordinator of Erasmus Mundus Master Program:
"Be in Precision Medicine" - www.beinprecisionmedicine.org
Academic and Professional Profiles:
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Professor Emeritus and Quantum Physicist Stockholm University, Sweden |
Mohamed Bourenane was born in 1962 in Laghouat, a city located in central Algeria. Coming from a country that had just gained its independence, he grew up in a context where education was considered an essential vector for national development.
His academic journey began in Algeria, where he received his initial training in the national education system. A brilliant student, he pursued his higher education at the Algerian University, where he quickly distinguished himself through his exceptional aptitude in sciences, particularly in physics and mathematics.
Motivated by his passion for scientific research and eager to deepen his knowledge in a cutting-edge academic environment, Mohamed Bourenane decided to continue his education abroad. This led him to Sweden, a country recognized for the excellence of its research institutions and its commitment to scientific innovation.
After settling in Sweden, Mohamed Bourenane joined Stockholm University, where he developed his research in the fields of quantum physics, mathematics, and computer science. His career took a decisive turn when he specialized in quantum computing, an emerging field at the intersection of quantum physics and information sciences.
His remarkable scientific contributions and recognized expertise allowed him to quickly climb the academic ladder. He became a professor at Stockholm University, where his innovative work on quantum computing attracted the attention of the international scientific community. His research focuses particularly on the development of new quantum algorithms and the exploration of potential applications of this revolutionary technology.
Over the years, Professor Bourenane attained the status of Professor Emeritus, a distinction that testifies to his academic excellence and significant contribution to his research field. This position allows him to continue his work while sharing his expertise with the new generation of researchers.
Alongside his research activities in Sweden, Mohamed Bourenane maintains close ties with his native country. He is actively involved in initiatives aimed at strengthening scientific research in Algeria, notably as a member of the National Council for Scientific and Technological Research (CNRST), where he contributes to developing recommendations to improve evaluation, valorization, and innovation in Algerian research.
Mohamed Bourenane's exceptional career has been punctuated by numerous distinctions that testify to the importance and impact of his scientific work.
In 2014, he received one of the greatest honors of his career when he was unanimously elected as a member of the Royal Swedish Academy of Sciences. This prestigious distinction, rarely granted to foreign researchers, underscores the importance of his contributions in the field of quantum physics and computer science. His election to this renowned institution, which includes Nobel Prize laureates among its members, constitutes international recognition of his scientific excellence.
In 2015, the High Council for the Arabic Language (HCLA) paid tribute to him for his exceptional scientific accomplishments, thus recognizing his contribution to the promotion of science in the Arabic-speaking world.
In 2024, Mohamed Bourenane was distinguished in Algiers by the Algerian Scholar Award Foundation, in recognition of his scientific achievements and intellectual contributions. This award highlights the lasting impact of his work and his commitment to scientific development.
Mohamed Bourenane's influence extends well beyond his direct scientific contributions. As an internationally renowned Algerian researcher, he represents an inspiring model for young scientists, particularly those from developing countries.
Through his speeches and public interventions, he regularly highlights the potential of young Algerians, whom he considers a valuable resource for the country's future. He often emphasizes that Algerian youth, which includes nearly 10 million students enrolled in the educational system, have the necessary capacities to excel in scientific and technological fields, provided they are supported by adequate investments in education and research.
Mohamed Bourenane has also become a spokesperson for Algerian researchers established abroad, advocating for better management of the country's scientific talent. He advocates for the establishment of a favorable legal framework allowing diaspora researchers to actively participate in Algeria's scientific and technological development, similar to what has been achieved in countries like China, Brazil, and Poland.
His commitment to promoting scientific research from an early age constitutes another important aspect of his influence. He regularly insists on the importance of cultivating a passion for science through school and family, in order to develop a solid scientific culture in society.
As a member of the CNRST, he has contributed to shaping research policies in Algeria, emphasizing the necessity of continuous training in the sciences, particularly in computer science and advanced technologies. He also advocates for the use of modern technological means to accelerate distance learning, with the support of the Algerian diaspora.
To deepen your knowledge about Mohamed Bourenane and his work, you can consult:
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Beamline Senior Scientist SESAME (Synchrotron-light for Experimental Science and Applications in the Middle East), Jordan Fields of Expertise:
Physics - Chemistry - Mechanics Environment - Urban Planning - Architecture - Geography |
Messaoud Harfouche was born in 1971 in Texenna, in the province of Jijel, Algeria. He completed his secondary education at El-Kendy High School in Jijel before pursuing his university studies at the University of Annaba (Badji Mokhtar University).
He earned his PhD in a multidisciplinary field, specializing in X-ray Absorption Spectroscopy, an advanced technique for structural and electronic analysis of materials. This solid educational foundation provided him with the expertise necessary to excel in cutting-edge scientific research.
Dr. Harfouche currently holds the position of Beamline Senior Scientist at SESAME (Synchrotron-light for Experimental Science and Applications in the Middle East) in Jordan. As the XAFS/XRF (X-ray Absorption Fine Structure/X-ray Fluorescence) beamline manager, he oversees state-of-the-art facilities that enable advanced X-ray spectroscopic analysis.
His expertise spans a wide range of scientific disciplines, including physics, chemistry, mechanics, as well as applied fields such as environment, urban planning, architecture, and geography. This multidisciplinary approach allows him to contribute to diverse and innovative research projects.
SESAME represents a major international initiative, being the first synchrotron in the Middle East, fostering regional and international scientific cooperation. Dr. Harfouche plays a crucial role in this groundbreaking facility.
Dr. Harfouche's scientific work is widely recognized in the international community, as evidenced by his profiles on major academic platforms:
Dr. Harfouche plays a crucial role in the development of scientific research in the Middle East through his work at the SESAME center. His contributions enable researchers from the region and beyond to access cutting-edge technologies for their scientific investigations.
His multidisciplinary approach and technical expertise make him an important player in promoting international scientific cooperation, particularly in the field of materials characterization using synchrotron techniques.
His research contributes to the advancement of knowledge in several fields, from materials science to environmental sciences, including architecture and urban planning. His work at SESAME serves as a bridge between different scientific communities and cultures.
As a senior scientist managing advanced beamline facilities, he also contributes to training the next generation of researchers and promoting scientific excellence in the Middle East region.
Contact:
Academic and Professional Profiles:
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Professor of Physics University of the Mentouri Brothers, Constantine, Algeria |
Adlène Hicheur was born on December 4, 1976, in Setif, Algeria. He held both French and Algerian nationalities until 2018, when he renounced his French citizenship in order to leave France. His academic journey was marked by excellence: he obtained a master's degree in theoretical physics from the prestigious École normale supérieure de Lyon, one of France's most elite institutions.
He continued his education at the Annecy-le-Vieux Laboratory of Particle Physics, where he prepared a doctoral thesis in collaboration with the Stanford Linear Accelerator Center in the United States, working on the BaBar experiment. His thesis, successfully defended on April 11, 2003, focused on the production of high-energy eta prime mesons in B meson decays, demonstrating his mastery of advanced concepts in particle physics.
Adlène Hicheur's scientific career is characterized by his involvement in leading international research projects:
After an interruption in his career due to legal difficulties, he resumed his scientific activities in Algeria, where he was appointed professor at the University of the Mentouri Brothers in Constantine. In 2018, the research group he leads at the Laboratory of Mathematical Physics and Subatomic Physics (LPMPS) rejoined the LHCb (Large Hadron Collider beauty) experiment at CERN, reflecting the international community's recognition of his scientific expertise.
Adlène Hicheur's career has been marked by controversies, but he nevertheless enjoys significant support within the international scientific community:
Beyond his scientific contributions, the Adlène Hicheur case has had a significant societal and professional impact:
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Full Professor (1st Class) Nantes University (IUT of Saint-Nazaire), Research Institute in Civil and Mechanical Engineering - GeM – UMR CNRS 6183, FRANCE Specialty Area(s): Physics - Chemistry - Mechanics - Civil Engineering |
Born in 1980 in Paris (10th district), Ali-Nordine Leklou has followed an exemplary academic path in the field of civil engineering. His educational background demonstrates consistent progression and recognized academic excellence:
Research Themes and Work:
Professional Responsibilities:
Patents and Publications:
Supervision:
Since 2010, Prof. Leklou has supervised or co-supervised 21 doctoral theses (14 completed and 7 ongoing)
Membership in Learned Societies and Expertise:
Professor Nordine Leklou has become an essential reference in the field of civil engineering and construction materials. His research on material durability and eco-construction has a significant impact both academically and industrially:
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Professor of Theoretical Physics University of Duisburg-Essen, Germany |
Samir Lounis is a physicist of Algerian origin. His academic journey began at Mouloud Mammeri University in Tizi-Ouzou, where he obtained a "Diplôme d'Études Supérieures" in physics in 1999, followed by a Magister degree in 2002. His Magister thesis, conducted under the supervision of Prof. M. Benakki and Dr. C. Demangeat at IPCMS (CNRS) in Strasbourg, focused on the magnetic configurations of FeRh alloy surfaces and Ni/Pt multilayers.
He then pursued a doctorate at the prestigious Forschungszentrum Jülich in Germany, under the guidance of Prof. S. Blügel and Prof. P. H. Dederichs. His doctoral thesis, defended in 2007 with the highest distinction "Summa Cum Laude," was dedicated to the theory of magnetic transition metal nanoclusters deposited on surfaces, laying the foundation for his exceptional future scientific career.
Samir Lounis's career is marked by a rapid ascent in the international academic environment:
He has also been a visiting researcher at CIN2 (CSIC) in Bellatera, Spain, and a research fellow at the University of California, Irvine, thus expanding his international scientific network and collaboration with leading institutions.
The excellence of Samir Lounis's work has been recognized by numerous prestigious distinctions:
These distinctions attest to the significant impact of his research in the field of quantum physics and the international recognition he enjoys.
Samir Lounis's scientific contributions have a major impact in the field of quantum physics:
His innovative work opens new perspectives in understanding quantum phenomena and the properties of magnetic materials, with potential applications in cutting-edge technologies.
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Research Director in Particle Physics CNRS, Laboratory of Subatomic Physics and Cosmology (LPSC), France |
Faïrouz Malek was born on March 6, 1964, in Algiers, Algeria. She is the niece of renowned Algerian composer Ahmed Malek, who encouraged her from an early age to attend the central conservatory of Algiers to become a pianist. However, at the age of 15, her trajectory took a decisive turn when she discovered the magic of physics thanks to a particularly inspiring teacher, which led her to choose the scientific path.
Her academic journey began at Omar Racim High School in Algiers, where she obtained her baccalaureate in mathematics in 1983. She then continued her studies at the University of Science and Technology Houari Boumediene (USTHB), where she earned a Magister Diploma (Higher Education Diploma) in physics in 1987. Determined to deepen her knowledge, she moved to France to complete her education with a DEA (Master's degree) in physics, followed by a doctorate in nuclear physics and particle physics, which she successfully defended in 1990 at Joseph Fourier University in Grenoble (now Grenoble Alpes University).
Faïrouz Malek's scientific career is marked by her involvement in leading international research projects:
The excellence of Faïrouz Malek's work has earned her several prestigious distinctions:
Faïrouz Malek's influence extends well beyond her exceptional scientific contributions:
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Professor - Director of International Laboratory of Nanotechnology and Space Beihang University, China Fields of expertise: Physics - Chemistry - Mechanics - Industrial Engineering - Energy - Materials |
Born on July 7, 1989, in the mythical Casbah of Algiers, Algeria, Karim Ragui embodies the scientific excellence of the new generation of French-Algerian researchers. Coming from an emblematic historic quarter, he has transformed his modest origins into a springboard towards international academic excellence.
Doctoral training of excellence:
Karim Ragui obtained his doctorate in Advanced Process Engineering from Université Paris-Saclay, one of France's most prestigious institutions in science and technology. This high-level training enabled him to acquire deep expertise in the multidisciplinary fields that characterize his current research.
His academic journey, though still young (34 years old), demonstrates a meteoric rise in the world of international research, leading him from French universities to cutting-edge Chinese laboratories.
Since 2021, Professor Ragui has held major strategic positions that make him one of the most influential actors in Sino-European research in advanced fields.
Current responsibilities:
Director of the International Laboratory of Nanotechnology and Space (since 2021)
Leading this international research institution, he coordinates revolutionary projects at the intersection of nanotechnology and space sciences, positioning the laboratory as a major player in global technological innovation.
Director of Space Experiments
• Japan Aerospace Exploration Agency (JAXA): Strategic collaboration on space exploration missions and advanced technology development
• China Space Agency (CSA): Supervision of space experimental programs and development of new technologies for space exploration
Deputy Director of International Research and Scientific Cooperation Europe-Asia
In this crucial role, he facilitates scientific and technological exchanges between Europe and Asia, creating bridges between research communities and fostering high-level international collaborations.
Deputy Director of the Institute of Carbon Neutrality and Clean Energy
At Beihang University, he leads crucial research for the planet's energy future, developing innovative solutions for energy transition and climate change mitigation.
Professor Ragui's scientific excellence is reflected in an impressive track record that testifies to his exceptional impact in the international scientific community.
Remarkable scientific production:
• 12 International Patents: Technological innovations protected and valorized industrially
• 60 Scientific Publications: Articles in prestigious peer-reviewed international journals
• 22 Scientific Awards: National and international recognition of his contributions
• 3 International Medals: Prestigious distinctions for research excellence
Supervision and training:
• 42 Master's students: Training the new generation of researchers
• 3 PhD students: Supervision of cutting-edge doctoral research
International influence:
• Membership in 40 scientific societies national and international
• Active member of prestigious research networks in Europe, Asia, and America
• Recognized expert in international scientific evaluation committees
Professor Karim Ragui has developed revolutionary numerical and experimental models that transform our understanding of complex phenomena in several critical scientific domains.
1. Advanced Filtration and Rheological Fluids:
His pioneering research on the identification of heat and mass transfer coefficients of rheological fluids in Silicon Carbide (SiC) filters under transient fluctuations has revealed fundamental gaps in the scientific literature. This work has enabled understanding of how thermal and mass interactions can transform the flooding phase of fluids, transitioning from liquid to gel state under specific geophysical conditions.
Industrial applications in France: His discoveries have been adopted by French industry for improving Diesel Particulate Filters, contributing significantly to reducing pollutant emissions.
2. Nanomaterials and Thermal Transport:
The development of an anti-settling mechanism for aggregate nanomaterials with self-thermal agitation during transport in coaxial pipelines represents a major breakthrough. This innovation highlights the manipulation of advanced nanofluids as a key technology to amplify thermal efficiency in energy conversion systems.
Industrial applications in the United Kingdom: His research is used in British industry for Nanomaterial-based Solar Collectors, exploiting their anti-gravity performance and flexibility in energy conversion prospects.
3. CO2 Storage and Carbon Neutrality:
The identification of implicit dynamics of supercritical CO2 in polluted soil reservoirs with an innovative storage model constitutes a major contribution to monitoring China's "National Carbon Market." His revolutionary multiphase flow model overcomes divergences in CO2 storage in sedimentary reservoirs under balanced flows.
Global impact:
These achievements, accredited by international experts, position Professor Ragui as a major player in global energy transition and climate change mitigation. His work directly influences industrial policies in Europe and Asia, contributing to carbon neutrality objectives on an international scale.
Professional contact:
• Email: ragui-karim@live.fr
• Phone: (+86) 18600750147
Academic and professional profiles:
• LinkedIn: Professional profile
• Google Scholar: Scientific publications and citations
• ResearchGate: International research network
Institutional collaborations:
• Beihang University, China
• Japan Aerospace Exploration Agency (JAXA)
• China Space Agency (CSA)
• France-UK-China industrial partnerships
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Engineer and Nuclear Energy Expert Former Director of Nuclear Centers, Algeria |
Boualem Tatah was born in Algeria where he began an academic journey marked by excellence. Admitted 3rd in order of merit to the national competition for access to the École normale d'Alger-Bouzaréah, Algeria's most prestigious secondary education establishment, he was first in his class and brilliantly obtained his baccalaureate.
His academic training continued with a specialization in atomic energy at international institutions:
Boualem Tatah's career is characterized by sharp expertise in the nuclear field and the exercise of high responsibilities:
Boualem Tatah's exceptional contributions have earned him several national and international recognitions:
Boualem Tatah's influence has been exercised in several strategic domains:
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Medical Physicist and Full Professor Geneva University Hospital and University of Geneva, Switzerland |
Habib Zaidi was born in 1967 in El Eulma, located in the wilaya of Sétif in Algeria, to parents who were teachers. His academic journey began with obtaining his baccalaureate in mathematics in 1985, followed by university studies at the University of Sétif where he earned a state engineering degree in electrical engineering in 1990. He continued his education with a magister in nuclear physics in Algiers in 1993.
Between 1993 and 1995, he worked in the department of medical physics in Algeria before moving to Switzerland where he became a teacher-researcher at the Faculty of Medicine in Geneva. In 2000, he obtained a PhD in Medical Physics from the University of Geneva, where he currently holds the position of chief physicist of the PET Instrumentation and Neuroimaging Laboratory.
His extensive training in physics, coupled with a specialization in medical imaging, has allowed him to develop unique expertise at the intersection of several disciplines, including physics, medical informatics, nuclear medicine, and artificial intelligence. This multidisciplinary background forms the foundation of his remarkable contributions to the field of medical imaging.
Professor Habib Zaidi currently holds the position of chief physicist and founding head of the PET Instrumentation and Neuroimaging Laboratory within the Division of Nuclear Medicine and Molecular Imaging at Geneva University Hospital (HUG). Concurrently, he is a full professor at the Department of Radiology and Medical Informatics at the Faculty of Medicine of the University of Geneva (UNIGE).
His academic career extends beyond the Swiss borders, as he is also an honorary professor at the University of Groningen in the Netherlands, an adjunct professor at the University of Southern Denmark, and a visiting professor at Óbuda University in Hungary. He is also an adjunct professor at Shahid Beheshti University and a visiting professor at Tehran University of Medical Sciences in Iran.
His research, supported by the Swiss National Foundation, private foundations, and industry (totaling over 11 million US dollars), focuses on several major areas including the development of advanced multimodal imaging techniques, the application of artificial intelligence in medical imaging, and the improvement of diagnostic methods in nuclear medicine.
In addition to his research activities, Professor Zaidi is actively involved in developing imaging solutions for cutting-edge interdisciplinary biomedical research and clinical diagnosis. He also teaches undergraduate and graduate courses in medical physics and medical imaging, thereby contributing to the training of the next generation of specialists in this field.
His scientific output is exceptional, with more than 1,000 publications to his credit, including 450 articles in prestigious peer-reviewed journals (with an h-index of 81 and more than 24,200 citations according to Google Scholar), 530 conference proceedings, and 44 book chapters. He is the principal author or senior author in the majority of these publications. He has also edited four textbooks on therapeutic applications of Monte Carlo calculations in nuclear medicine, quantitative analysis in nuclear medicine imaging, molecular imaging of small animals, and computational anatomical animal models.
Professor Habib Zaidi has received numerous prestigious distinctions that testify to the importance and impact of his contributions to medical physics and biomedical imaging:
These recognitions by his peers testify to his exceptional contributions to these fields and the impact of his work on the international scientific community.
The impact and influence of Professor Habib Zaidi on the field of medical physics and biomedical imaging are considerable and multidimensional.
On the scientific level, his pioneering work on the development of multimodal medical imaging techniques using artificial intelligence has opened new perspectives for medical diagnosis and biomedical research. His contributions to the modeling of imaging systems, image reconstruction, and quantitative analysis have significantly improved the accuracy and reliability of these technologies.
His influence also extends to the editorial field and the dissemination of scientific knowledge. He has been a guest editor for 14 special issues of peer-reviewed journals dedicated to various aspects of medical imaging and serves as founding Editor-in-Chief (scientific) of the British Journal of Radiology (BJR)|Open, Deputy Editor for Medical Physics, and Associate Editor or member of the editorial board of several prestigious scientific journals in his field.
His influence extends internationally, as he was elected liaison representative of the International Organization for Medical Physics (IOMP) to the World Health Organization (WHO) and Chair of Subcommittee on Part 1 Examination of the International Medical Physics Certification Board (IMPCB) and the Imaging Physics Committee of the American Association of Physicists in Medicine (AAPM). He is also affiliated with several international medical physics and nuclear medicine organizations.
As a developer of physics web-based instructional modules for the RSNA and Editor of IPEM's Nuclear Medicine web-based instructional modules, he actively contributes to the continuing education of healthcare professionals in these fields.
His international reach is also manifested by his numerous interventions as an invited speaker. He has given more than 250 plenary lectures and presentations at international events, thus sharing his expertise and inspiring the global scientific community.
Finally, he participates in the evaluation of research proposals for European and international funding organizations and is involved in the organization of international symposia and conferences, thereby helping to shape future research directions in his field.
To deepen your knowledge about Professor Habib Zaidi's work and his contributions to medical physics and biomedical imaging, you can consult:
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Immunology Researcher Dr. Miriam Merad's Laboratory, New York, United States |
Meriem Belabed is an Algerian scientist, born in Algeria. Her academic journey demonstrates consistent excellence and remarkable determination:
Meriem Belabed's career is marked by significant advances in the field of immunology applied to cancer research:
The excellence of Meriem Belabed's work has earned her several prestigious recognitions:
Meriem Belabed's influence extends beyond her scientific discoveries:
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Postdoctoral Researcher in Biology Harvard Medical School, United States |
Anissa Belfetmi was born at Constantine Algeria in 1991 where she began her academic journey at Badji Mokhtar University in Annaba that would lead her to international scientific excellence. Her educational path is characterized by a progressive specialization in cutting-edge fields of molecular biology:
This multidisciplinary training, combining biochemistry, molecular biology, and biophysics, has allowed her to develop an integrative approach to biological problems, particularly valuable for her subsequent research on molecular mechanisms of pathologies.
Anissa Belfetmi's career is marked by a path of international excellence and high-impact research:
Beyond her scientific research, Anissa Belfetmi distinguishes herself through her commitment to promoting women in sciences and strengthening international scientific networks:
The excellence of Anissa Belfetmi's work has been recognized by several prestigious distinctions:
Anissa Belfetmi's influence extends to several domains:
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Director General Institut Pasteur, France |
Yasmine Belkaid was born in August 1968 in Algiers, Algeria. Her personal and academic journey is marked by a dual culture and an international trajectory:
Yasmine Belkaid's career is characterized by an international path of excellence and increasing responsibilities in prestigious scientific institutions:
Yasmine Belkaid's scientific work is distinguished by its innovative nature and significant impact on understanding immune mechanisms:
The excellence of Yasmine Belkaid's work has been recognized by numerous prestigious distinctions:
Yasmine Belkaid's influence extends well beyond her direct scientific contributions:
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Professor of Crop Science, Doctor in Plant Physiology and Biochemistry The University of the West Indies (UWI), Mona Campus, Jamaica |
Born on August 23, 1960, Professor Noureddine Benkeblia completed his initial studies at the National Institute of Agronomy (INA) in Algiers, Algeria. He then pursued his academic training in Japan, where he obtained his Master of Science (MSc) and Doctor of Philosophy (PhD) degrees at Kagoshima University. His multidisciplinary education covers the fields of biology, biochemistry, agronomy, and geology, with a specialization in crop physiology, biochemistry, and metabolomics.
Professor Benkeblia currently holds several leadership and research positions at the University of the West Indies (UWI) in Mona, Jamaica:
His career is characterized by deep expertise in crop physiology and biochemistry, as well as metabolomics. His research primarily focuses on fresh crop preservation and shelf-life extension, making significant contributions to advances in sustainable agronomy and food security.
Professor Benkeblia is a member of numerous learned societies and international organizations:
He also holds several prestigious editorial positions:
Professor Benkeblia has received numerous awards and distinctions throughout his career:
• Award of the "Student of the Year" 1986, Ministry of Agriculture, Algeria
• Award of "Major Student" of the 16th Year Students, Institute of Agronomy, Mostaganem, Algeria
• JSPS Fellowship, Japan (2002-2004)
• Awarded the "ISHS Medal in Recognition of Meritorious Service to the ISHS" as Co-Convener of the Seminar "Horticultural Education and Training in the Age of Information, Bio and nanotechnology", 28th International Horticultural Congress, 2010, Lisbon, Portugal
• Awarded the "ISHS Medal in Recognition of Meritorious Service to the ISHS" as Convener of the 1st International Symposium on Tropical Horticulture, 2010, Kingston, Jamaica
• Award of the "Most Outstanding Researcher 2011", The University of the West Indies, Mona, Jamaica
• Award of the "Best Research Publication 2012", The University of the West Indies, Mona, Jamaica
• Award of the "Most Outstanding Researcher 2013", The University of the West Indies, Mona, Jamaica
• Awarded the "ISHS Medal in Recognition of Meritorious Service to the ISHS" as Convener of the Root and Tuber Crops: Sustaining Lives and Livelihoods into the Future Symposium", 29th International Horticultural Congress, 2014, Brisbane, Australia
• Award of the "Most Outstanding Researcher 2018", The University of the West Indies, Mona, Jamaica
• Award of the "Government of Jamaica - Meteorological Services Climate Branch" for contribution to the IPCC Land Report
• Award of the "Best Research Publication 2020", The University of the West Indies, Mona, Jamaica
Professor Benkeblia's work has had a significant impact in the field of fresh crop preservation and shelf-life extension. His research in plant physiology, biochemistry, and metabolomics has contributed to the development of innovative techniques to improve the quality and sustainability of post-harvest agricultural products. These advances are particularly important in the context of challenges related to food security and climate change.
As an internationally recognized expert, he also contributes to the training of the next generation of scientists in the field of agronomy and horticulture. His role as an editor in several prestigious scientific journals allows him to influence the direction of research in these fields, particularly regarding crop adaptation to climate change and the development of sustainable agricultural practices.
His multiple affiliations with international organizations testify to his influence in the development of policies and strategies related to the management of plant genetic resources and the conservation of agricultural biodiversity.
Contact:
Department of Life Sciences
The University of the West Indies
Mona Campus
Kingston 7, JAMAICA
Tel: +1 876 970 6849 ext. 3849
Fax: +1 876 702 4203
Mobile: +1 876 822 6810
Email: noureddine.benkeblia@uwimona.edu.jm
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President of Medical Research Platforms and Units Expert in Drug Discovery and Biomedical Research KAIMRC, Ministry of National Guard, Riyadh, Saudi Arabia Director of Drug Discovery Program Head of Saudi Biobank |
Originally from Tlemcen, Mohamed Boudjelal pursued an international academic path of excellence that reflects his global vision of scientific research. He began his higher education by obtaining a bachelor's degree in biochemistry from the University of Es-Senia in Oran (Algeria), thus establishing solid foundations for his scientific training.
Continuing his international education, he obtained a doctorate in biochemistry and molecular biology from the prestigious University of Leeds (United Kingdom), one of the most renowned British institutions in the field of life sciences. This doctoral training allowed him to acquire in-depth expertise in fundamental molecular mechanisms.
Completing his education with a multidisciplinary approach, he also obtained a diploma in international business and vocal training from the University of California at San Diego (United States), demonstrating his desire to combine scientific excellence with international management and communication skills.
With over 20 years of experience in drug discovery, medical research, and scientific management, Dr. Mohamed Boudjelal currently holds strategic positions at the King Abdullah International Medical Research Center (KAIMRC) in Riyadh. He serves as President of Medical Research Infrastructure and Director of the Drug Discovery Program, overseeing the translational research activities of this internationally renowned institution.
In his current functions, he also leads cutting-edge technological research platforms and supervises the Saudi Biobank, a national strategic resource for personalized medical research and precision medicine in the Middle East region.
His expertise covers the entire pharmaceutical development value chain, from fundamental research to clinical translation, including optimization of drug discovery processes and management of multidisciplinary research programs.
Dr. Boudjelal is the recipient of numerous prestigious distinctions that testify to the excellence of his scientific work and his impact in the field of biomedical research. He notably received awards from the American Dermatology Foundation, recognizing his innovative contributions to dermatological research.
He has also been honored by the American Association for Cancer Research (AACR), one of the most influential scientific organizations in the fight against cancer, highlighting the importance of his oncology research. His excellence was recognized with a scientific excellence award from GlaxoSmithKline, testifying to the value of his contributions during his time at this major pharmaceutical company.
His research work has led to the discovery of several promising therapeutic molecules that have progressed to clinical trials, demonstrating the translational relevance of his research and their potential impact on human health.
Dr. Mohamed Boudjelal has established himself as a key player in biomedical research in developing and emerging countries. His leadership extends far beyond his direct institutional responsibilities, influencing the international scientific ecosystem and particularly that of Arab and African countries.
He is the founding member and first president of the Algerian Competencies Association (ACA), a pioneering organization he created to federate and valorize the scientific and technical expertise of the Algerian diaspora around the world. This revolutionary initiative facilitates international scientific collaborations and knowledge transfer to Algeria. Currently, he also leads the Algerian Sci-Tech Scholars and Competences Abroad association, continuing his mission of networking Algerian competencies abroad.
A pioneer in democratizing access to scientific publication, he created the innovative initiative "The International Science Edit for the Developing World" (sciencedit-dw.org). This revolutionary platform is dedicated to scientific popularization and facilitating international scientific dissemination, particularly for researchers from developing countries.
His influence in the Middle East region is manifested by his role in developing biomedical research capabilities in Saudi Arabia, contributing to making KAIMRC an internationally recognized center of excellence and a model for the region. In parallel, he maintains close ties with Algeria as a member of the National Council for Scientific Research and Technologies (CNRST) and its Commission for Innovation and Technological Watch, thus contributing to the strategic orientation of research and innovation in Algeria.
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Neuroscience Researcher Institute of Functional Genomics (IGF), University of Montpellier, France |
Badreddine Boussadia was born in Ziama Mansoriah, near Bejaia, Algeria. His academic journey demonstrates an early passion for biological sciences and a consistent progression toward scientific excellence:
This educational path, between Algeria and France, demonstrates a constant desire to deepen his knowledge and develop cutting-edge expertise in the field of neuroscience.
Badreddine Boussadia's scientific career is primarily focused on studying the mechanisms of pharmacoresistance in epilepsy:
Badreddine Boussadia's work has been recognized by several prestigious distinctions:
Badreddine Boussadia's scientific contributions have a significant impact in several areas:
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Senior Scientist, Director of Translational Cancer Research National Center for Cancer Care and Research, Hamad Medical Corporation Clinical Professor of Biomedical Sciences, College of Health Sciences, Qatar University Doha, Qatar |
Born on 02/07/1962 in Skikda, Algeria. Nationality: British/Algerian.
Education:
Prof. Dermime has over 30 years of experience in cancer immunology research. He has led several research units and translational research programs at prestigious institutions such as King Faisal Specialist Hospital in Saudi Arabia, Dasman Diabetes Institute in Kuwait, and currently at Hamad Medical Corporation in Qatar.
Awards and distinctions:
Prof. Dermime has published over 100 articles in high-impact scientific journals. He has contributed to major discoveries in cancer immunology, particularly in the development of cancer vaccines and the study of tumor immune escape mechanisms.
Contact:
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President, CEO & Founder of Keren Therapeutics Expert in Chemical Biology and Virology United States of America Former Director of Institut Pasteur Seoul Chairman of TPAC Committee since 2017 |
Originally from Algeria, Dr. Hakim Djaballah perfectly embodies the international scientific success of the Algerian diaspora. His academic path of excellence begins in the United Kingdom, where he obtained a bachelor's degree in biochemistry and biotechnology with honors from the University of Birmingham, one of the most prestigious British institutions in the field of life sciences.
He pursued his doctoral training at the University of Leicester, also in the United Kingdom, where he obtained his doctorate in biochemistry. This in-depth training provided him with solid expertise in fundamental molecular mechanisms, an essential foundation for his future innovations in biomedical research.
Aware of the importance of diversified international training, he completed his curriculum with specialized training at several renowned institutions in the United States and South Korea, thus acquiring a global vision of scientific challenges and mastery of different biomedical research approaches practiced in major world centers.
Dr. Djaballah began his professional career at the RW Johnson Pharmaceutical Research Institute, a research subsidiary of Johnson & Johnson based in La Jolla, California. This first experience in one of the world's largest pharmaceutical companies allowed him to acquire valuable expertise in drug development and applied research.
Building on this initial experience, he then held positions of increasing responsibility in various pharmaceutical and biotechnology companies, climbing the ranks and developing recognized expertise in chemical biology and drug discovery.
In 2003, he joined Memorial Sloan Kettering Cancer Center in New York, one of the world's most renowned cancer research centers. As a professor-researcher and director of the high-throughput screening laboratory, he dedicated himself to exploring the biological mechanisms of cancer, developing innovative approaches to identify new therapeutic targets.
In 2014, he reached a major milestone by taking the directorship of Institut Pasteur Seoul in South Korea, while becoming a professor at Daejeon University of Science and Technology. This appointment testifies to his international recognition and his ability to lead premier research institutions.
In 2016, he materialized his entrepreneurial spirit by co-founding Keren Therapeutics, an innovative clinical-stage company specializing in developing therapies against age-related cognitive decline. This venture represents the culmination of decades of research and his commitment to transforming fundamental science into concrete therapeutic solutions.
Dr. Djaballah enjoys exceptional scientific recognition, materialized by an impressive portfolio of more than 100 scientific publications in peer-reviewed international journals. This prolific scientific production testifies to the quality and impact of his research in the global scientific community.
As an inventor of several patents, he contributes directly to technological innovation in the biomedical field. These patents testify to his ability to transform fundamental scientific discoveries into practical applications capable of improving human health.
His entrepreneurial spirit is manifested by the founding of four biotechnology companies, demonstrating his unique ability to identify market opportunities and create structures capable of valorizing scientific research.
In 2007, he received the prestigious "Robots and Vision User Recognition Award," recognition of his innovation in the use of robotic technologies and artificial vision applied to biomedical research, a field that was then emerging and now indispensable.
Thanks to his cutting-edge expertise in chemical biology and virology, Dr. Djaballah has established himself as an influential and respected figure in the strategic fields of cancer research and infectious diseases. His interdisciplinary approach allows him to address complex biomedical challenges from innovative angles.
Since 2017, he has chaired the TPAC (Therapeutics Product Advisory Committee), a strategic function that allows him to influence therapeutic orientations and contribute to the evaluation of innovative therapeutic products. This responsibility testifies to the confidence placed in him by his peers and regulatory institutions.
His commitment to translational research on a global scale is materialized through his international collaborations and active contribution to scientific advances that directly benefit patients. He embodies the model of the scientist-entrepreneur capable of bridging fundamental research and clinical applications.
Through Keren Therapeutics, he tackles one of the major challenges of population aging: age-related cognitive decline. This initiative could have considerable impact on the quality of life of millions of people worldwide.
His exemplary journey also inspires the new generation of Algerian and African scientists, demonstrating that it is possible to achieve international scientific excellence while maintaining ties to one's origins.
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Mathematician, Bioinformatics Researcher, and Entrepreneur Founder and Chief Scientific Officer of Nuritas, Ireland |
Nora Khaldi was born in Algeria, in the wilaya of Tebessa, coming from a very old Nememcha family (Chaouiya). Born to an Irish mother and a Franco-Algerian father, she grew up in Algeria where she began her studies before leaving for Ireland at the age of 14 to pursue her academic ambitions.
From a young age, Nora showed a marked interest in mathematics and nurtured a dream of improving human health. This dual interest in exact sciences and biology led her to develop a career at the intersection of these two fields.
Her brilliant academic journey led her to obtain a PhD in mathematics, and then to specialize in molecular evolution and bioinformatics. As she herself expressed: "My background is purely mathematical and I have always been a big fan of biology, so I looked for something that could combine the two disciplines that are generally very separate."
After her studies, Nora Khaldi turned to research in bioinformatics, a field in which she quickly became a global reference. Her research primarily focused on protein evolution and comparative genomics, areas that harmoniously combine her mathematical skills and interest in biology.
Throughout her career, she has led international research teams in both academic and industrial contexts, developing recognized expertise in the discovery and commercialization of new molecules. Her innovative scientific approach has led her to collaborate with major companies in the food industry, notably the multinational Nestlé.
Nora Khaldi has made several major scientific breakthroughs. She was the first scientist to demonstrate gene transfer between multicellular species, a natural phenomenon that occurred millions of years ago. This revolutionary discovery has called into question many of the phylogenetic methods currently in use. She was also a pioneer in demonstrating that fungal species could exchange chemicals to outcompete other species.
Her work has also led her to discover new drugs made from molecules present in certain foods, particularly medications that help fight diabetes or stabilize its progression. Some of her scientific publications are among the top 2% of cited articles in the fields of biology and medicine.
In 2014, taking a new step in her career, Nora Khaldi founded Nuritas, a revolutionary startup that became the first company in the world to introduce artificial intelligence to the food arena. Nuritas's goal is to create the future of food and personalized nutrition, in short, the future of health. This company combines life sciences and artificial intelligence to extract DNA and protein data from plant material, thus opening new perspectives for human health.
The excellence and innovation of Nora Khaldi's work have earned her numerous international distinctions. She is an award-winning TEDx speaker, and her revolutionary vision has been recognized by prestigious organizations such as Forbes, Wired, and the European Commission.
Her startup, Nuritas, has also received significant recognitions, being notably classified among the 21 most innovative startups in the world, alongside companies like Uber. This entrepreneurial success has led Nora to be nicknamed "the woman of the decade" in Ireland, testifying to the considerable impact of her contributions to the development of the pharmaceutical industry and research in bioinformatics.
The impact of Nora Khaldi's work extends well beyond the academic world, touching fields as varied as health, food, and technology. Her innovative approach, combining mathematics, biology, and artificial intelligence, has opened new pathways for the discovery of bioactive molecules in our daily diet.
By founding Nuritas, she created a platform that revolutionizes the way we approach nutrition and health. The company uses machine learning algorithms to identify and extract peptides (protein fragments) with health-beneficial properties from common foods, thus offering natural alternatives to traditional medications.
Her vision of personalizing nutrition according to the specific needs of each individual represents a paradigm shift in our approach to preventive health. By democratizing access to personalized nutrients, she contributes to a future where food could play an even more crucial role in the prevention and treatment of diseases.
Furthermore, as a female scientist and entrepreneur of Algerian origin who has succeeded on the international stage, Nora Khaldi constitutes an inspiring model for younger generations, particularly for young women interested in scientific careers. Her journey demonstrates that with passion, determination, and innovation, it is possible to transform challenges into opportunities and contribute significantly to the improvement of global health.
To deepen your knowledge about Nora Khaldi and her innovative work, you can consult:
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President of Emerald Petroleum Ltd, PhD in Geology Emerald Petroleum Ltd, Calgary, Canada |
Born in 1956 in Algiers, Achour Madi completed his early education at Lycée Thaalibiya in Hussein-Dey before joining the National Institute of Hydrocarbons in Boumerdes, where he obtained his Engineering degree in Petroleum Geology & Oil Exploration (1976-1981). He then pursued higher education in Canada, earning a PhD in Geology from the University of Laval, Quebec (1990-1994), after also undertaking doctoral studies at McGill University in Montreal (1990-1994).
Dr. Madi is a multi-disciplinary geoscientist with more than 35 years of experience in the oil industry. Holding a PhD in Carbonate Sedimentology & Diagenesis, he has published over 15 articles in prestigious journals such as AAPG Bulletin, Sedimentology, Facies, SPE, and other recognized scientific publications. He is considered a renowned expert in carbonate sedimentology and exploration of carbonate reservoirs.
His career is marked by an impressive journey within major oil companies (Petro-Canada, Occidental) where he provided technical, operational, and managerial leadership. Dr. Madi is recognized as an "Oil Finder" with a proven track record in the industry. He has been involved in numerous oil and gas exploration projects in more than 40 countries, including Canada, Mexico, USA, Algeria, Tunisia, Libya, Egypt, Syria, Iran, Pakistan, Oman, Sudan, Cameroon, Nigeria, Tanzania, Belize, Albania, France, Colombia, and Guatemala.
He possesses in-depth knowledge of almost all basins, fields, and geological settings around the globe, including North and South America, the Gulf of Mexico, Asia-Pacific, the Middle East, North, East, and West Africa, as well as Europe.
Dr. Madi has been an active member since 1990 of several prestigious professional associations, including AAPG (American Association of Petroleum Geologists), CSPG (Canadian Society of Petroleum Geologists), SPE (Society of Petroleum Engineers), and APEGA (Association of Professional Engineers and Geoscientists of Alberta).
As an accomplished entrepreneur, he has co-founded and managed three international oil companies: Madison PetroGas (2007-2012), Allied Petroleum Exploration (APEX) (2011-2022), and more recently Emerald Petroleum, which operates an exploration concession in Central America. His current company, Emerald Petroleum Ltd, whose websites are www.emeraldres.ca and www.emeraldevaluation.com, is the only Canadian company pre-qualified in January 2024 by Sonatrach's Exploration Division to provide assistance in technical studies.
Dr. Madi has developed innovative algorithms and software to identify shale gas/tight oil plays and to estimate resources of unconventional plays. His work, published in the Society of Petroleum Engineers (SPE) in 2015, established a sophisticated and innovative methodology for "Estimating Oil & Gas Reserves of Unconventional Plays/Reservoirs." This AI-powered methodology provides accurate estimates in less than two minutes after data/parameter input.
He has also developed another software that directly provides TOC (Total Organic Content) from logs, which allows the identification of petroleum source rocks in intervals and wells where sampling wasn't done, saving time and significant financial resources.
Dr. Madi has identified and characterized tight oil plays in many countries, including Southeast Saskatchewan (Canada), North Dakota (USA), Paris Basin (France), Rub al Khali Basin (Oman, Saudi Arabia), Northeast Algeria, and Southern Mexico.
Dr. Madi's expertise in frontier exploration and subtle traps, volume and risk assessment of conventional & unconventional plays, prospect maturation, exploration strategy, concession capture, carbonate sedimentology & diagenesis has had a significant impact on the global oil industry.
His innovative methodology for estimating oil and gas reserves of unconventional plays, published in 2015, represents a major advancement in the field, offering unprecedented accuracy and speed in resource assessment. This scientific contribution has considerably improved the efficiency of hydrocarbon exploration and exploitation worldwide.
As a Professional Geologist (APEGA) and member of several prestigious professional organizations (AAPG, CSPG, CSEG, and SPE), Dr. Madi continues to influence and shape the future of the oil industry through his research, publications, and entrepreneurial leadership.
Email: jmadi357@gmail.com; jmadi@emeraldres.ca
LinkedIn: https://www.linkedin.com/in/jamal-a-madi-phd-51196451/
Portfolio: Technical Team Emerald (PDF)
Resources: https://0eacbd1.netsolhost.com/resources/
WhatsApp: +1 403 680 9077
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Dr, Senior Account Manager Idexx Bioanalytics, Switzerland |
Born in 1975 in Taskriout (Béjaïa, Algeria), Abdelhak Mansouri completed his secondary education at Maouche Idriss High School in Béjaïa. He then studied at the National Higher School of Agronomy (ENSA) in Algiers, earning an engineering degree in Human Nutrition.
Following his engineering studies, he earned a PhD in Nutritional Physiology, focusing on the peripheral and central mechanisms involved in the regulation of eating behavior. He worked as a Senior Scientist and Group Leader before taking on the role of Senior Account Manager at Idexx Bioanalytics in Switzerland.
He has authored 23 peer-reviewed publications, which can be accessed on ResearchGate and PubMed.
He also contributed a book chapter titled “Hepatic Mitochondrial Fatty Acid Oxidation and Type 2 Diabetes”, published in December 2015 in Molecular Nutrition and Diabetes by Academic Press (DOI: 10.1016/B978-0-12-801585-8.00028-2).
One of his studies on Algerian date palm fruit has been cited over 800 times and is widely regarded as a reference in the field. His other works have contributed to a deeper understanding of the physiological regulation of food intake.
Email: abdelhak.mansouri@gmail.com
Phone: +41 76 286 70 66
LinkedIn: mansouriabdelhak
Google Scholar: academic profile
ResearchGate: publications
Academia.edu: personal page
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Professor of Agronomy and Plant Sciences University of Toulouse / IUT Paul Sabatier of Auch, France |
Born in 1968 in Blida, Algeria, Othmane Merah completed his secondary education at Ibn Rochd High School. He pursued his studies at the National Institute of Higher Education in Agronomy (now University of Blida) where he obtained a degree in agronomy. His academic journey continued in France with an engineering degree from the National School of Agronomy (ENSA) in Rennes. He subsequently earned a doctorate in agronomy from Paris-Saclay University in collaboration with the National Research Institute for Agriculture, Food and Environment (INRAE) in Montpellier. His expertise was further recognized with a Habilitation to Supervise Research (HDR) from the National Polytechnic Institute of Toulouse, certifying his ability to lead high-level scientific research projects.
After gaining experience in the private sector, Professor Merah embarked on an academic career as a lecturer and researcher at the School of Agronomy in Dijon. Since 2004, he has continued his teaching activities at the IUT Paul Sabatier of Auch, while simultaneously conducting research at the Laboratory of Agro-Industrial Chemistry (LCA, INRAE/Toulouse INP).
His research primarily focuses on:
As a team leader, he coordinates innovative and multidisciplinary research projects. His expertise is internationally recognized, as evidenced by his participation in the scientific council of the Thematic Agency for Research in Health and Life Sciences (ATRSSV) and the National Institute of Agricultural Research of Algeria (INRAA). He is also sought after as an expert for the evaluation of research projects by the European Union.
Professor Merah enjoys exceptional scientific recognition, illustrated by an impressive record of publications and innovations:
The impact of Professor Merah's work extends well beyond the academic framework to include concrete applications in the agricultural and agro-industrial sectors:
His influence also extends to the scientific publishing world where, in addition to his role as Editor-in-Chief, he serves as a senior editor for numerous prestigious international journals (Elsevier, Springer, Wiley, CRC, etc.). This position allows him to guide and stimulate research in his fields of expertise on a global scale.
Email: othmane.merah@univ.tls3.fr
Scientific Profiles:
Press Articles:
Associate Professor China University of Geosciences, Wuhan - China Fields of Expertise: Geosciences - Applied Hydrogeology - Geoinformatics - Geohazards |
Birth: November 12, 1991, in Tebessa, Algeria
Academic Background:
Research Affiliation: Research Laboratory of Sedimentary Environment, Mineral and Water Resources of Eastern Algeria, Echahid Cheikh Larbi Tebessi University, Tebessa 12002, Algeria
Specialized Training: Expert in Geoinformatics and Advanced Technologies
ORCID: 0000-0002-1041-6865
Dr. Abdelaziz Merghadi has built a remarkable international career spanning from Algeria to China, demonstrating his expertise in applying advanced geoinformatics technologies to geosciences.
Current and Recent Positions:
Research Expertise:
His research focuses on the application of advanced geoinformatics techniques, including Geographic Information Systems (GIS), remote sensing, and machine learning, to enhance the prediction and management of natural hazards, mitigate land degradation, and address the impacts of climate change.
Notable Recent Scientific Publications:
International Recognition:
Dr. Merghadi is internationally recognized for his significant contributions to the field of geoinformatics applied to geohazards. His work is regularly cited in international scientific literature, and he collaborates with leading research institutions in China and Algeria.
Advanced Technical Skills:
Research Contribution:
His research has a direct impact on understanding and mitigating natural hazards, particularly in mountainous and karstic regions. His innovative methods combine cutting-edge technologies with traditional geological expertise to develop practical solutions to contemporary environmental challenges.
Academic Leadership:
As an Associate Professor at one of China's leading geoscience universities, Dr. Merghadi contributes to the education and training of the next generation of geoscientists while advancing the frontiers of knowledge in his field.
Contact: abdelaziz.merghadi@cug.edu.cn
Academic and Professional Profiles:
ResearchGate Google Scholar IEEE Xplore ORCID Frontiers ScholarGPS SciProfiles SciSpace |
Professor and UNESCO Chair in Medical Geology University of Johannesburg, South Africa |
Hassina Mouri is originally from Algeria, where she began her exceptional academic journey that has taken her across three continents (Africa, Europe, and America). Her international education has allowed her to acquire a unique expertise in her field.
In 1990, she obtained with distinction her degree in Geology Engineering at the University of Science and Technology Houari Boumediene (USTHB) in Algiers, Algeria. This first degree laid the solid foundation for her scientific career.
Continuing her academic excellence, she pursued doctoral studies in France. Between 1992 and 1995, she completed her PhD in Petrology at the University of Paris 7 and the National Museum of Natural History in Paris, which she also obtained with distinction. Her thesis focused on metamorphic geology, a field that would become one of her main areas of expertise.
Her training continued internationally with a position as a Research Associate in Geology at the University of Helsinki and the Geological Survey of Finland from 1995 to 1999, followed by a post-doctoral fellowship at the University of Minnesota in the United States (1999-2000). These international experiences allowed her to deepen her knowledge of high-grade metamorphic rocks and expand her global professional network.
Hassina Mouri's scientific career is marked by her commitment to the development of research in Africa and her ability to create bridges between different scientific disciplines.
Driven by a strong desire to contribute to research and development in Africa, she returned to the continent in 2000 to take up a senior lecturer position in Metamorphic Geology at the University of Pretoria in South Africa. In 2008, she joined the University of Johannesburg, becoming the first female PhD academic in Geology in the departments of both these prestigious South African universities.
As a metamorphic petrologist, her main fields of expertise include the Archaean High to Ultra-High Temperature (UHT) granulites and radiogenic isotope geology (U-Pb and Sm-Nd). Throughout her career, she has worked in various geological environments, including Archaean granulites from the Hoggar Shield in Algeria, Svecofennian Paleoproterozoic migmatites in Finland, British Columbia granulites and migmatites in Canada, EGB granulites in India, as well as the Limpopo and Namaqualand metamorphic belts in South Africa.
In 2013, demonstrating a forward-thinking approach, she began developing the discipline of Medical Geology in Africa. This innovative approach aims at training a younger generation of African students to understand the intricate relationships between geo-environment and health, thus enhancing community well-being and aligning with the UN Sustainable Development Goals. Under her leadership, the University of Johannesburg quickly became Africa's foremost destination for postgraduate training in this field, hosting students from across the continent and collaborating with several international experts.
Her work supervising master's and doctoral students from various African countries, including Namibia, Ghana, Nigeria, Kenya, and South Africa, demonstrates her commitment to developing scientific capacity across the continent.
In addition to her research, Professor Mouri has been invited to co-organize and chair scientific sessions, as well as present her work at numerous international conferences. Her most recent contribution was her invitation to the World Science Forum in Cape Town, in December 2022.
Hassina Mouri's leadership and contributions to the field of geoscience have earned her numerous prestigious distinctions and appointments, testifying to the impact and quality of her work.
Among her most significant awards are:
Her peers have also recognized her expertise by entrusting her with leadership positions in several international scientific organizations:
These multiple recognitions testify to Hassina Mouri's considerable influence in the field of geosciences, both at the African and international levels.
Hassina Mouri's impact on geosciences and particularly on the development of research in Africa is considerable and multidimensional.
As a pioneer, she has paved the way for women scientists in Africa, becoming the first female PhD academic in Geology in the departments of two of South Africa's most prestigious universities. Her exemplary journey constitutes a source of inspiration for young African women wishing to pursue a career in Earth sciences, a field traditionally dominated by men.
Her innovative work in developing Medical Geology in Africa represents a major contribution at the intersection of geosciences and public health. By establishing the University of Johannesburg as a center of excellence for this discipline, she has created a hub for training and research that benefits the entire African continent. Her relentless efforts to bridge the gap between geoscience and public health have gained international recognition, as evidenced by her invitations as a keynote speaker at several prestigious conferences.
Through her mentoring of students from various African nationalities, she actively contributes to strengthening scientific capacities across the continent. The young researchers she trains in turn become agents of change in their respective countries, disseminating the knowledge and skills acquired under her guidance.
Her leadership within international scientific organizations such as the International Union of Geological Sciences allows her to influence the directions of geological research on a global scale, while ensuring that Africa's specific concerns and needs are taken into account in international research agendas.
By establishing links between geology and the United Nations Sustainable Development Goals, she demonstrates the relevance of Earth sciences for addressing contemporary societal challenges. This approach helps to enhance the value of geosciences among policy makers and the general public, thus facilitating support for research in this field.
Her recent appointment (2024) as President of the International Union of Geological Sciences (IUGS) for the period 2024-2028 testifies to the global recognition of her leadership and offers her an even more influential platform to shape the future of geosciences on an international scale.
To deepen your knowledge about Hassina Mouri and her work, you can consult:
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Professor, Archaeologist and Internationally Renowned Paleoanthropologist CNRPAH (Algeria), CENIEH (Spain), Stone Age Institute (United States) |
Professor Mohamed Sahnouni was born in 1956 in Algeria. From an early age, he demonstrated a profound interest in archaeology and the ancient history of his homeland, naturally leading him toward higher education in this fascinating field.
Professor Sahnouni's career is distinguished by an exceptional international trajectory, marked by prestigious positions across three continents.
Professor Mohamed Sahnouni
Archaeologist and Paleoanthropologist
Associate Research Director - CNRPAH, Algeria
Professor - CENIEH, Burgos, Spain
Senior Scientist - Stone
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PhD Candidate in Bioinformatics Institut Curie, France |
Melissa Saichi was born in Algeria, where she spent her childhood and early adolescence. Her academic journey demonstrates a quest for excellence and an early interest in science:
Although her scientific career is still developing, Melissa Saichi has already positioned herself in promising research with high potential impact:
Despite her young age and the fact that she is still at the beginning of her career, Melissa Saichi has already received significant international recognition:
Although her scientific career is still in its early stages, Melissa Saichi's work presents considerable potential impact:
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VP of Neosignal.ca and Consultant in Education, Health and Technology Toronto, Canada |
Dr. Hamid Allalou holds a Doctorate in Medicine from Algeria University. He also earned a Master's degree in Public Health and is currently a Ph.D. candidate focusing on implementing technologies in healthcare organizations.
As Vice President of Neosignal.ca in Toronto, Dr. Allalou leverages his expertise to drive innovation in health and education sectors. His diverse background has allowed him to develop specialized skills in health literacy and technology integration in healthcare systems. His doctoral research aims to improve organizational efficiency in healthcare institutions through technological implementation.
His areas of specialization include medicine, pharmacy, veterinary sciences, sports, as well as education, communication, art, and culture, demonstrating his professional and intellectual versatility.
Dr. Allalou has published several works on health literacy and has collaborated with the World Bank as a consultant for healthcare program evaluation. He is a health literacy trainer for Pfizer (التربية التعليمية الصحية) and also supports non-profit associations.
In the field of education, he actively contributes to 21st century education reform. He is a distinguished member of the Ontario College of Teachers in Canada, where he is on the honor roll. Dr. Allalou also serves as President of the Algerian Association in Canada and is recognized as a community leader.
Dr. Allalou's expertise has significantly improved results and management within various organizations. As a trainer of trainers and international consultant for schools and boards of education, he helps disseminate best practices in his fields of expertise. His multidisciplinary approach, combining medicine, public health, education, and technology, enables him to bring innovative solutions to contemporary challenges.
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Medical Doctor, Ph.D. in Anatomic and Cell Biology Staff Scientist - Bladder Cancer Section, National Cancer Institute (NCI), United States |
Dr. Salah Boudjadi was born in 1978 in Skikda, Algeria. He completed his secondary education at Sediki Yahya High School before pursuing his medical training at Badji Mokhtar University in Annaba, where he earned his Medical Degree from the Faculty of Medicine. Driven by a passion for biomedical research, he subsequently obtained a Ph.D. in Anatomic and Cell Biology, a specialization that deepened his understanding of cellular and molecular disease mechanisms.
His areas of expertise span a broad spectrum including Biology, Biochemistry, Agronomy, Geology, Medicine, Pharmacy, Veterinary Sciences, and Sports, reflecting his exceptional multidisciplinary training.
Dr. Boudjadi's career spans over 15 years of research dedicated to understanding key gene expression alterations related to cancer progression. His professional trajectory has been defined by a deep interest in translational oncology, particularly in understanding cancer resistance mechanisms and identifying new therapeutic strategies.
During his pathology residency in France, he worked on diagnosing diverse human pathologies, including cancer. This interaction with different diseases at the morphological level increased his curiosity about the molecular mechanisms of cancers and raised questions about how to effectively treat this devastating disease. After completing his research training in Canada, he focused on studying gene expression control in human intestinal cells, particularly in colorectal cancer.
At the National Cancer Institute (NCI), as a Staff Scientist in the Bladder Cancer Section of the Genitourinary Malignancies Branch, he currently leads a research laboratory developing new projects focused on developing in vivo models to study metastatic bladder cancer and its resistance to different therapies, including antibody-drug conjugates (ADCs).
His current research also focuses on discovering new therapeutic targets for rare genitourinary tumors, which account for about 20% of all malignancies when considered cumulatively, with an increasing incidence of 0.5% each year. These tumors are generally aggressive with high relapse rates and resistance to conventional therapies.
Dr. Boudjadi has successfully published his findings in recognized scientific journals and developed a methodology for identifying transcription factor-responsive elements in gene promoters. He has also collaborated on other research projects in cell biology and worked on developing screening tools for early colorectal cancer detection.
His major contributions include research on integrin α1β1 in colorectal cancer progression, transcriptional control of gene expression in cancer diseases, and the development of antibody-drug conjugate resistance models. His work aims to explore DNA changes, expression signatures, and pathway alterations to better understand the biology of these aggressive rare tumors and discover new oncogenic drivers and potential therapeutic targets.
He is currently working on developing and characterizing novel in vivo and in vitro models of ADC resistance using multidisciplinary approaches involving genomics, bioinformatics, cell culture, and animal models to determine the biological relevance of ADC resistance mechanisms.
1. Apolo AB, Girardi DM, Niglio SA, et al. (including Boudjadi S). Final Results From a Phase I Trial and Expansion Cohorts of Cabozantinib and Nivolumab Alone or With Ipilimumab for Advanced/Metastatic Genitourinary Tumors. J Clin Oncol. 2024 Sep 1;42(25):3033-3046.
2. Boudjadi S, Bernatchez G, Sénicourt B, et al. Involvement of the Integrin α1β1 in the Progression of Colorectal Cancer. Cancers (Basel). 2017 Jul 26;9(8).
3. Boudjadi S, Carrier JC, Groulx JF, Beaulieu JF. Integrin α1β1 expression is controlled by c-MYC in colorectal cancer cells. Oncogene. 2016 Mar 31;35(13):1671-8.
4. Nguyen TH, Vemu PL, Hoy GE, Boudjadi S, et al. Serine hydroxymethyltransferase 2 expression promotes tumorigenesis in rhabdomyosarcoma with 12q13-q14 amplification. J Clin Invest. 2021 Aug 2;131(15).
5. Boudjadi S, Pandey PR, Chatterjee B, et al. A fusion transcription factor-driven cancer progresses to a fusion-independent relapse via constitutive activation of a downstream transcriptional target. Cancer Res. 2021 Feb 15.
Dr. Salah Boudjadi
MD, Ph.D.
Bladder Cancer Section
Genitourinary Malignancies Branch
National Cancer Institute
Building 37, Room 1068A1
37 Convent Dr. Bethesda, MD 20892
United States
Work Phone: (240) 789-3649
Fax: (240) 541-4606
Email: Salah.Boudjadi@nih.gov
Professional Links:
• NCI Profile
• LinkedIn
• ResearchGate
• Bio-Protocol
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Clinical Research Director Pfizer, United States |
Salim Bouguermouh has a strong background in medicine and scientific research. He completed his academic training with specialized studies in immunology and medical microbiology. More recently, he obtained an Executive Education Certificate in Artificial Intelligence from Columbia University and is currently pursuing training in the design and creation of AI products and services at MIT xPRO, demonstrating his ongoing commitment to learning and innovation.
An accomplished professional with over twenty years of experience, Salim Bouguermouh currently holds the position of Clinical Research Director at Pfizer. In this role, he oversees global vaccine clinical trials, ensuring their safety and efficacy. His career is marked by innovative contributions, including the development of humanized mouse models and pioneering clinical studies that facilitated the development of new vaccines.
His expertise extends to statistical design, data analysis, and regulatory compliance. He has excelled in both academic and industrial environments, demonstrating his versatility and adaptability. His in-depth understanding of the medical research landscape allows him to facilitate effective cross-functional collaboration and strategic planning in his projects.
Throughout his career, Salim Bouguermouh has made significant contributions to the scientific literature, including patents and publications in leading journals. His research work has been recognized for its impact in the fields of medical microbiology, immunology, and vaccine development.
Dr. Bouguermouh's impact extends beyond his direct research achievements. His unique combination of medical expertise and artificial intelligence knowledge positions him to lead transformative projects that leverage AI to address pressing health challenges. He is actively working to optimize clinical research methodologies and foster the development of intelligent solutions for global health.
Driven by a passion for innovation, collaboration, and the ethical advancement of medical science, he is determined to pursue excellence in clinical research and improve public health. His goal is to continue contributing to the medical field by leveraging his extensive expertise, leadership skills, and dedication to making a tangible impact on global health outcomes.
For more information on Dr. Salim Bouguermouh's work and publications, you can consult specialized scientific databases and Pfizer publications related to vaccine clinical trials. His contributions in the field of integrating artificial intelligence with medical research represent an emerging area that deserves special attention.
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Principal Scientist and Lab Supervisor Monogram Biosciences, Inc. LabCorp, Inc - United States Specialization Field(s): Medicine - Pharmacy - Veterinary Sciences - Sports |
Principal Scientist | LabCorp-Monogram Biosciences Inc. | 2016-Present
Responsibilities:
Key Accomplishments:
Technical Contributions:
Principal Scientist & Laboratory Supervisor | Aclara Biosciences Inc./Monogram Biosciences Inc. | 1999-2016
Responsibilities:
Key Accomplishments:
Technical Contributions:
Supervised & Managed the Oncology Reagent Group | Aclara Biosciences Inc./Monogram Biosciences Inc. | 2004-2007
Supervised & Managed Oligonucleotides and Peptides Laboratory | Aclara Biosciences Inc./Monogram Biosciences Inc. | 2000-2007
Staff Scientist | University of California, Berkeley-LBNL | 1993-1999
Postdoctoral Research Associate | State University of New York at Stony Brook | 1990-1993
Leadership & Mentoring
Awards & Honors
Professional Memberships
Innovative Principal Scientist with over 38 years of R&D experience in biotechnology, oncology, and neurosciences. Expert in biomarker assay validation, chemical synthesis, and bioconjugation techniques. Co-inventor of VeraTag™ technology and co-investigator of $3.2M NIH research grants. Proven track record of driving advancements in biomarkers for Alzheimer's, ALS, and cancer diagnostics. Authored over 80 publications, conference abstracts, and 41 worldwide patents. Adept at leading cross-functional teams and managing laboratory operations.
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Professor of Immunology and Research Center Director Icahn School of Medicine at Mount Sinai, United States |
Miriam Merad was born in 1969 in Paris, in a family where medicine and science held a prominent place. She is the daughter of Kheireddine Merad, a professor of cardiology, and Rachida Chiali, a professor of toxicology. This family environment undoubtedly played a decisive role in her orientation towards a scientific and medical career.
Her academic journey illustrates her international character and quest for excellence. She began her medical studies at the University of Algiers, where she acquired the solid foundations of her medical training. Continuing her path in France, she completed her residency at Paris-Diderot University, deepening her clinical knowledge and developing her medical expertise.
Driven by scientific ambition and attracted by research opportunities in the United States, Miriam Merad emigrated across the Atlantic to enroll at Stanford University. It was there that she completed her doctorate in the laboratory of Prof. Edgar Engleman, a defining experience that would orient her career towards immunology and research on immune system cells.
Miriam Merad's scientific career truly took off in 2004, when she was first recruited to the Mount Sinai School of Medicine. Her ascent within this prestigious institution testifies to the excellence of her research work and her significant contribution to the advancement of knowledge in immunology. She was promoted to the rank of associate professor in 2007, then to the position of full professor in 2010. In 2014, she was awarded an endowed chair in cancer immunology, thus consecrating her position as a leader in this field of research.
Miriam Merad's research has been pioneering in identifying the mechanisms that control the development and functional identity of tissue-resident dendritic cells and macrophages. She notably identified the lineage of tissue-resident macrophages and discovered their particular role in the physiology and pathophysiology of organs, a major advance in understanding the immune system.
She has also established the contribution of this macrophage lineage to cancer evolution and inflammatory diseases, thus paving the way for the development of innovative treatments targeting macrophages in these indications. Moreover, her work on dendritic cells, a group of cells that control adaptive immunity, led her to identify a new subgroup of dendritic cells, now considered a key target for antitumor and antiviral immunity.
Currently, Miriam Merad directs the "Precision Institute at the Icahn School of Medicine" (PrIISM), an initiative aimed at bringing immunology discoveries to the clinic. PrIISM is distinguished by its interdisciplinary approach, combining research programs in immunology with biology, medicine, technology, physics, mathematics, and computational biology, with the goal of improving our understanding of human immunology.
She has also founded the "Human Immune Monitoring Center" at Mount Sinai, one of the world's leading research centers. This center uses cutting-edge single-cell technology to understand the role of immune cells in serious human diseases or in response to treatments, thus illustrating the innovative and technologically advanced approach of her research.
A prolific author, Miriam Merad has published more than 200 articles and analyses in renowned scientific journals, and her work has been cited hundreds of times, testifying to the considerable impact of her research on the international scientific community.
Miriam Merad's exceptional career has been marked by numerous distinctions that testify to the importance and impact of her scientific contributions.
In 2020, she was elected to the prestigious National Academy of Sciences of the United States, a supreme recognition of her pioneering work in immunology and its influence on the advancement of scientific knowledge.
Her contribution to cancer research was recognized by the awarding of the William B. Coley Award for Distinguished Research in Tumor Immunology, a distinction that highlights the importance of her work in understanding the immune mechanisms involved in the development and progression of tumors.
Recently, on April 18, 2024, she received the prestigious ARC Foundation Léopold-Griffuel Prize, an international recognition of her contributions to cancer research.
Miriam Merad is also an elected member of the American Society for Clinical Investigation, an honorary society that recognizes researchers who have made significant contributions to the understanding of human diseases.
Her leadership and vision in the field of immunology are also recognized by her appointment as President of the International Union of Immunological Societies (IUIS), a role that allows her to influence the directions of immunology research on a global scale.
Furthermore, her research has benefited from significant funding from the National Institutes of Health (NIH), testifying to the confidence of this institution in the quality and relevance of her work. She is also part of several NIH consortia, thus participating in large-scale collaborative research initiatives.
The impact of Miriam Merad's work on medical science and immunology in particular is considerable and multidimensional.
Her fundamental discoveries on dendritic cells and macrophages have transformed our understanding of the immune system and its role in various pathologies, notably cancer. By identifying new cell subgroups and elucidating their specific functions, she has paved the way for innovative therapeutic approaches targeting these cells to treat inflammatory diseases and cancers.
Her work on the tumor microenvironment and on how tumors inhibit the normal anti-tumor functions of immune cells has also significantly contributed to our understanding of tumor escape mechanisms and has inspired the development of new immunotherapy strategies.
As the director of the Precision Institute at the Icahn School of Medicine and founder of the Human Immune Monitoring Center, Miriam Merad has also influenced the way immunology research is organized and conducted. Her interdisciplinary approach, combining immunology with other scientific disciplines and using cutting-edge technologies, has established a new paradigm for translational research in immunology.
Her leadership position as President of the International Union of Immunological Societies allows her to influence the priorities and directions of immunology research on a global scale, thus helping to shape the future of this crucial scientific field.
Moreover, as a female scientist of Algerian origin who has reached the highest levels of excellence and recognition in American academia, Miriam Merad represents an inspiring model for young scientists, especially for women and people from diverse backgrounds. Her international journey, from Algeria to France and then to the United States, also illustrates the richness and value of international scientific exchanges.
Finally, her constant commitment to translating fundamental discoveries into clinical applications, as evidenced by the creation of PrIISM, reflects her vision of science in the service of medicine and patients, with a concrete impact on improving healthcare and developing new therapies.
To deepen your knowledge about Miriam Merad and her work, you can consult:
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Deputy Director and Cancer Immunology Researcher Weill Cornell Medicine, United States |
Taha Merghoub was born and raised in Béni Izguen, a village in the wilaya of Ghardaïa, in the heart of the M'zab Valley in Algeria. The son of a physician, he was inspired by science and medicine from an early age, nurturing ambitions to dedicate himself to scientific research.
His schooling took place entirely within the Algerian public education system. After successful primary and secondary studies, he continued his education at Moufdi Zakaria High School, where he obtained his Science Baccalaureate in 1987.
Eager to deepen his knowledge, Taha Merghoub then went to Algiers to attend the University of Science and Technology Houari Boumediene (USTHB). There, he earned his Diploma of Higher Studies (DES) in genetics, marking the beginning of his scientific career. His first steps in research were particularly fruitful when he discovered a variant of hemoglobin D-Ouled Rabah, a finding that would later be published in the European Journal of Human Genetics.
Continuing his academic journey in France, he completed a master's degree in biology and applied genetics at the University of Paris 7, where he became interested in hepatic differentiation. His academic excellence enabled him to obtain a PhD in human genetics with the highest distinction from the University of Paris. His thesis focused on studying genetic polymorphism in the fetal hemoglobin gene in patients with sickle cell anemia and thalassemia. His findings provided valuable insight into the correlation between genotypes and phenotypes in these pathologies.
After obtaining his doctorate, Taha Merghoub pursued his research career in the United States, where he conducted his postdoctoral research under the guidance of Dr. Pier Paolo Pandolfi at Memorial Sloan Kettering Cancer Center (MSK) in New York. During this period, he dedicated himself to characterizing the transcriptional properties of the ZBTB7 gene and studying its role during development. He also actively participated in creating laboratory models for acute promyelocytic leukemia, thus deepening his knowledge and experience in genetics.
Subsequently, Dr. Merghoub joined the Alan Houghton Laboratory as a Senior Research Scientist, where he began to study tumor immunity. He developed mouse models of melanoma that mimic different stages of human disease clinically, pathologically, and genetically. These models allowed him to evaluate new immunotherapies at different stages of tumor progression.
His career at Memorial Sloan Kettering Cancer Center saw remarkable progression. He first became an assistant attending biologist in the melanoma and sarcoma service, then assumed the direction of a research laboratory in partnership with Dr. Wolchok. He was subsequently promoted to associate attending in the melanoma and immunotherapeutic service, before becoming a full member of the Human Oncology and Pathogenesis Program (HOPP) department at MSK.
As a researcher member of the Parker Institute for Cancer Immunotherapy, he led the melanoma disease management team and the immunotherapeutic group tissue bank at MSK, thus contributing significantly to the advancement of research in this field.
In September 2022, Dr. Merghoub was appointed to his current position at Weill Cornell Medicine (WCM), where he directs a translational tumor immunology laboratory. His current research focuses on developing potential immune-based therapies to treat cancer. He is also studying the pathogenesis and treatment of melanoma, while developing tools to study melanoma and immune responses in various cancers. His work is characterized by strong collaboration within the institution and with multiple entities across different disciplines.
Dr. Taha Merghoub's career is marked by international recognition of his expertise in cancer immunology and melanoma research. His appointment as deputy director of a major cancer center in the United States testifies to the recognition of his exceptional contributions in this field.
His scientific journey has been punctuated by publications in prestigious journals, and his work on mouse models of melanoma and tumor immunity mechanisms has significantly contributed to the advancement of knowledge in cancer immunotherapy.
His selection as a researcher member of the Parker Institute for Cancer Immunotherapy, a renowned institution in the field of immunotherapy, also constitutes an important recognition of his expertise and the impact of his research.
The impact of Dr. Taha Merghoub's work extends well beyond the laboratory, directly affecting the clinical management of cancer patients. His research in immunotherapy has helped transform the therapeutic landscape for melanoma and other cancers, offering new treatment options for patients who previously had limited prospects.
His current research projects, which revolve around four main axes, illustrate the breadth and depth of his influence in the field:
In addition to his direct scientific contributions, Dr. Merghoub plays a crucial role in training the next generation of researchers in cancer immunology and oncology. His expertise and mentorship influence many scientists and physicians who, in turn, will contribute to the advancement of knowledge and treatments in this field.
Furthermore, as a scientist of Algerian origin who has reached the highest levels in his field in the United States, Dr. Merghoub represents an inspiring model for young researchers, particularly those from developing countries. His journey illustrates how passion for science, coupled with determination and academic excellence, can transcend geographical and cultural boundaries to significantly contribute to the advancement of global medicine.
To deepen your knowledge about Dr. Taha Merghoub's work, you can consult:
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Professor of Neurosurgery, Privat-Docent Lausanne University Hospital (CHUV), Lausanne, Switzerland Specialties: Medicine, Pharmacy, Veterinary Sciences, Sports Medicine |
Born in 1977 in Algiers, Algeria, Dr. Mahmoud Messerer completed his secondary education at Moubarek el Mili High School in Annaba. His academic journey then led him to European medical excellence through exceptional multicentric training.
Dr. Messerer holds prestigious positions within the Swiss university hospital system. He is currently Privat-Docent and Master of Clinical Teaching and Research at the University of Lausanne, as well as Associate Physician in the Department of Neurosurgery.
Dr. Messerer has established himself as an international reference in neurosurgery, with remarkable scientific production and responsibilities within the most prestigious learned societies.
Dr. Messerer is recognized as a pioneer in introducing revolutionary surgical techniques. He has transformed the management of complex skull base pathologies and pediatric neurosurgery.
Dr. Messerer maintains close collaborations with the world's most prestigious institutions:
Recognized expertise in treating complex pituitary tumors with cutting-edge minimally invasive techniques.
International training at Harvard and Necker, development of innovative techniques for pediatric pathologies.
European leader in endoscopic skull base surgery, board member of the European society.
Dr. Messerer's research work spans multiple critical areas of modern neurosurgery, with particular emphasis on:
Pioneering research in minimally invasive endoscopic approaches for skull base pathologies, revolutionizing surgical outcomes and patient recovery.
Development of specialized techniques for complex pediatric neurosurgical conditions, including novel approaches to craniosynostosis repair.
Co-founder of groundbreaking research unit investigating the relationship between optic nerve diameter and intracranial pressure.
📧 Professional Contact:
🔗 Academic and Professional Profiles:
🏛️ Institutional Affiliation:
Lausanne University Hospital (CHUV)
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Associate Professor of Neuroradiology Stanford University School of Medicine, United States |
Dr. Abdelkader Mahammedi is originally from Algeria, where he began his medical journey at the University of Algiers. After obtaining his medical degree, he continued his training in the United States, determined to specialize in the field of radiology and medical imaging.
His American academic journey began with a postdoctoral research fellowship in Diagnostic Radiology at Johns Hopkins Hospital, where he had the opportunity to work under the mentorship of Dr. Stanley Siegelman, a prominent figure in the field of radiology.
Eager to deepen his knowledge and acquire versatile expertise, Dr. Mahammedi completed residencies in both Nuclear Medicine and Diagnostic Radiology. He then pursued his specialization in neuroradiology through a fellowship at the Cleveland Clinic Imaging Institute, thus consolidating his expertise in central nervous system imaging.
This rigorous and diverse training allowed him to develop particular expertise in several areas of neuroradiology, including brain tumors, stroke, small vessel disease, head and neck imaging, and functional magnetic resonance imaging (fMRI).
Dr. Mahammedi's career is marked by a deep commitment to clinical research and teaching, alongside his medical practice. Before joining Stanford University, he served as an assistant professor of neuroimaging at the University of Cincinnati Hospital and the UC-Gardner Institute for Neuroscience, where he made significant contributions to the advancement of knowledge in neuroradiology.
Currently, he holds the position of Associate Professor of Neuroradiology in the Department of Radiology at Stanford University School of Medicine, an institution globally recognized for the excellence of its medical research.
His scientific contribution is particularly remarkable in the context of the COVID-19 pandemic. At the beginning of this global health crisis, Dr. Mahammedi led and collaborated with several institutions in Italy, Spain, and Brazil. His work was considered the first and largest study in the scientific literature to systematically characterize neurological symptoms and neuroimaging features in patients hospitalized for COVID-19. This pioneering research was published in the prestigious journal Radiology.
More recently, he has published multicenter and global COVID-19-related articles, which have been featured in international media in more than 25 languages, across 200 newspapers, CNN, BBC, NPR, local televised broadcasts, and the 2020 RSNA Press Release, testifying to the global impact of his research.
Beyond his work on COVID-19, Dr. Mahammedi has made significant contributions in other areas of neuroradiology. In 2014, he was recognized for introducing a new technique for the early detection of pulmonary hypertension on CT scans, an innovation that was cited among the top-cited articles in the Journal of Thoracic Imaging.
His scientific output is impressive, with over 30 peer-reviewed publications, including lead authoring several articles in high-impact journals. He is also a co-author of multiple books, including "Imaging Appearance of Migraine and Tension Type Headache" and "Humanizing Brain Tumors: Strategies for You and Your Physician," published in 2022, the latter dealing with the diagnostic aspect of MRI for brain tumors.
In addition to his research on advanced imaging techniques, Dr. Mahammedi also made a significant discovery published in the American Journal of Neuroimaging Medicine in March 2021, concerning the possibility of predicting a brain lesion in a patient from their prior examination with a thoracic CT scan, an advance that has been widely recognized in the medical community.
Dr. Abdelkader Mahammedi has received numerous distinctions that testify to the excellence of his work and his significant contribution to neuroradiology.
In 2022, he was named "Best Doctor of the Year" in Ohio by the American TopDocs Foundation specializing in medicine, a recognition that highlights his exceptional achievements during 2021 in several areas, including clinical services, research work, teaching, as well as his publications.
His nomination in March 2021 as a semi-finalist for the prestigious Cornelius Dyke Award of the American Society of Neuroradiology (ASNR) constitutes an important recognition of his innovative work in the field of neuroradiology, particularly for his discovery concerning the prediction of brain lesions from thoracic examinations.
He also received the Best Case Award at the American Institute of Radiologic Pathology (AIRP) in Neuroradiology, testifying to his clinical expertise and his ability to identify and document complex and instructive cases.
In 2021, Dr. Mahammedi was crowned with the title of "TopTeacher" of the year, recognizing his commitment and excellence in training the next generation of radiologists and neuroradiologists.
These multiple distinctions, covering research, clinical practice, and teaching, testify to Dr. Mahammedi's holistic approach in his medical career and his significant impact in various aspects of neuroradiology.
Dr. Abdelkader Mahammedi's impact in the field of neuroradiology extends well beyond his direct scientific contributions. As a clinician, researcher, and educator, he has influenced multiple facets of his specialty.
Clinically, his expertise in imaging brain tumors, strokes, and small vessel diseases has helped improve the diagnosis and management of many patients. His participation in the therapeutic team of the medical-surgical service for brain and neurological diseases has allowed the integration of advanced diagnostic approaches into daily medical practice.
His research work, particularly that related to the neurological manifestations of COVID-19, has had a global impact on understanding and managing this new disease. As a leader in this field, he has helped establish imaging protocols and diagnostic criteria that have guided clinical practice during the pandemic.
His discovery regarding the prediction of brain lesions from thoracic scans represents a significant advance in the integrated diagnostic approach, highlighting the importance of a holistic view of the patient in radiology.
As a recognized educator, Dr. Mahammedi has trained many radiologists and neuroradiologists who, in turn, apply and disseminate the knowledge and skills he has imparted to them. His impact thus extends through generations of healthcare professionals that he continues to inspire and train.
His co-authorship of the book "Humanizing Brain Tumors: Strategies for You and Your Physician" also testifies to his commitment to making medical knowledge more accessible, not only for healthcare professionals but also for patients and their families, thus contributing to a more humanized approach to medicine.
As a scientist of Algerian origin who has reached the heights of excellence in the American medical system, Dr. Mahammedi also represents a source of inspiration for young doctors and researchers worldwide, particularly those from developing countries. His journey illustrates how talent, determination, and commitment to excellence can transcend geographical and cultural boundaries.
To deepen your knowledge about Dr. Abdelkader Mahammedi's work, you can consult:
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Medical Physicist and Full Professor Geneva University Hospital and University of Geneva, Switzerland |
Habib Zaidi was born in 1967 in El Eulma, located in the wilaya of Sétif in Algeria, to parents who were teachers. His academic journey began with obtaining his baccalaureate in mathematics in 1985, followed by university studies at the University of Sétif where he earned a state engineering degree in electrical engineering in 1990. He continued his education with a magister in nuclear physics in Algiers in 1993.
Between 1993 and 1995, he worked in the department of medical physics in Algeria before moving to Switzerland where he became a teacher-researcher at the Faculty of Medicine in Geneva. In 2000, he obtained a PhD in Medical Physics from the University of Geneva, where he currently holds the position of chief physicist of the PET Instrumentation and Neuroimaging Laboratory.
His extensive training in physics, coupled with a specialization in medical imaging, has allowed him to develop unique expertise at the intersection of several disciplines, including physics, medical informatics, nuclear medicine, and artificial intelligence. This multidisciplinary background forms the foundation of his remarkable contributions to the field of medical imaging.
Professor Habib Zaidi currently holds the position of chief physicist and founding head of the PET Instrumentation and Neuroimaging Laboratory within the Division of Nuclear Medicine and Molecular Imaging at Geneva University Hospital (HUG). Concurrently, he is a full professor at the Department of Radiology and Medical Informatics at the Faculty of Medicine of the University of Geneva (UNIGE).
His academic career extends beyond the Swiss borders, as he is also an honorary professor at the University of Groningen in the Netherlands, an adjunct professor at the University of Southern Denmark, and a visiting professor at Óbuda University in Hungary. He is also an adjunct professor at Shahid Beheshti University and a visiting professor at Tehran University of Medical Sciences in Iran.
His research, supported by the Swiss National Foundation, private foundations, and industry (totaling over 11 million US dollars), focuses on several major areas including the development of advanced multimodal imaging techniques, the application of artificial intelligence in medical imaging, and the improvement of diagnostic methods in nuclear medicine.
In addition to his research activities, Professor Zaidi is actively involved in developing imaging solutions for cutting-edge interdisciplinary biomedical research and clinical diagnosis. He also teaches undergraduate and graduate courses in medical physics and medical imaging, thereby contributing to the training of the next generation of specialists in this field.
His scientific output is exceptional, with more than 1,000 publications to his credit, including 450 articles in prestigious peer-reviewed journals (with an h-index of 81 and more than 24,200 citations according to Google Scholar), 530 conference proceedings, and 44 book chapters. He is the principal author or senior author in the majority of these publications. He has also edited four textbooks on therapeutic applications of Monte Carlo calculations in nuclear medicine, quantitative analysis in nuclear medicine imaging, molecular imaging of small animals, and computational anatomical animal models.
Professor Habib Zaidi has received numerous prestigious distinctions that testify to the importance and impact of his contributions to medical physics and biomedical imaging:
These recognitions by his peers testify to his exceptional contributions to these fields and the impact of his work on the international scientific community.
The impact and influence of Professor Habib Zaidi on the field of medical physics and biomedical imaging are considerable and multidimensional.
On the scientific level, his pioneering work on the development of multimodal medical imaging techniques using artificial intelligence has opened new perspectives for medical diagnosis and biomedical research. His contributions to the modeling of imaging systems, image reconstruction, and quantitative analysis have significantly improved the accuracy and reliability of these technologies.
His influence also extends to the editorial field and the dissemination of scientific knowledge. He has been a guest editor for 14 special issues of peer-reviewed journals dedicated to various aspects of medical imaging and serves as founding Editor-in-Chief (scientific) of the British Journal of Radiology (BJR)|Open, Deputy Editor for Medical Physics, and Associate Editor or member of the editorial board of several prestigious scientific journals in his field.
His influence extends internationally, as he was elected liaison representative of the International Organization for Medical Physics (IOMP) to the World Health Organization (WHO) and Chair of Subcommittee on Part 1 Examination of the International Medical Physics Certification Board (IMPCB) and the Imaging Physics Committee of the American Association of Physicists in Medicine (AAPM). He is also affiliated with several international medical physics and nuclear medicine organizations.
As a developer of physics web-based instructional modules for the RSNA and Editor of IPEM's Nuclear Medicine web-based instructional modules, he actively contributes to the continuing education of healthcare professionals in these fields.
His international reach is also manifested by his numerous interventions as an invited speaker. He has given more than 250 plenary lectures and presentations at international events, thus sharing his expertise and inspiring the global scientific community.
Finally, he participates in the evaluation of research proposals for European and international funding organizations and is involved in the organization of international symposia and conferences, thereby helping to shape future research directions in his field.
To deepen your knowledge about Professor Habib Zaidi's work and his contributions to medical physics and biomedical imaging, you can consult:
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Assistant Professor of Food Sciences Faculty of Pharmacy, Tartous University, Syria Specialization Field(s): Medicine - Pharmacy - Veterinary Sciences - Sports |
Born in 1982 in Algeria, Dr. Wissam Zam completed her secondary education in Aleppo, Syria. Her academic journey includes:
Dr. Wissam Zam currently serves as the Vice Dean of the Faculty of Pharmacy at Tartous University, Syria, where she also holds the position of Assistant Professor specializing in Food Sciences.
Main Research Areas:
Scientific Publications:
Dr. Zam has authored numerous scientific publications in indexed international journals, primarily focusing on the extraction and characterization of bioactive compounds from natural sources and their potential applications in the pharmaceutical and nutritional fields. Her work is referenced on Google Scholar under the name "Wissam Zam".
Laboratory:
She leads the Nutrition and Food Sciences Laboratory at Tartous University, where she supervises research on functional foods and their applications in disease prevention and treatment.
Dr. Zam's research focuses on functional foods, which are products with medicinal properties that can be used in the prevention or treatment of certain diseases. Her work significantly contributes to:
Her position as Vice Dean also allows her to positively influence the academic and scientific orientation of the Faculty of Pharmacy at Tartous University, emphasizing the importance of preventive approaches through functional nutrition.
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Former Director of the National Institutes of Health (NIH) Johns Hopkins University & Sanofi, United States |
Elias Zerhouni was born in 1951 in Nedroma, a town in western Algeria. He grew up in Pointe Pescade in Algiers, where he recalls his childhood and moments spent observing Albert Camus swimming. Elias was raised in a family that valued education. His father, a teacher who was active in Ferhat Abbas' Democratic Union, was imprisoned in 1949 before being transferred to Algiers to escape death threats related to the early upheavals of the Algerian War. The family then settled in Algiers, where Elias and his six brothers were raised with a strong emphasis on education. Their father, who became a professor of mathematics, physics, and chemistry, instilled in them a love for learning.
In 1961, when the situation in Algiers became too dangerous, the family retreated to Nedroma until independence in 1962. Elias then returned to Algiers, to the Bugeaud High School, where he obtained both his Algerian and French baccalaureates. He pursued medical studies at the University of Algiers. His attraction to medicine was confirmed during reforestation operations in the Bibans mountains, where he witnessed the poverty and diseases prevalent in these villages.
At the end of his medical studies, Elias chose radiology, influenced by an image of the brain published in the British Journal of Radiology. He received a scholarship to continue his training in the United States at Johns Hopkins University in Baltimore.
Elias Zerhouni excelled in his field from the beginning of his career. He became an associate professor and then director of the magnetic resonance department at Johns Hopkins University. His approach to medical research, focused on the convergence of disciplines and translational research, made him a key figure in the field.
In 2002, he was appointed by President George W. Bush to head the National Institutes of Health (NIH), a first for a Muslim immigrant. In this position, which he held until 2008, he oversaw 27 institutes and a budget of 31 billion dollars, steering research toward interdisciplinary approaches. After leaving the NIH, Elias returned to Johns Hopkins as an advisor and was appointed as the United States' special envoy for science and technology by President Barack Obama. In 2011, he joined Sanofi as global head of research, playing a key role in transforming the company to meet the challenges facing the pharmaceutical industry.
In 2021, Elias Zerhouni was awarded the medal of the National Order of Merit at the rank of "Achir" by the President of the Algerian Republic. He has received numerous other distinctions for his contributions to medicine and scientific research, including recognitions from the most prestigious scientific and medical institutions in the world.
Elias Zerhouni's contributions to medical research and science are substantial. His leadership at the NIH directed research toward interdisciplinary approaches, and his work at Sanofi transformed the company in the face of challenges in the pharmaceutical industry. His journey, from Nedroma to the highest echelons of global research, is a source of inspiration for many young scientists and doctors around the world. He embodies the perfect example of success through education and perseverance. Passionate about Andalusian music, Elias continues to play the lute between his numerous travels, thus embodying a model of determination and commitment to the service of science and society.
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Vice Chancellor for Graduate Studies and Research University of Sharjah, United Arab Emirates |
Maamar Bettayeb was born on June 7, 1953, and is a prominent Algerian researcher, specialist in control theory, educator, and inventor. He is particularly recognized for his work on singular value decomposition and model reduction.
After his primary and middle school education in Beni Amrane, he continued his studies at the Tizi Ouzou Polyvalent High School in 1969 in the mathematics track. Obtaining his baccalaureate with honors in 1972 opened the doors to a state scholarship to study in the United States, at the University of Southern California (USC) in Los Angeles.
There, he successively obtained a bachelor's degree in automatic control in 1976, a master's degree in 1978, and his doctorate in 1981 in the Department of Electrical Engineering. His thesis, entitled "Approximation of Linear Systems: New Approaches Based on Singular Value Decomposition," was supervised by Professor Emeritus Leonard M. Silverman.
His professional career began in 1981-1982 as a researcher at the Bellaire Research Center of Shell Oil Development Company in Houston, Texas, where he developed deconvolution algorithms for processing seismic signals for oil and gas exploration.
Upon returning to Algeria, he joined the Center for Advanced Technology Development (CDTA) where he directed the instrumentation and control department from 1982 to 1988. There, he led various research and development projects in the field of modeling, simulation, and design of large-scale energy systems, with applications in nuclear, solar, wind, and electrical domains.
He later emigrated to Saudi Arabia where he taught at King Fahd University of Petroleum and Minerals in Dhahran from 1988 to 1990. In 2000, he joined the University of Sharjah in the United Arab Emirates as a professor, holding various research and administrative positions. Since September 2014, he has held the position of Vice Chancellor for Graduate Studies and Research.
Concurrently, he is an associate professor in automatic control and signal processing at the Center of Excellence in Intelligent Engineering Systems (CEIES) at King Abdulaziz University.
Maamar Bettayeb has received numerous distinctions for his work, including several Best Researcher awards at the University of Sharjah (2001-2002, 2006-2007, 2007-2008, 2010-2011), the Best Research Paper award from the Islamic Bank of Sharjah (2003-2004), and the IEOM Distinguished Leadership Award in 2020.
His impressive academic career includes more than 350 publications in scientific journals and conferences. He has also served as an external examiner for electrical engineering programs at the University of Malaysia (2001-2004) and as a visiting professor at Helsinki University of Technology in Finland (2001-2003).
He currently continues his research activities as director of the research group on intelligent systems at the University of Sharjah, where he has also led the development of strategic research planning. His expertise is regularly sought as a consultant for the petrochemical industry, and he participates in numerous R&D projects in the fields of control and signal processing.
Dr. Bettayeb's contributions to control theory and signal processing have had significant impact in both academic and industrial settings. His work on singular value decomposition has influenced approaches to model reduction and system analysis, while his leadership in research administration has helped shape the research landscape at the University of Sharjah.
For more information on Dr. Maamar Bettayeb's work and publications, you can consult the University of Sharjah's faculty directory and academic databases featuring his extensive research contributions.
https://en.wikipedia.org/wiki/Maamar_Bettayeb
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Director of Research Inserm iBrain Institute, Tours, France Fields of expertise: Mathematics - Computer Science - Artificial Intelligence - Electronics - Electrical Engineering - Automation - Photonics - Innovation - Entrepreneurship - Intellectual Property |
Birth: 1967 in Batna, Algeria
Educational Background:
Academic Profile: A remarkable journey from Algeria to international scientific excellence, illustrating a trajectory of education and research that led to the highest responsibilities in biomedical engineering and imaging.
Current and Recent Positions:
Major Administrative Responsibilities:
Research Areas:
Academic Distinctions:
Outstanding Scientific Production:
Leadership in Scientific Societies:
International Scientific Leadership: Ayache Bouakaz is a leading figure in the international biomedical engineering and ultrasound community. His influence extends far beyond his research contributions to encompass transformational leadership in organizing and structuring global research.
Organization of Major International Conferences:
Contributions to Scientific Development:
Vision and Impact:
Professional Profile Summary:
A distinguished academic and research leader with extensive experience in imaging and biomedical engineering. Through sustained leadership in major international societies, Ayache Bouakaz has significantly contributed to shaping the global ultrasound and biomedical engineering community. His role in various IEEE symposia across four countries reflects his commitment to building inclusive and strategic platforms for global research exchange, highlighting a clear vision to strengthen international cooperation and foster innovation.
Scientific Profiles:
Contact:
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Senior Product Owner & Chief Architect, Head of R&D for Biometric Systems IDEMIA CORP, Paris, France |
Born in 1967 in Souk-Ahras, Algeria. Attended Abou Mouhadjer Dinar Technical-Math High School. Graduated as an Electronics Engineer from the Electrical Engineering Institute of Badji Mokhtar University in Annaba.
He pursued postgraduate studies in Distributed Systems at ESILV Paris and completed the Self Driving Car Engineer program from Udacity/Stanford. He led biometric and computer vision innovations, including AI-based face recognition cameras, real-time synchronization systems, intrusion detection, and natural gesture interfaces such as the augmented hand and multitouch surfaces.
- Dassault Systèmes IoT Award for the “Fingy” augmented hand (POC)
- Member of the PSIA workgroup
- Supervisor of biometric systems experts
His secure, high-performance biometric systems are deployed by major institutions like JP Morgan Chase, HSBC, American Express, ARAMCO, Shell, ADNOC, EDF, and the Bank of India to ensure secure access and operational resilience.
Email: naamanboutigh@hotmail.com / naaman.boutighane@streamotions
Phone: +33 6 86 89 44 94
LinkedIn
GitHub
YouTube
F6S Streamotions
Techniques de l'Ingénieur
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Engineer and Researcher, IEEE Fellow and IET Fellow Jet Propulsion Laboratory (NASA), United States |
Nacer Chahat was born in Angers, France, to a family of Algerian origin. His academic journey began at Lycée Palissy before pursuing higher education. In 2009, he simultaneously obtained a Master's degree in Electrical Engineering from the École Supérieure d'Ingénieurs de Rennes (ESIR) and a Master's degree in Telecommunications from the Institute of Electronics and Telecommunications of Rennes (IETR) at the University of Rennes 1, where he graduated as valedictorian with summa cum laude honors.
His academic excellence led him to pursue a Ph.D. in Signal Processing and Telecommunications at IETR, University of Rennes 1, which he completed in 2012 with summa cum laude honors. His doctoral dissertation focused on "antenna, propagation, and interaction with the body for body-centric wireless communications at microwaves and millimeter-waves." He subsequently completed a postdoctoral fellowship at the prestigious California Institute of Technology (Caltech), marking the beginning of his American career.
Nacer Chahat's professional career truly began in 2013 when he joined NASA's Jet Propulsion Laboratory (JPL) as a microwave/antenna engineer. His expertise and skills allowed for rapid advancement within the institution: in 2017, he became a technical staff member and product delivery manager, and in 2019, he was promoted to payload system engineer for the SWOT (Surface Water and Ocean Topography) mission.
At JPL, Nacer Chahat has made significant contributions to several iconic space missions, including:
A particularly notable moment in his career occurred on April 19, 2021, when he participated, as part of the JPL team, in Ingenuity's historic flight on Mars, demonstrating for the first time the possibility of powered, controlled flight in the atmosphere of another planet.
His research primarily focuses on antenna design and electromagnetic interference/compatibility (EMI/EMC) analysis for space missions. He works across a wide range of frequencies, from UHF to THz, with applications in communications, radar, imaging systems, satellite telecommunications antennas, wearable and flexible antennas, as well as antennas for remote sensing and radio astronomy.
Among his notable technical contributions are the design of the Ka-band deployable reflector for RaInCube, X-band antennas for Mars Cube One, the antenna for the Europa lander, and communication devices for the Mars Helicopter mission.
Nacer E. Chahat's exceptional career has been marked by numerous prestigious distinctions, testifying to the significant impact of his work in the field of space engineering:
Nacer E. Chahat's influence extends well beyond his technical contributions to space missions. As a French-Algerian-American scientist, he represents a model of international success and diversity in the field of space engineering, inspiring many young researchers around the world.
His expertise in antenna design and electromagnetics has enabled significant advances in the communication capabilities of space missions, particularly in extreme environments such as the Martian surface. The success of the Mars Helicopter Ingenuity, to which he contributed, constitutes a historic milestone in planetary exploration and paves the way for future missions using aerial vehicles on other celestial bodies.
Through his research, publications, and patents, Nacer E. Chahat has established new standards in the miniaturization and efficiency of communication systems for small satellites and CubeSats, thus contributing to democratizing access to space. His ability to develop innovative solutions to overcome communication challenges in complex space missions has earned him international recognition and has influenced the design of numerous current and future missions.
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PhD Engineer in Electrical Engineering Safran Tech & University of Lorraine, France / Switzerland Field(s) of expertise: Electronics - Electrical Engineering - Automation - Photonics |
Born in 1998 in Ain-Temouchent (Algeria), Larbi Dahnoun has pursued an excellent academic path in electrical engineering. He received his Engineering Diploma from the National School of Electricity and Mechanics (ENSEM) in Nancy, France, in 2021. This solid foundation allowed him to specialize in electronics, electrical engineering, automation, and photonics.
After obtaining his engineering degree in 2021, Larbi Dahnoun began his PhD in electrical engineering, conducted jointly between Safran Tech in Paris and the Electrical Engineering Research Group of Nancy (GREEN) at the University of Lorraine, France. His research focuses primarily on the "Development of multi-physical analytical models for the dimensioning of high-speed electrical machines in aeronautics."
His scientific expertise centers on modeling and simulation of high-speed electrical machines, particularly for embedded electrical generation applications. His research has considerable importance for the aeronautical industry, where energy efficiency and weight reduction issues are crucial.
Larbi Dahnoun is the inventor of several patents, demonstrating his contribution to technological innovation in the field of electrical machines:
Notable scientific publications:
He is also a student member of the IEEE (Institute of Electrical and Electronics Engineers) since 2022 (S'22).
Larbi Dahnoun's research work has a significant impact in the field of high-speed electrical machines, particularly for aeronautical applications. His contributions to multi-physical modeling (magnetic, thermal, and mechanical) help improve the design and optimization of these machines, which are essential for aircraft electrification and reducing their environmental footprint.
His innovative patents on three-dimensional flux stators and homopolar machines represent important technical advances for the aeronautical industry, contributing to the development of more efficient and lighter electrical generation solutions.
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Full Professor, Exceptional Class 2 INSA Hauts-de-France, LAMIH Laboratory UMR CNRS 8201, Valenciennes, France Fields of expertise: Electronics - Electrical Engineering - Automatic Control - Photonics |
Born on September 8, 1967, in Rouiba, Algiers, Algeria, Mohamed Djemai has followed an exemplary academic path that led him from Algerian high school to the highest French university institutions.
1986: High School Diploma (Baccalauréat) from Lycée Abdel Moumen, Rouiba
1991: State Engineer Diploma in Automatic Control from the National Polytechnic School of Algiers
1992-1995: PhD thesis at Université Paris Sud Orsay, Laboratory of Signals and Systems, CNRS UMR 8506, with a CNRS scholarship
2005: Habilitation to Supervise Research (HDR) from University of Cergy
Mohamed Djemai's career spans over three decades, marked by constant progression and increasing responsibilities in higher education and research.
Academic positions:
2022-2025: Full Professor on secondment at ENSEA
2020-Present: Full Professor at INSA Hauts-de-France
2014-2015: CNRS Delegation at ISIR UMR 7222, Pierre and Marie Curie University, Paris
2008-2020: Full Professor at UPHF, LAMIH-CNRS UMR 8201
2000-2008: Associate Professor at ENSEA-Cergy, ECS-EA-3649 Laboratory
1997-2000: Temporary Teaching and Research Assistant at ENSI-Bourges, Vision and Robotics Laboratory
1995-1997: Teaching and Research Assistant at CNAM-Paris, Automatic Control Laboratory LAM
Current responsibilities:
• Vice-President of CNU section 61 (2023-2027) and Vice-President Group 9
• Elected member of INSA Hauts-de-France Board of Directors
• International Relations Coordinator INSA HdF
• Mission manager for the European consortium ECIU
• Expert member of HCERES
Academic promotions and distinctions:
2024: Full Professor Exceptional Class EX2 (highest rank)
2020: Full Professor Exceptional Class EX1
2014: Full Professor First Class C1
2014-Present: Senior Member IEEE
Awards and recognitions:
• PIPEC (Teaching and Research Excellence Award) since 2023
• PEDR (Research Supervision Excellence Award) renewed without interruption from 2003 to 2023
• PES (Scientific Excellence Award) 2011-2015, grade (A) evaluation
Outstanding scientific production:
• 117 publications in international peer-reviewed journals
• 162 communications in international conferences
• 11 book chapters
• 4 books (including 1 as editor)
• Supervision of 23 defended PhD theses
• 3 HDR supervisions as scientific guarantor
Professor Djemai's research work has revolutionized the approach to complex systems in electrical engineering and automatic control. His major contributions include:
1. Variable Structure Systems and Sliding Modes: Development of advanced modeling methods for optimal management of nonlinear electrical system dynamics, with direct applications in smart grids.
2. Multi-Agent Systems (MAS): Innovation in decentralized and flexible management of complex systems, enabling autonomous agents to make local decisions while ensuring efficient global coordination, particularly applied in industrial robotics.
3. Multi-Time Scale Systems: Development of sophisticated models to manage interactions between slow and fast dynamics, essential for industrial process regulation and synchronization of phenomena at various temporal scales.
4. Industrial Applications: His research has led to the development of concrete solutions in Industry 4.0, creating more flexible, resilient, and efficient systems for industrial robotics and control systems.
This work has had a profound impact on the optimization and management of complex systems, positioning Professor Djemai as a global reference in his field.
Contact: mohamed.djemai@uphf.fr
Academic and professional profiles:
• LinkedIn: LinkedIn Profile
• Google Scholar: Scientific Publications
• UPHF LAMIH: Institutional Page
• ENSEA: ENSEA Directory
• HAL CV: Scientific Curriculum Vitae
• IDREF: Researcher Identifier
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Inventor and Microelectronics Engineer Silicon Valley, United States |
Belgacem Haba was born in 1957 in El Meghair, in the wilaya of El Oued, Algeria. His academic journey demonstrates consistent excellence and a perpetual quest for knowledge:
This solid training in physics and materials science laid the foundation for his future career as a prolific inventor and pioneer in microelectronics.
Belgacem Haba's professional journey is characterized by a series of collaborations with leading companies in the technology field:
Belgacem Haba's inventive genius has been acknowledged through various prestigious distinctions:
Belgacem Haba's influence extends well beyond his impressive portfolio of patents:
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UNESCO-UNISA Chair in Nanosciences and Nanotechnology University of South Africa (UNISA), South Africa |
Born in Algeria, Malik Maaza is a renowned physicist whose work has profoundly influenced the field of nanosciences and nanotechnology, particularly on the African continent. His exceptional career, marked by distinctions and major contributions, makes him an emblematic figure in contemporary science.
After obtaining a doctorate in neutron quantum optics from Pierre and Marie Curie University, he gained solid experience through various postdoctoral research positions at prestigious institutions, such as the University of Maine, the Institute of Theoretical and Applied Optics of Orsay, and the Hahn-Meitner Institute in Berlin.
Since 1996, Malik Maaza has dedicated his efforts to developing research in nanosciences and nanotechnology in South Africa. He has initiated and implemented numerous research programs and created cutting-edge laboratories frequented by scientists from around the world. His work focuses particularly on:
Malik Maaza's contributions have been recognized by numerous distinctions, including:
Beyond his research, Malik Maaza is deeply committed to the development of science in Africa. He has created several national and continental platforms to promote science, technology, engineering, and mathematics (STEM). He has also trained numerous students, particularly women and individuals from disadvantaged backgrounds.
Malik Maaza is a renowned scientist whose work has profoundly marked the field of nanosciences and nanotechnology. His commitment to the development of science in Africa makes him an inspiring leader whose impact extends far beyond the confines of his laboratory.
For more information on Professor Malik Maaza's work, you can consult the publications of the UNESCO-UNISA Chair in Nanosciences and Nanotechnology, as well as his numerous scientific articles published in leading international journals.
https://en.wikipedia.org/wiki/Malik_Maaza
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Distinguished Professor in Electrical Engineering Swinburne University of Technology, Melbourne, Australia |
Born in 1970 in Setif (Algeria), Saad Mekhilef received his B.Eng. degree in Electrical Engineering from the University of Setif in 1995. He then pursued his higher education at the University of Malaya, where he obtained his Master of Engineering Science in 1998, followed by his PhD in 2003. His specialties include Electronics, Electrical Engineering, Automation, and Photonics.
Professor Saad Mekhilef is an eminent researcher specializing in renewable energy. Over the years, he has acquired solid training and international expertise that have allowed him to become a reference in his field. He is a member of prestigious professional associations, including the IEEE (Institute of Electrical and Electronics Engineers) and the IET (Institution of Engineering and Technology), testifying to his commitment to engineering excellence and his recognition by peers worldwide.
Currently, Prof. Dr. Saad Mekhilef holds the position of Distinguished Professor at the School of Science, Computing and Engineering Technologies at Swinburne University of Technology in Australia. At the same time, he maintains academic ties with Malaysia as an Honorary Professor in the Department of Electrical Engineering at the University of Malaysia, thus demonstrating his international reach and ongoing commitment to different academic institutions.
His research interests are vast and include essential areas such as energy conversion techniques, power converter control, maximum power point tracking (MPPT), renewable energy, and energy efficiency. This work contributes significantly to technological advances and the promotion of sustainable solutions to global energy challenges.
Beyond the academic world, Prof. Mekhilef is actively involved in industrial consulting, collaborating with major companies on projects related to power electronics and renewable energy. This interaction with industry ensures that his research has not only theoretical value but also practical applications in real-world contexts.
Prof. Dr. Saad Mekhilef is an IEEE and IET Fellow. He is a Distinguished Professor at the School of Science, Computing and Engineering Technologies, Swinburne University of Technology, Melbourne, Australia, an Honorary Professor at the Department of Electrical Engineering, University of Malaya, and a distinguished visiting professor at the Institute of Sustainable Energy, Universiti Tenaga Nasional, Malaysia.
He has been recognized by Thomson Reuters (now Clarivate Analytics) as one of the most cited engineering researchers in the world, ranking in the top 1% globally. This remarkable distinction underscores not only the excellence of his research but also its considerable impact on a global scale. He is also listed in the world's top 2% of scientists by Stanford University, USA.
His scientific output is impressive: he has authored and co-authored more than 800 publications in academic journals and proceedings, as well as five books. His work has been cited more than 61,000 times, with an H-index of 117, and more than 85 Ph.D. students have graduated under his supervision. These figures testify to the importance and relevance of his research in the field of renewable energy and power electronics.
He also serves as an editorial board member for many top journals, such as IEEE Transactions on Power Electronics, IEEE Open Journal of Industrial Electronics, IET Renewable Power Generation, E-Prime, Journal of Power Electronics, and International Journal of Circuit Theory and Applications. This participation in editorial committees attests to his recognition by the scientific community and his influence in his field of specialization.
Prof. Mekhilef's impact on the academic world is particularly visible through his mentoring: more than 85 doctoral students have obtained their degrees under his supervision, which testifies to his dedication to education and training the next generation of researchers and engineers.
His work in the field of renewable energy and power electronics has contributed significantly to technological advances aimed at addressing global energy challenges. By combining theoretical research, practical applications, and collaboration with industry, he has created a bridge between academia and concrete solutions for a more sustainable energy future.
Prof. Dr. Saad Mekhilef is undeniably a leading figure in his field. His academic contributions, industry commitments, and dedication to education make him a respected and influential personality who continues to inspire and shape the future of renewable energy research.
Researcher ID: http://www.researcherid.com/rid/B-9652-2010
Scopus ID: https://www.scopus.com/authid/detail.uri?authorId=57928298500
Google Scholar ID: https://scholar.google.com.my/citations?user=0kKMcLYAAAAJ&hl=en&oi=ao
ORCID: https://orcid.org/0000-0001-8544-8995
Swinburne Profile: https://experts.swinburne.edu.au/5606-saad-mekhilef
ResearchGate: https://www.researchgate.net/profile/Saad-Mekhilef
IEEE Xplore: https://ieeexplore.ieee.org/author/37278328000
Academia: https://malaya.academia.edu/SaadMekhilef
Omics Online Biography: https://biography.omicsonline.org/malaysia/university-malaya/prof-dr-saad-mekhilef-379027
Email: smekhilef@swin.edu.au
Contact : abdeldjalil.ouahabi@univ-tours.fr
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Professor in Signal Processing and Medical Imaging Expert in Artificial Intelligence and Biomedical Engineering University of Tours, France Member of iBrain research unit (Inserm-University of Tours) Former Deputy Director for International Relations - Polytech Tours |
Abdeldjalil Ouahabi represents the excellence of Franco-Algerian scientific cooperation. His exceptional academic journey begins with obtaining his doctorate from the National Polytechnic Institute of Grenoble (Grenoble INP), one of the most prestigious French institutions in engineering and technology.
He pursued his education with a remarkable achievement by obtaining his State Doctorate in Electrical and Computer Engineering in 1992, through an exceptional joint supervision between Grenoble INP (France) and USTHB (University of Science and Technology Houari Boumediene, Algiers). This bicultural training gives him a unique perspective on international scientific challenges and deep mastery of European and Algerian research methodologies.
This dual Franco-Algerian training constitutes the foundation of his international vision of research and his ability to develop fruitful transnational scientific collaborations.
Professor Abdeldjalil Ouahabi holds a leading academic position at the University of Tours in France, where he conducts his research within the iBrain (Imaging and Brain) research unit, a joint Inserm-University of Tours structure dedicated to neuroscience and brain imaging.
Alongside his research activities, he has held important administrative responsibilities as deputy director in charge of international relations at the engineering school "Polytech Tours". This strategic function has allowed him to develop international partnerships and promote French excellence in engineering on a global scale.
His scientific production is remarkable with over 170 articles published in leading international scientific journals. This prolificacy testifies to the quality and impact of his research in the global scientific community.
Professor Ouahabi enjoys exceptional international recognition, materialized by numerous prestigious distinctions that highlight the excellence of his scientific contributions.
He holds strategic editorial positions as Associate Editor of the International Journal of King Saoud University - Computer and Information Science (Elsevier, Q1) and member of the editorial board of several scientific journals indexed in Web of Science. Currently, he serves as guest editor for four special issues of Web of Science journals.
His expertise is also recognized through his review and consulting activities with hundreds of scientific journals and prestigious international organizations.
Professor Abdeldjalil Ouahabi exerts considerable influence in the international scientific community through his role as general and scientific chairman of several major international conferences. He notably chaired ICSS'94 in Sidi-Fredj (Algiers) in September 1994, the EEA Club Congress in Tours in May 2009, and assumes scientific chairmanship of ISPA (Image and Signal Processing and their Application) conferences in 2019 and 2022.
A particularly prestigious collaboration deserves to be highlighted: he is currently working with Professor Cédric Villani, Fields Medal winner, on an Artificial Intelligence project for Algeria. This exceptional collaboration between two scientific luminaries illustrates his international influence and his commitment to Algeria's scientific development.
His expertise missions have taken him around the world, notably as Distinguished Visiting Professor at Bucknell University (Pennsylvania) in 2010, and as Visiting Scholar at Qatar University (2016-2017) for Artificial Intelligence projects.
His influence also extends to the industrial domain through his collaborations with world-renowned technology companies like Alcatel-Lucent, Sagem, and General Electric, demonstrating the practical relevance of his research.
Contact : abdeldjalil.ouahabi@univ-tours.fr
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Full Professor - Exceptional Class 2nd Level Polytech Lille - University of Lille, France Areas of Expertise: Electronics - Electrical Engineering - Automation - Photonics |
Born on August 20, 1957, in Gouraya, Algeria, Belkacem Ould-Bouamama completed his secondary education at Lycée Eziania in Cherchell before pursuing his academic career in France.
Academic Background:
Professor Ould-Bouamama has developed a remarkable career at Polytech Lille, holding major leadership positions:
Administrative Responsibilities:
PERSI Research Team:
Under his leadership, the PERSI team currently includes 8 permanent faculty members (including 4 full professors), 1 associate lecturer, 5 PhD students, 1 professor emeritus, and 3 engineers shared with the TOPSYS group.
Outstanding scientific production since 1996:
His scientific publications enjoy international recognition with a significant number of citations indexed on Google Scholar.
Professor Ould-Bouamama has developed major innovations in the field of industrial systems supervision:
Technological Innovations:
Educational Impact:
Professional Address:
Prof. Belkacem OULD-BOUAMAMA
Head of Research Group « PERSI »
CRIStAL Laboratory CNRS 9189
Polytech Lille - University of Lille
Avenue Paul Langevin
F-59655 Villeneuve d'Ascq Cedex, France
Contact Details:
Phone: (+33) 3 20 43 40 09
Mobile: (+33) 6 67 12 30 20
Email: Belkacem.Ouldbouamama@polytech-lille.fr
Email: belkacem.ouldbouamama@univ-lille.fr
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Expert in Photonics and Innovation, Consultant - Trainer in Innovation Management & Intellectual Property Strategy VOLUMION SAS, Strasbourg, France |
Originally from Algeria, Mustapha Remouche pursued his initial academic training in his native country. He developed a solid scientific foundation that allowed him to specialize in the field of photonics, a branch of physics concerning the study and manipulation of light.
His academic journey was complemented by specialized training in innovation management and intellectual property strategy. This dual expertise, both technical and managerial, gives him a particularly versatile and sought-after profile in the industrial and technological sector.
His multidisciplinary training enables him to understand the scientific, strategic, and commercial challenges of technological innovations, particularly in the field of photonics and its industrial applications.
Mustapha Remouche's scientific career is marked by extensive expertise in photonics. He has made significant contributions to this field through his research and publications. His work at VOLUMION SAS in Strasbourg, France, demonstrates his commitment to innovation and technological development.
As a consultant and trainer in Innovation Management & Intellectual Property Strategy, he assists organizations in protecting and valorizing their innovations. His dual expertise in photonics and intellectual property allows him to offer relevant advice tailored to the specificities of optical and photonic technologies.
Mustapha Remouche has worked on innovative projects at the intersection of photonics, artificial intelligence, and innovation management. These projects often involve collaborations with prestigious academic institutions and leading companies in the technology sector.
His career is characterized by a cross-disciplinary approach, combining fundamental research, technological development, and innovation strategy, which gives him a comprehensive view of the challenges in the sector.
Mustapha Remouche's scientific and industrial contributions have been recognized by his peers and the scientific community. His work has been cited in numerous publications, and he is considered a reference in his field of expertise.
His dual expertise in photonics and innovation management has earned him particular recognition in both industrial and academic circles. He is regularly invited to share his expertise at conferences and professional events.
His ability to translate complex scientific concepts into viable industrial solutions has also been praised by industry stakeholders, strengthening his position as an expert consultant to innovative companies.
Mustapha Remouche has influenced the field of photonics by mentoring young talents and actively participating in international events. His work has been cited in numerous scientific publications, testifying to its relevance and impact in the field.
As a consultant and trainer, he has a significant impact on how companies approach innovation and intellectual property. His expertise influences development strategies and contributes to the growth of numerous organizations, particularly in the optical and photonic technology sector.
His holistic vision of innovation, combining technical expertise, intellectual protection, and commercial strategy, has enabled many companies to optimize their innovation process and maximize the commercial potential of their technological developments.
Through his training activities, he also contributes to disseminating best practices in innovation management and intellectual property protection, thereby enhancing the competitiveness of the companies he supports.
You can contact Mustapha Remouche by email: remouche@yahoo.fr
Visit his professional profiles:
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Professor of Mechanical Engineering Massachusetts Institute of Technology (MIT), United States |
Kamal Youcef-Toumi was born in Algeria. Passionate about engineering, he left his native country to pursue higher education in the United States. He earned a Bachelor of Science (B.Sc.) from the University of Cincinnati in 1979, then continued his academic training at the Massachusetts Institute of Technology (MIT), where he obtained a Master of Science (M.Sc.) in 1981 and a Doctor of Science (D.Sc.) in 1985. These prestigious degrees laid the foundation for his brilliant academic and scientific career.
Kamal Youcef-Toumi's academic career at MIT is marked by significant contributions in the fields of dynamic systems, robotics, and automation. He directs the Mechatronics Laboratory, where cutting-edge research on mechatronic systems and their industrial applications is conducted. His expertise in mechatronics and control systems has led to important advances in various technological domains.
In addition to his activities at MIT, he co-founded the Center for Complex Systems in collaboration with the City for Science and Technology (KACST) in Saudi Arabia. This center promotes interdisciplinary research and the development of innovative technologies. He also directs the Ibn Khaldun Fellowship Program for Saudi Arabian women, thus contributing to the advancement of scientific education for women in the region.
Throughout his career, Kamal Youcef-Toumi has received several prestigious distinctions that testify to the impact of his research. His innovative work on high-speed atomic force microscopy was awarded the National Instruments Engineering Impact Award in 2014. He also received the Best Paper Award from the ASME Journal of Dynamic Systems, Measurement and Control in 1999, highlighting the excellence and originality of his scientific contributions.
His scientific output is impressive, with more than 300 articles published in leading scientific journals and more than 30 patents to his credit. He has also been honored by MIT's Committed to Caring (C2C) program for his caring approach and exceptional support to students.
2013: Algerian Scholar Medal awarded by the “Wissam el-Alim El djazairi” Foundation
Kamal Youcef-Toumi's influence extends far beyond the scope of his scientific research. He is recognized for his deep commitment to the university community and particularly for the empathy he shows toward his students. His unique pedagogical approach, which sometimes incorporates stories from the Quran to illustrate his values and intentions, demonstrates his cultural sensitivity and desire to build bridges between different intellectual traditions.
As a mentor, he has trained many generations of engineers and researchers who today contribute to technological advancement in various sectors. His dedication to science and education, combined with his exemplary career path, make him a respected and admired figure in the academic world and beyond. He continues to work on innovative projects and share his expertise, thus inspiring future generations of scientists and engineers.
For more information on Professor Kamal Youcef-Toumi's work, you can visit:
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Professor in Monitoring and Maintenance of Production Systems National School of Mechanics and Microtechnics (ENSMM), Besançon, France |
Noureddine Zerhouni pursued an academic path of excellence in the field of engineering. He graduated from the National School of Mechanics and Microtechnics (ENSMM) in Besançon, a renowned institution in the field of mechanics and microtechnics in France.
He continued his education with a Doctorate in Mechatronic Engineering, Robotics, and Automation at Grenoble INP - Industrial Engineering, thus consolidating his expertise in cutting-edge fields of complex systems engineering.
This multidisciplinary training allowed him to develop an integrated approach combining mechanics, electronics, and computer science, essential for his subsequent research work on intelligent production systems.
As a University Professor at the National School of Mechanics and Microtechnics in Besançon (ENSMM), Noureddine Zerhouni is a leading researcher in the field of monitoring and maintenance of production systems.
He is an active member of the FEMTO-ST Institute (Franche-Comté Electronics Mechanics Thermics and Optics - Sciences and Technologies), an internationally recognized research laboratory of excellence. Within this institute, he is part of the AS2M department (Automation and Micro-Mechatronic Systems) where he leads research work in the fields of Prognostics and Health Management (PHM), intelligent maintenance systems, and knowledge management.
His research primarily focuses on developing advanced methodologies and tools for monitoring complex systems, predicting failures, and optimizing maintenance strategies. He is particularly interested in applying artificial intelligence and machine learning techniques to improve the reliability and availability of industrial systems.
He has supervised numerous doctoral students and contributed to the training of several generations of engineers and researchers in the fields of predictive maintenance and intelligent production systems.
Noureddine Zerhouni is recognized as an international expert in the field of Prognostics and Health Management. His academic work is widely cited in the scientific community, as evidenced by his Google Scholar profile with numerous citations.
His contribution to the advancement of knowledge in the field of predictive maintenance and monitoring of complex systems has earned him significant recognition among his peers and in industry.
He is regularly invited to participate in international conferences and scientific committees in his field of expertise, confirming his position of authority in the field of production systems maintenance.
As an active member of the FEMTO-ST Institute, he contributes to the international influence of this research institute of excellence, strengthening its position in the global scientific landscape.
Professor Zerhouni's research work has had a significant impact on the evolution of industrial maintenance approaches, particularly in the context of Industry 4.0. His contributions to the integration of information and communication technologies in maintenance strategies have led to notable advances in predictive failure management and optimization of maintenance interventions.
His expertise in Prognostics and Health Management (PHM) has influenced numerous industrial developments, allowing companies to improve the reliability of their equipment and reduce maintenance costs while maximizing the availability of production systems.
Through his teaching and doctoral supervision activities, he has trained many professionals and researchers who are now contributing to the advancement of knowledge and practices in the field of predictive maintenance.
His active participation in collaborative research projects involving both academic and industrial partners demonstrates his ability to build bridges between fundamental research and practical applications, thus contributing to the transfer of knowledge to industry.
Professional contact information:
AS2M (ENSMM)
FEMTO-ST
26 rue de l'Epitaphe
25030 BESANÇON
Phone: +33 3 81 40 28 05
Email:
Professional and academic profiles:
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Associate Professor in Electrical Engineering École Centrale de Lyon, France |
Born on May 6, 1991, in Mila, Algeria, Ayyoub Zouaghi demonstrated remarkable aptitude in the field of electrical engineering from an early age. His academic journey began at the National Polytechnic School of El Harrach (Algeria), where he obtained his engineering degree in electrical engineering in 2013. He continued his education at the same institution, earning a master's degree in electrical engineering. His thirst for knowledge and interest in research led him to deepen his specialization in high-voltage engineering, a field in which he obtained a doctorate from the National Polytechnic School in 2017. Driven by his passion for scientific research and eager to broaden his horizons, he then enrolled in a second doctoral program with the EFD (Electrofluidodynamics) team at the PPRIME Institute of the University of Poitiers in France.
Dr. Zouaghi's career is characterized by multidisciplinary expertise at the intersection of several fields in electrical engineering. After completing his doctoral studies, he was recruited as an Associate Professor at École Centrale de Lyon, one of the most prestigious engineering schools in France, where he currently pursues his teaching and research activities.
His scientific work focuses on several complementary research areas:
His dual doctoral training gives him a unique perspective on contemporary challenges in electrical engineering, particularly at the interface with environmental and energy issues. Throughout his career, he has actively contributed to the dissemination of scientific knowledge as an author and co-author of numerous peer-reviewed articles published in international journals and leading conference proceedings in his field.
Although specific information about his distinctions is not detailed in his profile, Dr. Zouaghi's academic trajectory demonstrates clear recognition by his peers. His presence in several prestigious scientific databases such as IEEE Xplore and Google Scholar, as well as his academic career in institutions of excellence, attest to the quality and relevance of his contributions to research in electrical engineering. His dual international doctoral training (Algeria and France) also reflects his exceptional commitment to academic excellence and scientific research.
The impact of Dr. Zouaghi's work extends to several crucial areas for current technological and environmental challenges. His research on cold plasmas and electrical discharges contributes to the development of innovative solutions for air treatment and reduction of atmospheric pollution. These applications are particularly important in the context of growing concerns about air quality and public health.
His work on dielectric materials and high-voltage systems has significant implications for improving the efficiency and reliability of electrical networks, a major issue in the global energy transition. In addition, his research on renewable energies contributes to collective efforts aimed at developing more sustainable energy sources and reducing dependence on fossil fuels.
As a teacher-researcher at École Centrale de Lyon, he contributes to the training of the next generation of engineers and researchers, transmitting not only technical knowledge but also an interdisciplinary approach to engineering problems, essential for addressing the complex challenges of our time.
Email: ayyoub.zouaghi@ec-lyon.fr
Academic and professional profiles:
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Deputy Director-General of SCK•CEN & Director of the MYRRHA project SCK•CEN (Belgian Nuclear Research Centre), Belgium Professor at Université Catholique de Louvain (UCLouvain) |
Hamid Aït-Abderrahim was born on January 10, 1961, in Tiaret, Algeria. From his teenage years, he developed a deep passion for nuclear energy and its peaceful applications. This early fascination led him to pursue higher education in nuclear engineering, first in Belgium and then in France.
He earned his degree in Nuclear Civil Engineering from the Université Catholique de Louvain (UCLouvain) in Belgium, then continued his education with a PhD in Applied Sciences, specializing in nuclear reactor physics. His multidisciplinary training enabled him to acquire in-depth expertise in both theoretical and practical aspects of nuclear engineering.
Core Expertise: Nuclear reactor physics, accelerator-driven systems (ADS), and radioactive waste transmutation.
Hamid Aït-Abderrahim's career flourished at SCK•CEN (Belgian Nuclear Research Centre) in Belgium, where he progressively climbed the ranks to become Deputy Director-General. Simultaneously, he pursued a remarkable academic career as a professor at the Université Catholique de Louvain.
Since 1998, he has led the revolutionary MYRRHA project (Multi-purpose hYbrid Research Reactor for High-tech Applications). This pioneering project aims to develop the world's first hybrid research reactor, combining a particle accelerator with a subcritical nuclear reactor. MYRRHA represents a major breakthrough in research on transmutation of high-level, long-lived nuclear waste.
His research also focuses on advanced fourth-generation reactors, passive safety systems, and optimization of nuclear fuel cycles. He has published over 200 scientific articles in leading international journals and has supervised numerous doctoral theses.
The excellence of his scientific contributions has been recognized through numerous prestigious distinctions:
Hamid Aït-Abderrahim's impact on the nuclear energy field extends far beyond Belgium's borders. The MYRRHA project, under his leadership, is globally recognized as a cutting-edge research infrastructure that could revolutionize nuclear waste management.
His work on minor actinide transmutation directly contributes to solving one of the nuclear industry's major challenges: reducing the radiotoxicity and lifespan of radioactive waste. This research paves the way for a more sustainable and environmentally responsible nuclear economy.
As a recognized expert, he advises numerous international organizations, notably the International Atomic Energy Agency (IAEA) and the OECD Nuclear Energy Agency. He also plays a key role in training the next generation of nuclear engineers through his teaching and research supervision activities.
Vision: "Developing innovative nuclear technologies for a sustainable energy future, emphasizing safety, sustainability, and environmental responsibility."
Discover more about Hamid Aït-Abderrahim's work and expertise through these resources:
"Innovation in nuclear engineering for a responsible energy future"
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Professor Exceptional Class University of Rennes, France Fields of specialty: Industrial Engineering, Energy Engineering, Materials, Environment, Urban Planning, Architecture, Geography |
Born on April 7, 1965, in Algiers (Algeria), Abdeltif Amrane has built a solid academic career at the intersection of chemistry and process engineering. He obtained a Chemical Engineering Degree from the University of Science and Technology Houari Boumediene (USTHB) in Algiers in 1987, before continuing his studies in France. At the University of Rennes 1, he completed a DEA (Diplôme d'Études Approfondies, equivalent to a Master's degree) in Chemistry in 1988, followed by a PhD in Chemistry in 1991 at the Separation Process Laboratory. In 1998, he obtained his Habilitation to Direct Research (HDR), allowing him to supervise doctoral work.
Abdeltif Amrane's career has primarily developed at the University of Rennes 1, where he has climbed the academic ranks with consistency and excellence:
His research activities mainly focus on chemical separation processes, industrial effluent treatment, waste valorization, and the development of environmental technologies. At the National School of Chemistry of Rennes (ENSCR), he is an active member of the CIP team (Chemistry and Process Engineering) where he leads research projects focused on sustainable processes and circular economy.
Abdeltif Amrane's academic recognition is illustrated notably by his accession to the rank of Professor Exceptional Class, a distinction reserved for academics who have demonstrated an exceptional contribution to their field. His appointment as Director of the Technological Institute of Rennes in 2021 also testifies to the recognition of his qualities as a researcher and academic manager.
His scientific expertise is widely recognized by the international community, as evidenced by his impressive citation index on academic platforms. On Google Scholar, his publications have generated thousands of citations, reflecting the significant impact of his work in the fields of chemical engineering and environmental technologies.
He is regularly solicited as a reviewer for prestigious scientific journals and participates in national and international expert committees in the fields of applied chemistry and process engineering.
The impact of Abdeltif Amrane's work extends well beyond the academic framework. His research on separation and treatment processes has found concrete applications in industry, particularly in the field of industrial effluent treatment and organic waste valorization.
As Director of the Chemistry Department for six years (2006-2012), then as Deputy Director (2018-2020), and now as Director of the Technological Institute of Rennes (since 2021), he has significantly contributed to shaping education and research in applied chemistry in France.
His influence is also exercised through the supervision of numerous doctoral and post-doctoral students, many of whom now hold important positions in academia and industry, both in France and internationally. This training of the next generation of researchers constitutes a lasting legacy of his career.
His contribution to Franco-Algerian scientific cooperation, building on his origins and career path, has also helped strengthen academic exchanges between the two shores of the Mediterranean, thus participating in the international influence of French research.
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Full Professor of Physics University of Tabuk, Faculty of Science, Department of Physics, Saudi Arabia |
Born in 1965 in Sidi Bel-Abbes, Algeria, Nacer Badi completed his higher education at the Djillali Liabes University of Sidi Bel-Abbes. He continued his academic training in the United States and Algeria, obtaining his PhD in Physics in 1996 through a collaboration between the University of Houston (USA) and the University of Sidi Bel-Abbes (Algeria). This dual education allowed him to acquire internationally recognized expertise in the fields of physics, chemistry, mechanics, industrial engineering, energetics, and materials science.
Professor Badi is currently a Full Professor at the University of Tabuk in Saudi Arabia, within the Faculty of Science, Department of Physics. His career is marked by important responsibilities and a deep commitment to cutting-edge scientific research.
Research Themes:
Academic and Scientific Responsibilities:
His scientific career is characterized by intense and diverse research activity, focused on cutting-edge technologies in renewable energy and nanomaterials. Professor Badi has successfully combined fundamental research with industrial applications, making significant contributions to the advancement of knowledge in his areas of expertise.
Patents:
Professor Badi holds multiple U.S. patents, testifying to the originality and impact of his work:
Publications:
Supervision:
Professional Affiliations:
Awards and Funding:
Professor Badi has been awarded multiple research grants from prestigious organizations, including:
He is recognized for his contributions to nanotechnology, renewable energy, and advanced materials research.
1) Advancing Renewable Energy Technologies
Professor Badi has developed high-performance materials for solar cells, batteries, and supercapacitors, improving energy efficiency and storage capacity. His patented Boron Nitride anti-reflection coatings have significantly enhanced solar cell performance.
2) Nanomaterials & Thin Films Innovation
He pioneered nanoelectronics and nanoenergetics research, leading to new materials with enhanced conductivity, durability, and efficiency. His work on high-temperature dielectrics and capacitors has contributed to modern energy storage solutions.
3) Industrial & Technological Impact
Research findings have been applied in aerospace, defense, and renewable energy sectors, influencing materials used in NASA and Department of Defense projects. He has also contributed to commercializing advanced nanomaterials for industrial applications.
4) Academic & Mentorship Influence
By supervising over 50 students, Professor Badi has shaped the next generation of scientists and engineers. He is actively involved in graduate studies, peer reviewing, and scientific journal editorial boards.
5) Global Recognition & Collaboration
With over 150 high-impact research papers, cited extensively in energy and materials science, Professor Badi has engaged in international research collaborations with leading universities and institutions worldwide.
Emails: nbadi@ut.edu.sa, nbadi@uh.edu
Academic and Professional Profiles:
Contact Information:
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Full Professor - Associate Professor HDR University of Technology of Belfort-Montbéliard (UTBM), France Director of Smart Building and Energy Efficiency Department Member of FEMTO-ST CNRS UMR 6174 Laboratory Specialties: Energy Systems, Energy Conversion, Hydrogen, Automation |
Mohamed Becherif was born in Algiers, Algeria, a city that serves as the cradle of many renowned engineers and scientists. His Algerian origins and excellent education perfectly illustrate the academic and scientific links between Algeria and France, as well as the contribution of researchers of Maghrebi origin to the advancement of science in France.
Engineering Degree in Automation - École Polytechnique d'Alger
The École Polytechnique d'Alger, a prestigious institution of Algerian higher education, trains the country's technical elite. His engineering training in automation provided him with solid foundations in applied mathematics, systems theory, and control that would constitute the basis of his future specialization in energy systems.
DEA (Advanced Studies Diploma) in Electrical Engineering
University of Paris Sud/Supélec, 2001. This Master's level research training at one of France's most prestigious universities in science and technology allowed him to deepen his knowledge in electrical engineering and familiarize himself with French research methods. Supélec, an elite engineering school, offered him an environment of excellence to develop his expertise.
PhD in Automation - University of Paris Sud/Supélec
Defended in 2004 within the Laboratory of Signals and Systems (LSS) and the Laboratory of Electrical Engineering of Paris (LGEP) - CNRS. This thesis, conducted in two leading CNRS laboratories, testifies to the exceptional quality of his doctoral training. LSS and LGEP are world references in their respective fields.
His educational journey reveals an exemplary progression: engineering training in Algeria, high-level specialization in France, then PhD in the best French laboratories. This Franco-Algerian trajectory enriches his scientific perspective and allows him to develop an intercultural approach to research.
Mohamed Becherif's career is characterized by constant progression and increasingly specialized focus on energy systems and hydrogen technologies, crucial fields for energy transition.
Teaching-Researcher at University of Paris Sud
This first teaching experience at one of France's most reputed universities allowed him to develop his pedagogical skills while pursuing his post-doctoral research. This period consolidated his researcher training and confirmed his academic vocation.
Associate Professor at University of Technology of Belfort-Montbéliard
His recruitment at UTBM in 2005 marks the beginning of his career at this cutting-edge technological university. UTBM, recognized for its excellence in engineering and close ties with industry, offers an ideal framework for developing applied research in energy.
HDR and promotion to Associate Professor HDR rank
Obtaining his HDR in 2011, only 7 years after his PhD, testifies to the speed and exceptional quality of his scientific production. This habilitation grants him the ability to supervise doctoral theses and confirms his recognition as an expert in his field.
FCLab Research Federation FR-CNRS 3539
FCLab (Fuel Cell Lab) is a unique CNRS research federation in France, dedicated to fuel cells and hydrogen. This affiliation places Mohamed Becherif at the heart of French hydrogen research.
FEMTO-ST Laboratory UMR CNRS 6174
FEMTO-ST is one of the largest CNRS laboratories in France in the field of science and technology. This dual affiliation testifies to the excellence of his research and his recognition by the French scientific community.
Director of Smart Building and Energy Efficiency Department
This leadership function testifies to his institutional recognition and his ability to manage research teams. The department he leads is at the forefront of contemporary energy transition issues.
Research Axis Leader "PEM Electrolyzer for electricity storage as H2"
This scientific responsibility within FCLab confirms his cutting-edge expertise in hydrogen technologies, a strategic sector for the energy future.
European FP7 Projects:
National Projects:
Mohamed Becherif's distinctions testify to his international influence and recognition as a world expert in his field.
Ranked among the top 2% most cited scientists worldwide
This exceptional distinction, awarded annually by Stanford University since 2020, places Mohamed Becherif in the world elite of researchers. Being maintained in this ranking for four consecutive years (2020, 2021, 2022, 2023) testifies to the consistency and lasting impact of his research.
President of ICEREGA (2016, 2017, 2018, 2020)
International Conference on Electricity Generation from Renewable Energy - This major international conference in renewable energy testifies to his recognition by the international scientific community.
President of EMF 2017
Electromagnetic Fields Conference - Reference conference in applied electromagnetics.
Co-president of ICEE 2017
International Conference on Electrical Engineering - One of the world's leading conferences in electrical engineering.
Editor-in-chief and guest editor
Editorial responsibilities in several special issues of Elsevier journals, attesting to his recognition by the most prestigious scientific publishers.
International examiner
Expert evaluator for energy issues in several countries: Czech Republic, Estonia, United Arab Emirates, Egypt. This function testifies to the international recognition of his expertise.
Visiting Professor in prestigious institutions:
High-level publications:
Mohamed Becherif's impact extends well beyond the academic world to directly influence technological and industrial developments in the field of energy transition.
Influence on energy conversion technologies
His expertise in energy conversion and hybrid system management has directly influenced numerous industrial and academic projects. His work contributes to the development of more efficient technologies for energy transition, particularly in the context of carbon neutrality targeted by France and Europe.
Contribution to electric vehicles and hydrogen systems
His research has significantly contributed to the advancement of energy storage and conversion technologies, notably in the field of electric vehicles and hydrogen systems. These domains are crucial for the decarbonized mobility of the future.
Structuring the research field
His role as guest editor in several scientific journals has allowed him to structure and disseminate advances in renewable energy and energy efficiency. He thus contributes to orienting global research in these strategic fields.
Training the new generation
With 20 supervised theses, he has trained a new generation of researchers specialized in energy systems. These PhDs now occupy key positions in industry and research, multiplying his influence.
International scientific cooperation
His collaborations in China, Canada, Egypt, and Algeria contribute to technology transfer and development of strategic partnerships. He plays a bridging role between French and international scientific communities.
Influence on energy policies
As an international examiner and recognized expert, he contributes to the development of national energy policies in several countries, influencing energy transition strategies at the international scale.
Development of hydrogen technologies
His research on PEM electrolyzers for electricity storage in hydrogen form positions France as a leader in this future technology. Hydrogen is considered one of the key energy vectors of ecological transition.
Smart Buildings and energy efficiency
His leadership of the Smart Building and Energy Efficiency department contributes to the development of intelligent and energy-efficient buildings, a major issue for French energy renovation.
Biography compiled from public sources - Last updated: 2025
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R&D Laboratory Head French Atomic Energy Commission (CEA), France Fields of expertise: Industrial Engineering - Energy - Materials - Innovation - Entrepreneurship - Intellectual Property |
Birth: April 19, 1974, in Oran, Algeria
Educational Background:
Degrees and Qualifications:
Franco-Algerian Journey: An exceptional educational path that exemplifies the success of French-Algerian scientific cooperation, from the Polytechnic School of Algiers to the highest levels of French research.
Current Positions:
Research Areas:
Leadership Responsibilities:
Scientific Production:
Recognized Expertise:
Major Technological Achievements:
Cutting-edge Technological Innovation: Malek Mohammed Benmansour positions himself at the forefront of the photovoltaic revolution, with major contributions that place France among the world leaders in solar energy research.
Scientific and Technological Contributions:
Impact on the Energy Sector:
Scientific Leadership:
Research Excellence:
Scientific Profiles:
Contact:
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Managing Director and Consultant Pangaea Geochemistry Services Ltd., United Kingdom Fields of Expertise: Petroleum Geochemistry - Industrial Engineering - Energy - Materials |
Born in 1965 in Boumerdes, Boudouaou, Dr. Djamel Boutoutaou began his academic journey at the Institut National des Hydrocarbures et de la Chimie (INHC) in Boumerdes, where he obtained his State Engineer degree in Industrial Chemistry.
He pursued his higher education at the University of Newcastle Upon Tyne in the United Kingdom, where he earned his Master of Science (MSc) and Doctor of Philosophy (PhD) degrees in Petroleum Geochemistry. His academic excellence was recognized with the Best MSc results in 1998.
Dr. Boutoutaou boasts an outstanding 32-year professional experience in petroleum geochemistry. He began his career as a petroleum geochemist with Sonatrach, focusing on the major Paleozoic basins across the Saharan platform in Algeria.
Detailed Professional Journey:
2005-2020: Senior Geochemist then Chief Geochemist/Advisor at CGG UK (formerly Fugro-Robertson and CGG Robertson)
2020 to present: Managing Director and International Consultant in Petroleum Geochemistry at Pangaea Geochemistry Services Ltd., United Kingdom
During his 15 years with Fugro-Robertson and CGG Robertson, one of the market leaders in the sector, he developed excellent industry knowledge and an astute approach to a variety of single and multi-disciplinary projects worldwide, including the North Sea (UK and Norway), Gulf of Mexico, North and South Atlantic margins, North and East Africa, Middle East, and Far East (Pakistan, India, Thailand, Mongolia, Australia, and New Zealand).
He oversaw the petroleum geochemistry department and was responsible for sustaining business development, project management, development of workflows, innovation, data quality control (QC), mentoring and training staff, project supervision, and technical/peer review for all geochemical projects.
Dr. Boutoutaou has received several prestigious distinctions throughout his career:
• Best MSc results in 1998 at the University of Newcastle, United Kingdom
• Best Paper/Talk Award at EAGE Algiers in 2005
• Recognized Mentor and Supervisor at CGG
• Active member of GeoScience Wales
• Author of numerous publications in Petroleum Geochemistry
• Speaker at internal and international meetings
Dr. Boutoutaou's expertise in petroleum geochemistry has had a significant impact on the global oil and gas industry. He specializes in exploration and production development strategies with excellent geochemical interpretation and integration skills of all types of geochemical data, including source rocks and fluids (oil, condensate, and gas).
His work actively supports oil and gas exploration and development worldwide, contributing to the identification and evaluation of new energy resources. His ability to develop and maintain top quality and competitive geochemistry business has made him a reference in his field.
Through his leadership at Pangaea Geochemistry Services Ltd., he continues to provide expert consulting services to the petroleum industry, helping companies optimize their exploration strategies and maximize their resource potential. His comprehensive understanding of global petroleum systems and his practical approach to complex geochemical challenges have established him as a trusted advisor in the international energy sector.
Professional Contact:
Email: djamel.boutoutaou@pangaeageochemistry.co.uk
Phone: +44(0)7552 628 670
Professional Links:
Website: www.pangaeageochemistry.co.uk
LinkedIn: LinkedIn Profile
ResearchGate: ResearchGate Profile
Pangaea Team: Our Team
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Professor ICB/FCLAB Lab, University of Technology of Belfort-Montbéliard (UTBM), France |
Born on September 10, 1962, in Setif (Algeria), Nouredine FENINECHE is married with 3 children. His academic journey is marked by a solid foundation in physics and materials engineering:
Professor Nouredine FENINECHE has built a remarkable academic career, steadily progressing in the French university system:
His research activities and expertise are primarily focused on:
He also holds important administrative positions, including:
Professor FENINECHE's scientific production is particularly prolific, demonstrating his significant contribution to his field:
The scientific impact of Professor FENINECHE's work is evidenced by remarkable bibliometric indicators:
His expertise spans several scientific and technical domains:
Contact:
Prof. Nouredine FENINECHE
Mechanical Engineering and Design Department
University of Technology of Belfort-Montbéliard
ICB-PMDM Lermps Laboratory and Fuel Cell Laboratory
Rue du château, 90010 Belfort Cedex, France
Phone: (+33) 6 06 43 24 55 (Mobile)
Email: nour-eddine.fenineche@utbm.fr
Professional Links:
LinkedIn Profile
ScienceDirect Profile
LERMPS Laboratory - Additive Manufacturing
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PhD, Principal Sedimentologist / Managing Director HennicheMaali Geosciences / Beicip-Franlab, UK & Malaysia |
Born in Algiers in 1969. Studied at Bouzaréah High School and the Algerian Petroleum Institute. She obtained her PhD in clastic reservoir sedimentology from IFP and Rennes University in France.
Dr. Henniche started her career with Sonatrach in Algeria, where she worked for 13 years. In 1999, she moved to France to pursue doctoral studies. In 2006, she joined Badley Ashton & Associates Ltd. (UK) as Senior Clastic Reservoir Geologist, then RPS Energy (UK) in 2007 as Senior Sedimentologist and Project Manager.
In 2017, she founded her own consulting company, HennicheMaali Geosciences Ltd., offering expertise in:
Between 2017 and 2020, she completed several projects in Algeria, offshore Malaysia, and offshore Brunei, working with Schlumberger and Beicip-Franlab Asia.
She has delivered several oral publications and is a member of AAPG and the International Association of Sedimentologists.
Introduced a new approach to correlate reservoirs across the Saharan platform, significantly influencing regional geological models.
Email: d.henniche@gmail.com
LinkedIn: Profile
Facebook: Profile
Endole: Profile
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Docteur Ingénieur en Génie Mécanique Engie, Engie Green, France |
Né en 1987 à Annaba (Algérie), Ilyes Khelf a effectué sa scolarité au Lycée Moubarek El Mili d'Annaba avant de poursuivre ses études supérieures à l'Université Badji Mokhtar d'Annaba. Son parcours académique s'est enrichi d'une formation internationale à l'Institut National des Sciences Appliquées (INSA) de Lyon en France, où il s'est spécialisé en Génie Mécanique. Ce double ancrage académique entre l'Algérie et la France lui a permis de développer une expertise solide dans les domaines du Génie Industriel, de l'Énergétique et des Matériaux.
La carrière scientifique du Dr. Khelf est marquée par un parcours riche et diversifié entre le monde académique et industriel :
Sa carrière témoigne d'une forte capacité à allier recherche fondamentale et applications industrielles concrètes, notamment dans le secteur des énergies renouvelables chez Engie Green.
Le Dr. Khelf a reçu plusieurs distinctions qui témoignent de l'excellence et de l'impact de ses travaux :
Ces reconnaissances illustrent sa contribution significative tant dans le domaine académique qu'industriel, et sa capacité à produire des recherches innovantes avec des applications concrètes.
Les travaux du Dr. Khelf ont un impact significatif dans plusieurs domaines de pointe :
Ses recherches et innovations contribuent significativement à l'avancement des méthodes de maintenance prédictive et à l'amélioration de la fiabilité des systèmes énergétiques, en particulier dans le domaine éolien.
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Full Professor University of Lille France Specialties: Physics - Chemistry - Mechanics |
Moussa Nait-Abdelaziz was born in 1958 in Illilten, in the wilaya of Tizi Ouzou, Algeria. His academic training took place entirely in France, reflecting a remarkable path of excellence.
This multidisciplinary training enabled him to acquire cross-cutting expertise covering physics, chemistry, mechanics, industrial engineering, energy, and materials, forming the foundation of his brilliant academic and scientific career.
Since obtaining his Habilitation to Direct Research in 1997 at the University of Lille, Moussa Nait-Abdelaziz has developed an exceptional career marked by leading administrative and scientific responsibilities.
His research work focuses on fundamental and applied themes:
Scientific Innovation: Moussa Nait-Abdelaziz is recognized for developing original models of damage and fatigue in large deformations, contributing significantly to the advancement of knowledge in the field of materials mechanics.
Moussa Nait-Abdelaziz's scientific excellence is reflected in his exceptional academic production and his role as a recognized educator:
Moussa Nait-Abdelaziz's impact on the scientific and academic community is multidimensional:
His work has significantly influenced:
Professional Emails:
moussa.nait-abdelaziz@univ-lille.fr
moussa.nait-abdelaziz@polytech-lille.fr
Phone: +33 682 05 47 84
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Emeritus Professor, Docteur d'État Institut Jean Lamour, Université de Lorraine - France |
1953: Born in Ain Snob (Souk-Ahras Province), Algeria
Secondary Education: Lycée Youghourta, Constantine, Algeria
University Education:
Fields of Specialization: Industrial Engineering, Energy Engineering, Materials Science
Current and Past Positions:
Administrative Responsibilities:
Main Research Areas:
Evolving Research Areas:
Award of the IFSEM (International Federation of Societies for Electron Microscopy) - Seattle, USA
Award of the Duplex Stainless Steel Conference - 1991, Beaune, France
Guest Editor - Metals-MDPI Journal, 2021-2022
Editorial Contribution: Edited a special issue of Metals journal on "Phase Transformations and Structure/Property Relationship in Duplex Austenitic-Ferritic Stainless Steels"
Professor Redjaïmia has significantly impacted the field of materials science through his contributions in several key areas:
Innovation in Electron Microscopy: His pioneering work in transmission electron microscopy and electron diffraction has contributed to a better understanding of phase transformations in metallic alloys, establishing him as a leading expert in advanced characterization techniques.
Stainless Steel Expertise: Internationally recognized for his research on duplex austenitic-ferritic stainless steels, as evidenced by his award at the Duplex Stainless Steel Conference and his role as guest editor for a special issue of the Metals journal.
Cutting-edge Research: His recent work on High Entropy Alloys (HEA) and correlations between fractal dimension and mechanical properties places his research at the forefront of contemporary technological developments in advanced materials.
Education and Mentoring: His contribution to training European engineers in materials engineering at EEIGM and his role in various scientific bodies demonstrate his commitment to knowledge transfer and research development.
International Cooperation: His involvement in scientific councils in both France and Algeria illustrates his role as a bridge between scientific communities of both countries, fostering international collaboration.
Scientific Leadership: His positions in prestigious laboratories like Institut Jean Lamour and LabEx-DAMAS, combined with his administrative roles, highlight his leadership in shaping materials science research directions.
Technological Innovation: His work on phase transformations under extreme conditions (intense magnetic fields) and advanced alloy systems contributes to the development of next-generation materials for industrial applications.
Phone: (+33) 03 72 74 27 22
Email: abdelkrim.redjaimia@univ-lorraine.fr
ResearchGate: https://www.researchgate.net/profile/Abdelkrim-Redjaimia
SciProfiles: https://sciprofiles.com/profile/468008
IdRef: https://www.idref.fr/075175673
Google Scholar: https://scholar.google.com/citations?user=3ItZv7kAAAAJ&hl=fr
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Physicist, Professor of Condensed Matter Physics Former Rector of the University of Constantine, Algeria |
Nouar Tabet was born on November 1, 1953, in a small village between the mountains of El Anasser in the wilaya of Jijel (Eastern Algeria). Coming from a modest family of 8 children, he moved at a young age with his family to Mila.
After completing his secondary education at Hihi El Mekki High School in Constantine (1970-1973), he enrolled at the University of Constantine where he obtained a higher education diploma in condensed matter physics in 1977. During his final year, he worked as a technical collaborator in the physics department while teaching at the high school that had trained him.
Thanks to his excellent results, he was awarded a scholarship in 1977 to attend the University of Orsay (Paris 11) in France. There, he earned an Advanced Studies Diploma (DEA), ranking first in his class, which enabled him to receive a French scholarship to pursue his third-cycle doctorate. In 1980, after two years at the CNRS Materials Physics Laboratory in Paris, he obtained his doctorate but declined the offer to continue with a State doctorate in order to return to Algeria.
In 1984, he returned to Paris to prepare his State doctorate, which he obtained in 1988 with remarkable work on the electrical properties of semiconductor materials used in the fabrication of solar cells, thus demonstrating his expertise in a forward-looking field.
In 1981, Nouar Tabet began his academic career at the University of Constantine where he directed the first research laboratory in condensed matter physics, laying the foundations for quality scientific research in his country of origin. He also held the strategic position of director of external relations for the university, contributing to its international influence.
After obtaining his State doctorate in 1988, he refused several job offers in France, preferring to put his skills at the service of his country's scientific development. He returned to Constantine in early 1989 where he was appointed vice-rector in charge of scientific research, then rector of the university in 1990, a position he held until 1992.
Throughout his career, his research has focused on semiconductor physics and technologies related to solar energy, a particularly relevant field for Algeria and countries with high solar potential. His expertise in this area has contributed to advancing knowledge about materials used in photovoltaic devices.
Professor Tabet's career is marked by several distinctions that testify to the excellence of his academic and scientific journey. His first-place finish in the DEA at the University of Orsay and the subsequent award of a French scholarship for his doctorate illustrate the early recognition of his talents.
His appointment as director of the first research laboratory in condensed matter physics in Constantine, then as vice-rector and rector of the university, underscores the recognition of his scientific and administrative skills by his peers and Algerian academic authorities.
The multiple job offers from France that he declined to serve his country of origin also attest to the value of his work and his reputation in the international scientific community.
Professor Nouar Tabet's impact on scientific development in Algeria is considerable. By directing the first research laboratory in condensed matter physics at the University of Constantine, he laid the foundations for a tradition of research in a field crucial for technological development.
His deliberate choice to return to Algeria despite attractive professional opportunities abroad illustrates his deep commitment to the scientific development of his country. As rector of the University of Constantine, he helped shape the strategic orientation of this major institution and promote academic excellence.
His work on semiconductors and solar cells has particular relevance for Algeria, a country with immense potential in solar energy. His early vision of the importance of these technologies constitutes a valuable legacy for future generations of researchers and engineers.
To deepen your knowledge of Professor Nouar Tabet's work, you can consult his scientific publications in the field of semiconductor physics and photovoltaic technologies. The archives of the University of Constantine and the publications of the condensed matter physics laboratory he directed also constitute valuable sources of information on his contribution to scientific development in Algeria.
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Professor of Chemical and Materials Engineering, CEO of the "Electrifying Society" Initiative Concordia University, Canada |
Karim Zaghib is an Algerian-Canadian electrochemist and materials scientist, born in 1963 in Constantine, Algeria. His academic journey is marked by excellence and an early specialization in the promising field of electrochemistry.
He obtained his master's degree (DEA) in 1987 and his PhD in electrochemistry in 1990 from the Grenoble Institute of Technology, under the supervision of Professor Bernadette Nguyen. During his doctoral studies, he developed aluminum-manganese-lithium alloys in molten salts as negative electrodes for lithium-ion batteries and studied the displacement reaction of copper and zinc.
In 2002, his scientific expertise was recognized with the obtainment of a habilitation in physics from Pierre and Marie Curie University (Paris VI), consolidating his position as an expert in an interdisciplinary field between chemistry and physics.
Karim Zaghib's career is characterized by a rich path at the interface between academia and industry. From 1990 to 1992, he was a postdoctoral researcher at CNRS and Saft, where he studied the chemical lithiation of graphite and carbon fibers. From 1992 to 1995, he continued his research as a visiting researcher at the Ministry of International Trade and Industry of Japan, at the Osaka National Research Institute, focusing on lithium-ion batteries.
In 1995, he joined the Hydro-Québec Research Institute, where he played a key role in introducing lithium-ion technology within the company. His expertise and leadership led him to be promoted to director of the energy storage and conversion division of Hydro-Québec in 2007. In 2017, he founded the Center of Excellence in Transportation Electrification and Energy Storage at Hydro-Québec, demonstrating his strategic vision in a future-oriented sector.
His entrepreneurial spirit manifested in 2014 when he co-founded Esstalion Technologies, a joint venture between Sony and Hydro-Québec, aimed at developing large-scale energy storage systems for power grids. From 2020 to 2021, he put his expertise to work at Investissement Québec as a strategic advisor, working on establishing a complete battery sector from mining to electric vehicles. Concurrently, he was a professor of practice at McGill University in the Department of Mining and Materials Engineering.
In 2022, Karim Zaghib joined Concordia University as a professor of chemical and materials engineering. His career reached a new pinnacle in 2023 when he was appointed CEO of Concordia University's "Electrifying Society" initiative, an ambitious program supported by a record $123 million research grant from the Canadian government, the largest in the university's history. The goal of this visionary program is to develop technologies and solutions for the electrification of society and the decarbonization of communities.
The excellence of Karim Zaghib's scientific work has been recognized by numerous prestigious distinctions. He is a Fellow of the Royal Society of Canada (FRSC), an honor awarded to the country's most eminent scientists. He is also a Fellow of the Canadian Academy of Engineering (FCAE), testifying to his exceptional contribution to the field of engineering.
Throughout his career, he has received numerous awards and distinctions for his scientific contributions and leadership in the field of energy, confirming his position as a world-renowned expert in the field of batteries and energy storage.
Karim Zaghib's impact in the field of energy storage is considerable. His research primarily focuses on rechargeable batteries, electrochromic devices, and the electrochemistry of carbon-based materials. His work has significantly contributed to the development of lithium-ion batteries and the adoption of large-scale energy storage technologies.
His vision is to promote energy transition and transportation electrification through innovative and sustainable technologies. This vision guides his academic work and strategic initiatives, with a concrete impact on the industry and energy policies.
The "Electrifying Society" initiative he leads at Concordia University is a perfect example of how he brings this vision to life. This ambitious program aims to develop technological solutions to address the challenges of energy transition and the fight against climate change, demonstrating his commitment to a more sustainable future.
To deepen your knowledge of Professor Karim Zaghib's work, you can consult his scientific publications in specialized journals in electrochemistry and materials science. The websites of Concordia University and the "Electrifying Society" initiative also provide information on his current projects and contributions to the energy transition. Furthermore, his collaborations with Hydro-Québec have resulted in several patents and technological innovations that are worth exploring to fully understand the extent of his impact in the field of energy storage.
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Environmental Science Researcher National Institute of Agricultural Research (INRA), France |
Abdeslam Djeghdir is an Algerian researcher specializing in environmental sciences. His academic journey led him to the University of Lille in France, where he conducted in-depth studies on the interactions between climate and agricultural ecosystems. It was at this prestigious institution that he obtained his doctorate in environmental sciences, with a thesis focusing on the adaptations of agricultural systems to climate variations.
His multidisciplinary training allowed him to develop expertise at the intersection of agronomy, climatology, and ecology, giving him a holistic view of contemporary environmental issues. This integrative approach now forms the foundation of his research work and scientific contributions.
Abdeslam Djeghdir is currently pursuing his career as a researcher at the National Institute of Agricultural Research (INRA) in France, where he has developed an ambitious research program focused on the impacts of climate change on agriculture and ecosystems. His work revolves around several complementary axes:
He studies the adaptation mechanisms of agricultural crops to environmental stresses, particularly prolonged drought periods and extreme temperature variations. This research includes analyzing plant physiological responses and evaluating resilient agricultural practices.
He develops predictive models to anticipate the effects of climate change on different agricultural systems, with particular attention to Mediterranean and North African regions. These models integrate climatic, agronomic, and socio-economic data to provide a global vision of future challenges.
He also collaborates with farmers and rural development actors to design and evaluate pragmatic adaptation strategies, adapted to local constraints and traditional knowledge.
Abdeslam Djeghdir's career is marked by distinctions that testify to the quality and relevance of his work in the field of environmental sciences. He has been recognized for his significant contributions to research on climate change and sustainable agriculture.
Among his recognitions are several awards for the excellence of his research and scientific publications, notably for his innovative work on resilient agricultural systems in the face of climate hazards. His studies have also been selected and presented at major international conferences on climate and agriculture.
His mastery of environmental and agricultural issues has led him to be sought after as an expert by various national and international bodies, thus reinforcing his influence in the development of public policies adapted to the challenges of climate change.
The impact of Abdeslam Djeghdir's research extends far beyond the academic framework. His work has contributed significantly to a better understanding of the adaptation mechanisms of agricultural systems in the face of climate disruptions, thus offering concrete perspectives for tomorrow's agriculture.
On the scientific level, his publications have enriched knowledge on the interactions between climate and agriculture, particularly in particularly vulnerable regions such as the Mediterranean basin. His predictive models have become reference tools for anticipating and managing climate risks in the agricultural sector.
On a practical level, his research has led to the development of innovative adaptation strategies for farmers, integrating both modern agronomic techniques and traditional knowledge. These approaches have been adopted by many actors in the agricultural world, thus demonstrating their relevance and effectiveness in the field.
His influence also extends to the field of training and awareness-raising, through the animation of workshops and capacity-building programs for farmers, agricultural technicians, and policy makers.
To deepen your knowledge of Abdeslam Djeghdir's work, you can consult his scientific publications in specialized journals in environmental and agronomic sciences. The website of the National Institute of Agricultural Research (INRA) also provides information on his current research projects and collaborations.
His contributions to reports and conferences on climate change and sustainable agriculture are also valuable sources for understanding the extent and scope of his work. Scientific platforms such as ResearchGate or Google Scholar list all of his academic publications and allow you to follow the evolution of his research.
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Geography Professor in Preparatory Classes Associate Researcher at Ruralités Laboratory, University of Poitiers, France Agrégé in Geography, PhD in Geography-Environment Specialties: Environmental Geopolitics, Large Predator Conservation, Environmental Conflicts |
Farid Benhamou, as indicated by his first name of Arabic origin, represents French diversity in the field of environmental geography. His exemplary academic journey testifies to the excellence that French research can achieve through the contributions of researchers from all backgrounds.
University of Tours
His initial training at the University of Tours, renowned for its geography programs, provided him with solid foundations in physical and human geography that would characterize his future specialization in environmental geography. The University of Tours, located in the Loire Valley, offers an ideal setting for understanding human-environment interactions.
Success in the agrégation competition
Obtaining the agrégation in geography in 2000 marks a crucial stage in his career. This national competition, one of the most selective in French education, attests to his exceptional mastery of the geographical discipline in all its diversity: physical geography, human geography, geopolitics, and cartography.
Monitor then ATER at University Paris 1 Panthéon-Sorbonne
This formative period at one of France's most prestigious universities allowed him to develop his pedagogical skills while deepening his research. University Paris 1 Panthéon-Sorbonne, renowned for its geography and history departments, offers a stimulating academic environment for a young researcher.
AgroParisTech - ENGREF (National School of Rural Engineering, Water and Forests)
The choice to pursue his PhD at AgroParisTech-ENGREF testifies to his desire to specialize in applied environmental geography. This institution, a world reference in agronomy, forestry, and environmental fields, provided him with conceptual and methodological tools to address complex nature conservation issues.
Farid Benhamou's career is characterized by early and deep specialization in an innovative research field: the geopolitics of large predator conservation. This original orientation makes him a pioneer in applying geopolitical methods to local environmental issues.
"Crying Wolf to Get the Bear's Skin. A Local Geopolitics of the Environment"
This thesis, defended in 2007, revolutionizes the approach to environmental conflicts by applying geopolitical tools at the local scale. The title, both provocative and scientifically rigorous, perfectly illustrates his ability to analyze actor strategies in conservation controversies.
Distinguished by the French National Committee of Geography
The recognition of his thesis by the CNFG, the supreme instance of French geography, testifies to the originality and exceptional quality of his work. This distinction is rare and confirms the innovative contribution of his research to the geographical discipline.
Over 25 years of specialized research
Since 1998, nearly a quarter-century, Farid Benhamou has developed unique expertise on conflicts around bear and wolf conservation. This longevity in research allows him to analyze temporal evolutions of controversies and develop a fine understanding of territorial dynamics.
Innovative geopolitical approach
He is a pioneer in applying geopolitical approaches to local environmental issues. This original approach allows for deciphering strategies of different actors (farmers, ecologists, public authorities, scientists) and understanding power issues underlying conservation debates.
Transmission of geographical excellence
As a geography professor in preparatory classes, he trains French student elite in contemporary geographical issues. This high-level pedagogical function allows him to transmit his passion for environmental geography to future national leaders.
Anchoring in rural space research
His affiliation with the Ruralités laboratory at the University of Poitiers fits perfectly with his specialization on environmental conflicts in rural areas. This laboratory, recognized for its work on rural space transformations, offers an ideal framework for his research.
Environmental conflicts in Algeria
His research extends to environmental conflicts in Algeria, testifying to his ability to analyze environmental issues in different geographical and cultural contexts. This international dimension enriches his understanding of conflict mechanisms.
Arctic geopolitics
He also develops expertise on geopolitical issues of polar bear protection in the Arctic, demonstrating his ability to apply his analytical methods at different geographical scales, from local to global.
The distinctions and recognition obtained by Farid Benhamou testify to his stature as a recognized specialist in environmental geography and conservation geopolitics.
Recognition by the supreme instance of French geography
The distinction of his thesis by the CNFG constitutes the most prestigious recognition in French geography. This distinction, awarded to very few theses each year, confirms the exceptional contribution of his work to the discipline.
Member of the French National Committee of Geography (CNFG)
This function testifies to his recognition by peers as a leading expert. The CNFG brings together France's most eminent geographers and plays a crucial role in orienting the discipline.
Secretary of the Environment Geography - Risk Commission
This responsibility in a thematic commission of the CNFG confirms his leadership position in French environmental geography. This function allows him to orient national scientific debates in his specialty.
Member of scientific councils of international conferences
His participation in scientific councils of international conferences on species conservation testifies to international recognition of his expertise. This international dimension confirms the impact of his work beyond French borders.
"Animal Territory, Human Territory: Aspects and Issues of Large Predator Return"
This publication perfectly illustrates his ability to analyze territorial issues of coexistence between humans and wildlife.
"Arctic: The Geopolitical Underpinnings of Polar Bear Protection"
This study demonstrates his mastery of environmental geopolitics at the global scale and his ability to decipher international conservation issues.
"Synthesis of a Promising and Heterogeneous Renewal: Towards a Human and Political Geography of Animals"
This publication testifies to his contribution to the emergence of a new disciplinary field: animal geography, a rapidly expanding domain.
Farid Benhamou's impact extends far beyond the academic framework to influence conservation public policies and societal debates on human-nature coexistence.
Creation of a new disciplinary approach
Farid Benhamou is a pioneer in applying geopolitics to local environmental issues. This methodological innovation opens new analytical perspectives for understanding conservation conflicts. His approach now influences many researchers in France and abroad.
Expertise for public decision-makers
His analyses of conflicts around bears and wolves nourish French public decision-makers' reflections on conservation policies. His fine understanding of territorial dynamics and actor strategies is valuable for developing more effective and better-accepted conservation policies.
Contribution to public research programs
His participation in research programs on environmental conflict management in Algeria testifies to recognition of his expertise by international research institutions.
Training future elites
As a professor in preparatory classes, he trains future French elites in contemporary geographical issues. His students, future leaders in public service, business, and research, are sensitized to complex nature conservation issues.
Renewal of geography teaching
His geopolitical approach to the environment renews geography teaching by showing how this discipline can illuminate the most complex contemporary issues.
Illuminating environmental controversies
His work provides rigorous scientific insight into passionate debates about large predator return in France. His geopolitical analysis allows moving beyond entrenched positions to understand issue complexity.
Mediation between science and society
He plays a mediator role between academic research and societal concerns, contributing to better public understanding of conservation issues.
Contribution to world geography
His work on conservation geopolitics contributes to the international influence of French geography. His original approach is studied and cited by researchers worldwide.
Arctic expertise
His analyses on polar bear protection geopolitics in the Arctic confer recognized expertise on this strategic region, a major geopolitical issue of the 21st century.
📧 Email: fbenhammou2002@yahoo.fr
Biography compiled from public sources - Last updated: 2025
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President and Vice-Chancellor Toronto Metropolitan University, Canada |
Mohamed Lachemi is originally from Algeria, where he built the foundation of his academic education before pursuing higher studies in Canada. His educational journey demonstrates a solid expertise in the field of civil engineering.
He obtained his initial degree in civil engineering from the University of Science and Technology of Oran in Algeria, establishing a solid foundation for his future academic and administrative career. Continuing his university education in Canada, he completed his training with a master's degree and then a doctorate from the University of Sherbrooke in Quebec.
This multicultural training and his dual expertise, both in North African and North American educational systems, have given him a unique and global vision that has proven valuable in his future university leadership responsibilities.
Mohamed Lachemi's career is marked by a remarkable academic and administrative trajectory at Toronto Metropolitan University (formerly Ryerson University), where he has progressively climbed the ranks since his arrival as a professor.
His professional journey at this university began in 1998, when he was appointed as a professor of civil engineering. His competence and leadership quickly allowed him to access positions of increasing responsibility within the institution. He notably held the position of Dean of the Faculty of Engineering and Architectural Science, where he significantly contributed to the development and influence of these disciplines.
Subsequently, he was appointed as Provost and Vice-President Academic, a position in which he supervised all the university's academic programs and implemented strategies to improve the quality of teaching and research.
The pinnacle of his academic career came in 2016, when he was appointed President and Vice-Chancellor of the university. The confidence that the institution places in him was confirmed by the renewal of his mandate until 2026, testifying to the effectiveness of his leadership and his vision for the future of the establishment.
Alongside his administrative functions, Mohamed Lachemi is recognized as an internationally renowned researcher in the field of civil engineering. His research work, although not detailed in the available information, has likely contributed to the advancement of knowledge in this discipline and has earned him recognition by his peers.
Mohamed Lachemi has received numerous marks of recognition for his expertise and leadership, both in the academic field and in civil society.
He was elected a Fellow of the Canadian Academy of Engineering, a prestigious distinction that highlights his exceptional contribution to the discipline of engineering and his influence in this field in Canada.
His stature and expertise earned him appointment as Chair of the Council of Ontario Universities, an organization that represents the collective interests of universities in Canada's most populous province. In this role, he has helped shape higher education policies at the provincial level.
He also served as Chair of the Finance Committee of Universities Canada, demonstrating his skills in financial management and governance in the higher education sector.
His appointment to the National Research Council of Canada from 2018 to 2021 also testifies to the recognition of his expertise and vision at the national level in the field of research and innovation.
Mohamed Lachemi's impact on Canadian higher education, and particularly on Toronto Metropolitan University, is considerable.
Under his leadership, the university has experienced a transformative period that has propelled it to the rank of a world-class institution. He notably led the creation and establishment of groundbreaking faculties of law and medicine, thus expanding the university's educational offerings in prestigious and highly sought-after professional fields.
He also supervised the launch of the Rogers Cybersecure Catalyst, a national cybersecurity center that positions the university as a key player in this strategic area for the contemporary knowledge economy.
His leadership enabled the university to be entrusted with the direction of the Future Skills Centre, a national initiative aimed at helping Canadians acquire the essential skills in the new economy. This responsibility underscores the confidence placed in the institution under his governance to meet the challenges of adapting the workforce to economic transformations.
His influence extends beyond the academic world, as demonstrated by his participation in various boards of directors, including Trillium Health Partners (in the health sector), Rogers Communications Inc. (a major telecommunications company in Canada), Hackergal (a non-profit organization aimed at encouraging young girls to take an interest in programming), and DMZ Ventures (a technology business incubator). These commitments testify to his holistic vision that connects education, innovation, and socio-economic development.
As a member of the Canadian Society for Civil Engineering, he also contributes to the development of his original discipline and its adaptation to contemporary challenges.
To deepen your knowledge of Mohamed Lachemi's career and achievements, you can consult:
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Technical Director & Managing Director ESCO International Ltd United Kingdom Specialties: Environment - Urban Planning - Architecture - Geography |
Omar Legrini was born on December 24, 1959, in Oran, Algeria. He completed his higher education at the Algerian Petroleum Institute (IAP) in Boumerdes, Algeria, where he developed his initial expertise in chemical engineering.
He subsequently obtained a PhD in Chemical Engineering, specializing in water and gas purification. This solid academic foundation enabled him to acquire in-depth expertise in environmental treatment processes that characterize his career today.
With more than 35 years of experience in chemical engineering and photochemical processes applied to water and air treatment, Omar Legrini has established himself as a recognized expert in his field. His career is built around several major areas:
His innovations find applications across numerous sectors:
As Managing Director of ESCO International Ltd, he currently oversees all company projects and continues to lead research and development efforts in UV, ozone, and advanced oxidation technologies.
Omar Legrini has made significant contributions to the scientific literature in his field with numerous publications in specialized journals. His research work focuses primarily on:
He is regularly invited to present his work at international conferences and maintains an active presence in the scientific community specialized in water and air treatment.
Omar Legrini's impact on the water and air treatment industry is considerable. He has revolutionized several aspects of the sector:
His technologies contribute to:
Under his leadership, ESCO International Ltd offers:
Email: omar.legrini@escouk.com
General Email: info@escouk.com
Phone: +44 1492 584140
Mobile: +44 7795 512 651
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PhD Student PAN African University, Institute of Basic Science, Technology and Innovation, Kenya Fields of specialty: Environment, Urban Planning, Architecture, Geography |
Born on August 27, 1998, in Ghardaia, Algeria, Ibtissam Oulad Heddar completed her secondary education at Moufdi Zakaria High School in Ghardaia. She then pursued her academic journey at Ghardaia University in Algeria, where she obtained a State Engineer degree in Urban Hydraulics. Currently, she is pursuing her doctoral studies at the PAN African University, Institute of Basic Science, Technology and Innovation in Kenya, where she is deepening her research in the field of sustainable water resource management.
Ibtissam Oulad Heddar's scientific career revolves around several major axes:
Her research work primarily focuses on developing sustainable technologies for wastewater treatment and reuse, with a particular emphasis on using natural and biological materials. This approach is part of an integrated water resource management and water security perspective, particularly in arid zones like the Algerian Sahara.
Ibtissam Oulad Heddar has actively participated in several scientific events of national scope and has contributed to the scientific literature in her field:
Ibtissam Oulad Heddar's research work on wastewater reuse after triple treatment using natural and biological materials has a significant impact in several key areas:
Overall, the results of her studies play an important role in improving water management and developing sustainable solutions to future water problems, particularly in arid and semi-arid regions.
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Projects Quality Manager Hatch, Mississauga, ON, Canada Specialty Field(s): Industrial Engineering - Energy - Materials, Environment - Urban Planning - Architecture - Geography |
Born on August 15, 1975, in Laghouat, Algeria, Mohammed Sabri Zemith followed a rigorous academic path that led him to obtain a Master of Science degree from the National Institute of Applied Sciences (INSA) in France. His specialized training focused on concrete and composite materials, establishing a solid foundation for his future career in engineering and project management.
In addition to his academic education, he has obtained important professional certifications, notably as an IRCA Certified Lead Auditor for ISO 14001, strengthening his expertise in quality management systems and sustainable development.
Mohammed Sabri Zemith has over 22 years of experience in engineering and consulting, specializing in managing complex projects across various sectors. He worked as a Project Manager at Sener, a global leader in sustainable engineering solutions, where he successfully managed projects in diverse fields including light rail transit (LRT), infrastructure, heavy civil engineering, and the oil and gas sector.
His expertise extends to various project delivery models, such as Progressive Design-Build, Public-Private Partnerships, and Alliance contracts, which has enabled him to navigate complex projects with agility and efficiency. As a quality management expert, he is committed to implementing rigorous quality control measures and ensuring compliance with industry standards.
Currently, he holds the position of Projects Quality Manager at Hatch in Mississauga, Canada, where he continues to apply his expertise in project management and quality assurance. His role includes the meticulous development and maintenance of project plans and schedules, ensuring that each initiative aligns with the company's commitment to excellence and sustainability.
Sabri excels in identifying opportunities within project requests for proposals (RFPs) and scopes of work (SOW), leveraging his deep understanding of civil engineering and construction management to drive successful outcomes. His expertise in leading the bid preparation process is instrumental, guiding teams through all phases of the bidding lifecycle—from crafting compelling technical and financial proposals to navigating the complexities of the awarding phase.
Mohammed Sabri Zemith holds a Master of Science from INSA France with expertise in concrete and composite materials. His certification as a Lead Auditor for ISO 14001 demonstrates his commitment to quality management and environmental practices. His expertise and leadership in managing complex engineering projects are recognized by his peers and the organizations for which he has worked.
Sabri Zemith's professional impact is demonstrated by his ability to successfully lead major infrastructure projects across different sectors and geographical regions. His unique combination of technical expertise and interpersonal skills makes him a valuable asset to engineering organizations.
His proactive approach to cost reduction and risk management has consistently resulted in successful project delivery. With a strong emphasis on social intelligence, Sabri fosters collaborative relationships with stakeholders, ensuring that all voices are heard and integrated into the project lifecycle.
His trilingualism (French, English, and Arabic) facilitates effective communication in international work environments, enhancing his ability to build and maintain strong professional relationships with diverse stakeholders.
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Research Director in Astrophysics Institute of Space Astrophysics (CNRS/University Paris-Saclay), France |
Nabila Aghanim was born in 1969 in Algiers, Algeria. Her interest in astronomy and astrophysics manifested very early in her life, at the age of nine, after reading a book explaining the formation of the Earth-Moon system. This discovery was decisive in orienting her towards the study of the Universe.
She pursued her studies in Algeria, where she obtained a scientific baccalaureate in 1988, followed by a higher education diploma (DES) in physics. Determined to deepen her knowledge in astrophysics, she moved to France in 1993 to pursue a Master's degree in Astrophysics and Space Instrumentation in Paris.
In 1996, she defended her doctoral thesis entitled "Contribution to the study of secondary anisotropies of the cosmic microwave background" under the supervision of Jean-Loup Puget at the University of Paris-Diderot. This thesis marked the beginning of her research on the cosmic microwave background, which would become one of her main areas of expertise.
After her thesis, she held a position as a temporary teaching and research assistant (ATER) at the University of Paris-Sud (now University Paris-Saclay) for one year. In 1997, she left for a post-doctoral position at the University of California, Berkeley, but could only stay for six months due to residency rights issues related to her Algerian nationality. She then continued her post-doctoral work at the National Center for Space Studies (CNES), working between the Institute of Astrophysics of Paris and the Institute of Space Astrophysics (IAS) in Orsay.
Nabila Aghanim's scientific career truly took off in 1999, when she was recruited as a research fellow at CNRS, at the Institute of Space Astrophysics in Orsay. Her scientific excellence and leadership allowed her to advance to the position of CNRS research director in 2010, confirming her status as a leading researcher in the field of cosmology.
Throughout her career, she also assumed important administrative responsibilities, successively occupying the positions of deputy director of the Institute of Space Astrophysics, then director of the Paris-Sud Observatory of Universe Sciences (which became the Paris-Saclay Observatory of Universe Sciences) from 2017 to 2021.
Nabila Aghanim is recognized as one of the pillars of the Planck mission of the European Space Agency (ESA), which aims to unravel the mysteries of the primordial Universe and to understand the evolution of cosmic structures. For more than a decade, she coordinated the team responsible for exploiting data from this mission to study galaxy clusters, hot diffuse gas, and reionization. This work led to the discovery of hundreds of new galaxy clusters, allowing precise measurements of cosmological parameters.
Her research lies at the interface between theories and observations made by radio telescopes. She specializes in the interpretation of the cosmic microwave background, the electromagnetic background that is a remnant of the Big Bang, which provides information about the initial conditions of the Universe, its age, and its structure. She is also interested in galaxy clusters and large-scale structures of the Universe.
Within the Planck collaboration, she works specifically on the Sunyaev-Zeldovich (SZ) effect, a physical phenomenon that allows the detection of galaxy clusters through their imprint on the cosmic microwave background. She also participates in other major international projects, notably ESA's Euclid space telescope, which aims to elucidate the question of dark energy, one of the greatest enigmas of contemporary astrophysics. She is also involved in the European network of radio telescopes LOFAR.
One of the major achievements of Nabila Aghanim and her team at the Institute of Space Astrophysics is the evidence, for the first time, of the hidden matter of the Universe, a fundamental discovery for our understanding of cosmic structure and evolution.
Her research work has led her to collaborate with prestigious institutions around the world, notably during stays at the University of Oxford in the United Kingdom and the Tokyo Observatory in Japan.
The excellence of Nabila Aghanim's work has been recognized by several prestigious distinctions throughout her career:
She is also the recipient of an ERC Advanced Grant, one of the most prestigious research grants in Europe, for her work on the characterization of baryons in the cosmic web. This grant, awarded by the European Research Council, supports high-level exploratory research projects.
These distinctions testify to the recognition by the international scientific community of the importance and originality of Nabila Aghanim's work, as well as her major role in advancing our understanding of the Universe.
Nabila Aghanim's scientific impact is considerable in the field of observational cosmology. Her work on the cosmic microwave background and the large-scale structures of the Universe has significantly contributed to our understanding of the origin, structure, and evolution of the Universe.
Her contribution to the Planck mission has been crucial for the success of this major project of the European Space Agency. The data collected and analyzed under her direction have refined our knowledge of fundamental cosmological parameters, such as the age of the Universe, its composition, and its rate of expansion. The discovery of hundreds of new galaxy clusters through this data has enriched our mapping of the Universe on a large scale.
The evidence of the hidden matter of the Universe by her team represents a major advancement in our understanding of cosmic structure. This discovery contributes to solving one of the great mysteries of modern astrophysics: the nature and distribution of dark matter and dark energy, which together constitute more than 95% of the energy content of the Universe.
Her involvement in the development of the Euclid satellite demonstrates her will to push the boundaries of knowledge to elucidate the question of dark energy, considered one of the greatest enigmas of contemporary physics.
Beyond her direct scientific contributions, Nabila Aghanim has exerted an important influence through her leadership responsibilities, notably as director of the Paris-Saclay Observatory of Universe Sciences. In this role, she has contributed to guiding research and training the next generation of researchers in astrophysics.
Her exceptional journey, from Algeria to the highest spheres of international research in astrophysics, makes her an inspiring model, particularly for young scientists and women in the fields of science, technology, engineering, and mathematics (STEM). In 2015, she shared her expertise during a conference entitled "Brief overview of astrophysics" on Algerian national radio, thus contributing to the dissemination of scientific knowledge to a wider audience.
Through her discoveries and scientific leadership, Nabila Aghanim has not only advanced our understanding of the Universe but has also helped strengthen the position of women in the field of astrophysics and inspire the next generation of researchers.
To deepen your knowledge about Nabila Aghanim and her work, you can consult:
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Professor of Astrophysics American University of Sharjah, United Arab Emirates |
Nidhal Guessoum was born on September 6, 1960, in Algeria. Coming from a family that valued education, he showed an early interest in science and astronomy. He completed his secondary education at Lycée Amara Rachid in Algiers, where he distinguished himself through academic excellence.
His university career began at the University of Science and Technology of Algiers, where he earned a Bachelor of Science (B.Sc.) in theoretical physics in 1982. Determined to deepen his knowledge, he continued his studies in the United States at the University of California, San Diego (UCSD), an institution renowned for its excellence in astrophysics. There, he successively obtained a Master of Science (M.Sc.) and a Doctor of Philosophy (Ph.D.) in astrophysics.
His doctoral thesis, defended in 1988, focused on a complex and fundamental subject: thermonuclear reactions of light nuclei in astrophysical plasmas. This research explored the energy processes at the core of the Sun and the fragmentation reactions of light nuclei in various astrophysical environments such as accretion disks around black holes and neutron stars, thus contributing to deepening our understanding of stellar mechanisms and high-energy phenomena in the universe.
After obtaining his doctorate, Nidhal Guessoum began a brilliant career as a researcher and educator. He first completed a post-doctoral fellowship at the prestigious NASA Goddard Space Flight Center under the supervision of Reuven Ramaty, a renowned astrophysicist specialized in gamma-ray studies. This collaboration profoundly influenced the direction of his future research.
His academic career then led him to several institutions around the world. Between 1990 and 1995, he returned to his native country to teach at the University of Blida in Algeria, contributing to the development of scientific education in the region. From 1995 to 2000, he joined the College of Technological Studies in Kuwait, broadening his experience in the Arab world.
Since 2000, he has been a professor at the American University of Sharjah in the United Arab Emirates, where he continues his research and teaching activities. He also collaborates with several prestigious scientific institutions in France and internationally, notably the INTEGRAL laboratory at the Center for Space Radiation Studies in Toulouse.
His areas of expertise cover several aspects of high-energy astrophysics, with particular emphasis on:
His scientific output is substantial and diverse, with more than a hundred publications in peer-reviewed international journals, book chapters, and presentations at international conferences. His work on electron-positron annihilation in the Milky Way has made significant contributions to our understanding of this complex phenomenon.
Throughout his career, Nidhal Guessoum has received numerous distinctions for his exceptional contributions to physics, education, and the dialogue between science and religion. In June 2003, his excellence in research was recognized with the 2nd Prize for Research in Science, Engineering, and Architecture from the American University of Sharjah.
His international reputation is attested by his membership in several prestigious scientific institutions:
He has also been invited as a speaker to numerous universities and international institutions, testifying to the recognition of his expertise by his peers. His role as a science communicator has led him to be sought after by many international media outlets, including Al-Jazeera, BBC, NPR, France 2, and Le Monde, to enlighten the public on complex scientific issues.
Nidhal Guessoum's influence extends far beyond the scope of his scientific research. He has established himself as a leading intellectual in the Arab and Muslim world, working toward the development of a modern scientific culture and constructive dialogue between science and religion.
As a fervent advocate for scientific thinking in the Muslim world, he invests considerably in science communication and education. His balanced and rigorous approach to the relationship between science and Islam has made him a respected voice in both scientific and religious circles.
His major work, "Islam's Quantum Question: Reconciling Muslim Tradition and Modern Science" (2010), translated into several languages, constitutes an important reference in this field. In this book, he advocates for the integration of modern scientific advances into Islamic thought, while proposing a nuanced approach that respects both scientific rigor and religious tradition.
His work on the Islamic calendar, notably his co-authorship of a book on the observation of the lunar crescent, demonstrates his desire to apply scientific methodology to questions traditionally governed by religious approaches. He has thus contributed to modernizing and rationalizing certain practices while respecting their spiritual dimension.
His critical article published in Nature in 2013 had a significant impact, highlighting the striking contrast between the golden age of Islamic astronomy and the current lack of investment by Arab countries in astronomical research. This courageous stance illustrates his commitment to scientific renewal in the Arab world.
His media presence is also significant. As a regular contributor to influential newspapers and platforms such as Gulf News, The Huffington Post, and Nature Middle East, he uses these forums to raise awareness among a wide audience about scientific issues and the importance of dialogue between science and religion. His appearances on channels like Al-Jazeera, BBC, or France 2 allow him to reach an even broader and more diverse audience.
Through his teaching, writings, and lectures, Nidhal Guessoum inspires many young scientists, particularly in the Arab world, to pursue careers in scientific fields and to develop critical and open thinking. His influence thus extends well beyond his direct contributions to astrophysics, making him a true bridge between Western and Islamic scientific cultures.
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CEO, Infinite Orbits France |
Born on May 16th, 1977 in Biskra, Algeria. Completed his baccalaureate in Algeria, then pursued a Master of Aerospace Engineering in France followed by an MBA from INSEAD, one of the world’s top business schools.
Graduated from ISAE-SUPAERO in Toulouse. In 1999, he began his career as an entrepreneur in Silicon Valley. After ten years creating tech companies, he moved into consulting for multinational companies in Asia. He founded Infinite Orbits in 2017 and became its full-time CEO in 2019. Under his leadership, the company developed innovative in-orbit servicing solutions, including the successful launch of OrbitGuard1 in 2023, the first geostationary nanosatellite in the world.
Board member of the European Space Agency (ESA).
Infinite Orbits, headquartered in Toulouse, employs 42 people and raised €12 million in 2024 from public and private investors. The company is a global leader in fast-growing in-orbit services, especially for geostationary telecommunications satellites.
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Astronomer / Astrophysicist Nanjing Institute of Astronomical Optics & Technology (China) / Universidad de Chile (Chile) |
Born on September 19, 1980, in Meliana (Aïn Defla, Algeria). Completed schooling in Algeria. Obtained a Magister in Astrophysics with honors from the University of Algiers in 2006. Thesis: Study and implementation of time-distance helioseismology techniques at the Algiers Observatory.
2003: First year of postgraduate studies (theoretical physics of low and medium energies). 2002: Admission to postgraduate program. Degree in radiation physics. 1998: Bachelor’s degree in Oran, Algeria.
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Massinissa Hadjara’s work has contributed to high-angular-resolution astronomical instrumentation, the study of circumstellar environments, and the advancement of astrophotonics. His publications are indexed in ADS and SPIE.
Emails: mhadjara@niaot.ac.cn / mhadjara@uchile.cl
Phones: +86 15618379392 / +56 978072135 (WhatsApp/Viber)
LinkedIn: Profile
ResearchGate: Profile
SPIE: Profile
ADS: Publications
Current address: NIAOT-CAS / DIE - Universidad de Chile, Santiago (Chile) & Nanjing (China)
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Senior Research Fellow, US Air Force Research Laboratory USA |
Born in 1961 in Algiers, Algeria. Graduated from El Mokrani High School and earned an Engineer degree from Ecole Nationale Polytechnique, Algiers in 1984. He then received his M.S. (1987) and Ph.D. (1990) in electrical engineering from Syracuse University, NY.
From 1990 to 1991, Assistant Professor at Syracuse University. Worked in radar technology in private sector until 1999. Then Senior Research Engineer at AFRL (1999–2006). Chief Research Officer at Signal Labs Inc. (2006–2008). Technical Advisor at AFRL (2008–2018). Since 2019, he has been a Division Research Fellow in the RF Technology Branch. He authored over 280 peer-reviewed publications and serves on major international panels including NATO and TTCP.
Fellow of the IEEE (since 2007), Fellow of AFRL (since 2013), President-Elect of IEEE AESS. Recipient of the 2001 IEEE Region I Award and 2012 IEEE Warren White Award.
World-renowned radar expert with key contributions to adaptive signal processing, distributed MIMO radar, over-the-horizon radar, and passive systems. Influential across military research and academic communities globally.
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Professor of Physics and Astrophysics University of Texas at Dallas, United States |
Mustapha Ishak-Boushaki was born in Algeria, where he grew up and completed his pre-university studies in the city of Bouira. His academic journey demonstrates a solid multidisciplinary foundation and a constant pursuit of excellence.
In 1987, he moved to Montreal, Canada, to pursue his higher education. He first obtained an undergraduate degree in computer science at the University of Quebec at Montreal in 1994, followed by an additional undergraduate degree in physics from the University of Montreal in 1998. This dual training provided him with valuable expertise at the intersection of computer science and physics, a considerable asset for his future research in theoretical cosmology.
He then attended Queen's University at Kingston, where he completed his PhD in general relativity and theoretical cosmology with distinction in 2002. His graduate work focused on advanced topics such as inhomogeneous cosmologies, wormholes, exact solutions in general relativity of compact objects (such as neutron stars), and an inverse approach to the Einstein field equations. The excellence of his doctoral work earned him the prestigious fellowship of the Research Council of Canada.
After completing his PhD, Mustapha Ishak-Boushaki began his professional career as a research associate at Princeton University, a world-renowned institution in theoretical physics. This experience allowed him to collaborate with leading researchers and deepen his work in the field of cosmology.
In 2005, he joined the University of Texas at Dallas as a professor, where he formed an active group of cosmologists and astrophysicists. His career at UT Dallas has been marked not only by the excellence of his research but also by his exceptional commitment to teaching and mentoring, as evidenced by the numerous awards he has received in these areas.
His research work focuses on several fundamental areas of modern cosmology:
Mustapha Ishak-Boushaki is an active member and leader in the Legacy Survey of Space and Time - Dark Energy Science Collaboration (LSST-DESC) and the Dark Energy Spectroscopic Instrument (DESI) survey collaboration. These two international collaborations aim to revolutionize our understanding of the universe, gravity, and cosmic acceleration. He is co-lead of the DESI Working Group that led the cosmological analysis that provided the most remarkable results about Dark Energy and Cosmic Acceleration.
His scientific output is impressive, with over 100 publications with nearly 8,000 citations, testifying to the significant impact of his work on the scientific community. On April 4th, 2024, he delivered a memorable invited talk at the American Physical Society Meeting on behalf of the entire DESI collaboration to announce the famous result that Dark Energy is evolving in time, a discovery that echoed around the world.
Mustapha Ishak-Boushaki's exceptional career has been recognized by numerous prestigious distinctions, both for his scientific contributions and for his excellence in teaching:
Scientific Distinctions:
Teaching Excellence Recognitions:
His publications have also received specific recognitions. In 2002, one of his publications was voted by the Editorial Board of Classical and Quantum Gravity as one of the journal's highlights of the year. In 2008, one of his publications was selected by Nobel Laureate Gerardus't Hooft to be on the Chief Editor List of the Foundation of Physics Journal. In 2013, his publication in Physical Review Letters was selected by the editors to be highlighted in the Spotlighting Exceptional Research in Physics website of the American Physical Society.
Mustapha Ishak-Boushaki's impact on the field of theoretical cosmology and astrophysics is considerable and multidimensional.
On the scientific level, his pioneering work on testing general relativity at cosmological scales has opened new perspectives for understanding the origin of cosmic acceleration, one of the greatest mysteries of modern physics. His proposal of methods to distinguish between dark energy and modifications to general relativity has helped structure an entire branch of research in observational and theoretical cosmology.
His 2018 review article on testing general relativity in cosmology, published in Living Reviews in Relativity, constitutes an essential reference for researchers in the field. With its 204 pages, this comprehensive document summarizes the current state of knowledge and guides future developments in this crucial area of research.
His contributions to the study of the intrinsic alignment of galaxies also have a significant impact on our ability to correctly interpret observations of weak gravitational lensing, an essential technique for mapping the distribution of matter in the universe and testing cosmological models.
As co-lead of the DESI Working Group that led the cosmological analysis, he played a central role in the recent discovery of the time evolution of dark energy, a result that could transform our understanding of the nature of this mysterious component that dominates the energy of the universe.
Beyond his direct scientific contributions, Mustapha Ishak-Boushaki also has a significant impact as an educator and mentor. The numerous awards he has received for excellence in teaching testify to his exceptional ability to transmit complex knowledge and inspire the next generation of physicists and astrophysicists. His dedication to mentoring research students contributes to training qualified scientists who will continue the exploration of cosmic mysteries.
As an invited speaker at numerous international events, including the 2019 Opening Plenary Talk of the International Conference of the 100th anniversary of the 1919 Solar Eclipse expedition and experiment that confirmed Einstein's Theory of General Relativity, he contributes to the dissemination of cosmological knowledge and the inspiration of a wider audience.
Finally, as a scientist of Algerian origin who has reached the highest levels of excellence in the field of theoretical physics in the United States, he represents an inspiring model for young researchers around the world, particularly those from developing countries. His journey illustrates how talent, determination, and dedication can lead to significant contributions to our understanding of the universe, regardless of geographical origins.
To deepen your knowledge about Mustapha Ishak-Boushaki and his work, you can consult:
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Research Fellow in Vibration Fault Diagnosis for Machinery and Healthcare University of Huddersfield, United Kingdom |
Born in 1991 in Medjana (Bordj Bou Arreridj, Algeria), Rami Kerrouche completed his university studies at the University of Blida 1, specializing in aerospace engineering. He holds a PhD in Aerospace Engineering focused on condition monitoring of rotating machinery (bearings and gears).
As a researcher, Rami Kerrouche specializes in predictive maintenance and mechanical fault diagnosis. His work includes machine health analysis, signal processing techniques, and data-driven modeling to enhance reliability in industrial and aerospace equipment.
Key Publications:
1. "Power Loss Estimation and Thermal Analysis of an Aero-Engine Cylindrical Roller Bearing" (Tribology Transactions, 2021).
2. "Thermal characteristics of a 90-mm bore cylindrical roller bearings for aerospace applications" (Tribology International, 2023).
Conferences:
• Presentations at STLE (USA) and World Tribology Congress on high-speed bearings and thermal analysis for aerospace.
His research enhances the reliability and safety of rotating machinery in aerospace, automotive, and energy sectors. His early fault detection methods reduce maintenance costs and support smart industry strategies.
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Military Aircraft Staff Guidance, Navigation and Control Engineer Northrop Grumman Corporation, Florida, USA Fields of specialty: Astronomy, Aeronautics, Space Sciences, Marine Sciences |
Born in 1971 in Algiers (Algeria), Karim Khial completed his secondary education at Miramar High School in Algiers. He pursued his university studies at the University of Science and Technology Houari Boumediene (USTHB) where he obtained an engineering degree in electronics, with a specialization in control systems. His thirst for knowledge and passion for aeronautics then led him to École Polytechnique de Montréal in Canada, where he earned both a Master's degree and a PhD in control systems, robotics, and aeronautics, thus consolidating his expertise in these highly specialized fields.
Karim Khial's scientific career has primarily developed in the field of military aeronautics. As a Staff Guidance, Navigation, and Control Engineer at Northrop Grumman Corporation in Florida (USA), one of the world's leading companies in the defense and aerospace sector, he has specialized in designing flight control systems for military aircraft and helicopters.
His technical expertise encompasses:
His scientific contribution is particularly distinguished in the field of control law optimization for military aircraft and in the development of innovative methods for detecting forces acting on aircraft, innovations that have led to several invention patents.
Karim Khial has received international recognition for his technological innovations in the field of aeronautics, as evidenced by his three major invention patents:
These patents attest to his significant contribution to the advancement of aeronautical technologies and his ability to develop innovative solutions to address complex challenges in the aerospace industry.
The impact of Karim Khial's work extends beyond the military aeronautical industry to reach the field of space exploration. His patent US7885717B2 on fast control law optimization has been integrated into NASA's CONDUIT (Control Designer's Unified Interface) software tool, a multidisciplinary integration environment for flight control development.
This adoption by NASA demonstrates the exceptional value and utility of his innovations in the context of the most demanding space and aeronautical missions. The integration of his technologies into NASA's design tools has improved:
His influence thus extends throughout the aerospace industry, contributing to shaping standards and practices in the field of advanced control systems for aeronautical and space applications.
For more information or to contact Karim Khial:
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Physicist and Dean of the College of Sciences University of Massachusetts Lowell, United States |
Noureddine Melikechi was born in 1958 in Thenia, Algeria. His academic journey, characterized by excellence and a progressive specialization in advanced physics, developed through several stages and countries:
This multidisciplinary and international education laid the foundation for his future career as a world-renowned researcher in the field of optical physics and laser applications.
Noureddine Melikechi's career is marked by consistent progression and significant contributions in several prestigious institutions:
Noureddine Melikechi's research work is distinguished by its interdisciplinary nature and concrete applications in several fields:
The excellence and impact of Noureddine Melikechi's work have been recognized by numerous national and international distinctions:
Noureddine Melikechi's influence extends well beyond his direct scientific contributions:
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Associate Professor Wake Forest University - USA |
1984: Born in Chelghoum Laid (Mila Province), Algeria
2004: Bachelor of Arts (B.A.) - University of Batna, Algeria
2014: Master of Arts (M.A.) - University of Florida, USA
2017: Doctor of Philosophy (Ph.D.) in Political Science - University of Florida, USA
Areas of Specialization: International Relations, Foreign Policy, International Development, China-Africa Relations
Lina Benabdallah is an Associate Professor in the Politics & International Affairs Department at Wake Forest University. A recognized specialist in Sino-African relations, she develops innovative theoretical approaches to understand contemporary power dynamics.
Current Research: Her first book "Shaping the Future of Power: Knowledge Production and Network-Building in China-Africa Relations" (Michigan Press University, 2020) develops a framework drawing on Qin Yaqing's Relational International Relations theory to analyze China's human capital investments and network-building motivations in Africa.
New Book Project: She is currently working on a second book that studies current Chinese government-issued discourses and narratives about the New Silk Road being a continuation of Sino-centric 15th Century Indian Ocean exchanges. The project investigates the degree to which Chinese foreign policy is successful (or not) in impacting local elites and citizens' perceptions of China in countries with New Silk Road projects.
Areas of Expertise:
Prestigious Academic Affiliations:
Publications in Leading Journals: International Studies Quarterly, Journal of International Relations and Development, Third World Quarterly, African Studies Quarterly, Project on Middle East Political Science
Media Contributions: Washington Post's Monkey Cage blog, Foreign Policy
Dr. Benabdallah's seminal work, "Shaping the Future of Power: Knowledge Production and Network-Building in China-Africa Relations" (July 2020), probes the type of power mechanisms that project, diffuse, and circulate China-Africa relations. The crux of the argument is that it is necessary to take into account the processes of knowledge production, social capital formation, networks, and skills transfers in Chinese foreign policy towards African states to fully understand how power permeates these encounters.
Academic Recognition: The book was reviewed in over a dozen outlets and has been the subject of several roundtables and podcast discussions, demonstrating its significant impact in the field of international relations.
Theoretical Innovation: Her second book project examines the intersection of the politics of nostalgia, historic narratives of great powers, and empire-making. A first article from this project was published in International Studies Quarterly.
Public Engagement: Through her publications in mainstream media outlets such as the Washington Post and Foreign Policy, she contributes to illuminating contemporary debates about international relations and China's role in Africa.
Scholarly Contribution: Her research provides crucial insights into understanding modern power dynamics, particularly in the context of South-South cooperation and the evolving landscape of international development assistance. Her work bridges theoretical innovation with practical policy implications, making significant contributions to both academic discourse and policy debates.
Personal Website: https://linabenabdallah.com/
Institutional Profile: https://politics.wfu.edu/faculty-and-staff/lina-benabdallah/
CEGA Berkeley: https://cega.berkeley.edu/person/lina-benabdallah/
CSIS Profile: https://www.csis.org/people/lina-benabdallah
Email: linabenabdallah2015@gmail.com
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Full Professor of Law - Expert in Cyberjustice and Artificial Intelligence Faculty of Law, University of Montreal, Canada |
Professor Karim Benyekhlef represents excellence in contemporary legal research, particularly in the emerging fields of digital law and cyberjustice. His exemplary academic journey took place entirely at the University of Montreal, demonstrating remarkable institutional loyalty and progressive deepening of legal expertise.
This complete and progressive training within the same institution allowed him to develop deep expertise in the Quebec and Canadian legal system, while cultivating a global vision of contemporary law that characterizes his current research work.
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Professor of Public Law University of Picardy Jules Verne, Amiens, France Specialist in International Human Rights Law University Research Center on Public Action and Politics (CURAPP-ESS) |
Born in 1977, Mouloud Boumghar belongs to a generation of legal scholars trained in the post-Cold War context, marked by the emergence of new challenges in human rights and democratic governance. His academic journey reflects an early passion for questions of justice and the rule of law.
He pursued his higher education in law at the University of Paris II Panthéon-Assas, one of France's most prestigious legal institutions. His doctoral training was conducted under the supervision of Professor Emmanuel Decaux, an emblematic figure in international human rights law and former member of the United Nations Human Rights Committee.
His doctoral thesis, successfully defended, focused on fundamental questions related to the articulation between national security and protection of fundamental rights, a theme that remains at the heart of his current research.
Areas of expertise: Public law, international human rights law, rule of law, counter-terrorism, protection of fundamental rights, European Convention on Human Rights.
Mouloud Boumghar serves as Professor of Public Law at the University of Picardy Jules Verne in Amiens, where he teaches with passion and rigor. He is affiliated with the University Research Center on Public Action and Politics (CURAPP-ESS), a research laboratory recognized for its work in political science and law.
Main research areas:
His international career develops through his collaboration with Istanbul University in Turkey, where he regularly serves as a visiting researcher. This experience allows him to understand human rights issues in a complex geopolitical context, thus enriching his comparative perspective on European and Middle Eastern legal systems.
His research work particularly focuses on critical analysis of legal mechanisms established within the framework of counter-terrorism, questioning their compatibility with fundamental rights protection requirements as set out in the European Convention on Human Rights.
Mouloud Boumghar's academic recognition is based on the quality and relevance of his scientific contributions:
Mouloud Boumghar's influence extends beyond the strictly academic framework to contemporary societal debates. His research provides essential legal insight into the burning questions of our time.
In the field of democratic governance, his analyses contribute to better understanding the legal mechanisms underlying the functioning of European democratic institutions. His work on the rule of law offers critical perspectives on the evolution of legal systems facing contemporary security challenges.
His research on the European Convention on Human Rights directly influences European legal doctrine. By analyzing the jurisprudence of the European Court of Human Rights, he contributes to the interpretation and application of fundamental principles of rights protection in Europe.
His expertise on the articulation between counter-terrorism and respect for fundamental rights nourishes the reflections of legal practitioners, magistrates, and political leaders confronted with these delicate issues.
Major contribution: Development of a balanced legal approach allowing reconciliation of security imperatives and protection of fundamental freedoms within the European framework.
Discover Mouloud Boumghar's work and expertise through these resources:
"Modern public law in service of fundamental rights protection"
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Jurist, Academic and Essayist Specializations: Public law, comparative law, Maghrebian constitutional law, Franco-Algerian relations
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Tahar Khalfoune originates from Algeria, where he was born during a pivotal period in the country's history. His intellectual formation took place in the context of post-independence Algeria, a period marked by the construction of new institutions and the emergence of a specific national legal system.
Excellence in Legal Education: He pursued his higher education in France, a country with which Algeria maintains complex and ambivalent relations since independence. This French education provided him with a unique comparative perspective on legal and institutional systems, a perspective that would nourish all his subsequent work.
Doctorate in Public Law: He obtained his doctorate in public law, a demanding discipline that deals with relations between the state and citizens, the organization of public powers, and fundamental freedoms. This thorough training gave him particular expertise in analyzing constitutional and administrative systems.
Multiple Specializations: His academic curriculum led him to specialize in several interconnected fields:
Complementary Training in Political Science: He enriched his legal education with studies in political science, a discipline that allowed him to understand institutional issues in their political and sociological dimensions. This interdisciplinary approach characterizes his entire intellectual work.
Memorial Engagement: From his training period, he showed particular interest in historical memory issues, notably Franco-Algerian relations and colonial legacy. This concern profoundly influenced his research orientations and intellectual commitments.
Tahar Khalfoune's career is structured around three main axes: university teaching, academic research, and engagement in public debate, demonstrating a comprehensive approach to intellectual life.
University Career: Affiliated professor at University Lyon 3 (Jean Moulin University), he belongs to an institution renowned for its law and political science faculties. This university, located in the heart of Lyon, constitutes a major academic center in France, particularly dynamic in the field of legal and political sciences.
In his university functions, he teaches specialized subjects and directs research work. His expertise in comparative law and Maghrebian legal systems allows him to offer students a unique perspective on contemporary legal issues.
Humanitarian and Social Engagement: He served as a research officer at the NGO Forum Réfugiés in Lyon, an organization dedicated to supporting and protecting asylum seekers and refugees. This practical experience enriched his understanding of legal and human issues related to immigration and asylum law.
This function allowed him to concretely apply his legal knowledge in service of vulnerable populations, demonstrating his social commitment and willingness to put his expertise at the service of humanitarian causes.
Personal Works:
Major Collaborations:
Editorial Direction:
Collaboration with Gilbert Meynier: His collaboration with historian Gilbert Meynier, a recognized specialist in contemporary Algeria, demonstrates the quality of his work and his ability to conduct high-level interdisciplinary research. This fruitful association between a jurist and a historian produces particularly rich analyses on Algerian questions.
Tahar Khalfoune gradually established himself as an authoritative voice in analyzing Algerian legal and institutional questions, as well as in reflecting on Franco-Algerian relations.
Specialist in Algerian Law: He is recognized as one of the most qualified experts on the Algerian legal system in France, particularly valuable expertise given the complexity of this system and its evolution since independence.
Analyst of Franco-Algerian Relations: His interdisciplinary approach allows him to analyze with finesse the political, legal, and memorial issues that structure relations between France and Algeria.
Academic Publications: He regularly publishes in the International Review of Comparative Law, a prestigious publication in the legal field. His contributions are recognized for their methodological rigor and original contribution to understanding comparative legal systems.
Interdisciplinary Approach: His work is characterized by an original methodology that skillfully combines law, history, and political analysis. This transversal approach allows him to address legal questions in their historical and political context, offering particularly enlightening analyses.
Public Intellectual Engagement: Beyond his academic work, he engages in public debate through signing intellectual tribunes. These interventions focus notably on:
Influence on Contemporary Debates: His analyses influence reflection on Algeria's political future and contribute to debates on democratization and institutional reform. His rigorous legal approach brings an indispensable technical dimension to political discussions.
Scientific Influence: His works are cited and referenced in contemporary research on Algeria, the Maghreb, and post-colonial questions. He contributes to renewing academic approaches to these subjects.
Tahar Khalfoune's work significantly contributes to understanding legal and institutional issues in contemporary Algeria. His analyses illuminate the challenges of democratic construction and institutional reform in a complex post-colonial context.
His comparative approach also allows for better understanding of the specificities of the Algerian legal system and its relations with other legal systems, notably French and Maghrebian.
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Attorney and Legal Scholar Law Firm, Paris, France |
Ammar Koroghli was born in 1953 in Sétif, Algeria. His academic journey, characterized by intellectual rigor and excellent legal training, took place in both Algeria and France.
His initial education in Algeria began with primary studies at A. Allem Mansour School in Sétif, followed by secondary education at Mohamed Kerouani High School in the same city. He then attended the National School of Administration (ENA) in Algiers, a prestigious institution that trains Algeria's administrative elite.
His journey continued in France where he obtained an Advanced Studies Diploma (D.E.A) in public law at the University of Paris I (Panthéon-Sorbonne). He subsequently prepared and defended a doctoral thesis in law at the same university, entitled "Constitutionalism and Development in Algeria." This doctoral research examines the complex relationships between constitutional structures and development processes in the post-independence Algerian context.
Ammar Koroghli complemented his education with a D.E.A in film studies, illustrating his multidisciplinary vision and interest in cultural fields. This dual competence gives him a particularly nuanced understanding of the societal and cultural issues surrounding legal questions.
Ammar Koroghli's career in the legal field is marked by diverse expertise and both academic and professional practice.
In the field of education, he holds a position as a professor of law and economics, transmitting his legal expertise to the next generation. He develops pedagogical approaches combining legal theory and analysis of practical implications, with a specialization in teaching constitutional law and political institutions.
His legal practice led him to establish himself as an attorney in Paris, with particular expertise in international law and human rights. He represents clients in complex cases involving transnational legal issues and provides specialized legal advice for North African nationals in France, Franco-Maghrebi companies, and international organizations. His legal practice takes into account the cultural specificities and geopolitical issues of the Mediterranean region.
Ammar Koroghli is also recognized for his legal and institutional analysis. He published the book "Political Institutions and Development in Algeria," which constitutes an in-depth analysis of Algerian political-legal structures. His expertise in comparative constitutional law, particularly concerning developing countries, has led him to be consulted by international organizations on issues of legal and institutional reform.
His legal expertise covers several areas of specialization: constitutional law and political institutions, with a comparative analysis of constitutional systems and particular expertise on the constitutional evolution of Maghreb countries; international law and human rights, especially in defending the rights of immigrants and refugees; and Franco-Maghrebi business law, advising companies operating between France and North African countries.
Ammar Koroghli's legal expertise has been recognized through various channels in the academic and professional world.
He is regularly invited as a legal expert to international conferences on comparative constitutional law, testifying to the recognition of his expertise by his peers. Several international organizations consult him on issues of legal reforms in developing countries, thus valuing his deep understanding of institutional issues in these contexts.
In the Franco-Maghrebi legal environment, his specific knowledge of the legal systems on both shores of the Mediterranean has earned him particular recognition. This unique position allows him to play a bridging role between different legal traditions.
Ammar Koroghli is also a member of several professional associations of lawyers and international jurists, which attests to his integration into high-level legal networks.
Ammar Koroghli's contribution to the legal field manifests at several levels and has a significant impact on different spheres.
In the analysis of legal systems, he makes a significant contribution to understanding the relationships between law and development. His innovative analyses of constitutionalism in post-colonial contexts and his comparative studies of French and Maghrebi legal systems considerably enrich the comparative legal literature.
His commitment to defending rights is reflected in the legal representation of emblematic cases concerning migrants' rights. He thus contributes to the jurisprudential evolution in the field of foreigners' rights and actively participates in raising awareness of legal issues affecting North African communities in France.
In the field of legal education, his influence extends over several generations of law students. He develops a pedagogical approach integrating the cultural dimensions of law and engages in mentoring young lawyers from the Maghrebi diaspora, thus contributing to the diversification of the legal environment.
Alongside his legal career, Ammar Koroghli engages in complementary activities that extend his influence. He hosts programs on Arab Radio in France, addressing topics related to the legal life of emigration, and regularly intervenes in the media as a legal expert on issues of international law and migration.
His literary production, notably the book "Les Menottes au quotidien" (Handcuffs in Daily Life) which analyzes the legal and social implications of the penitentiary system, demonstrates his ability to make complex legal concepts accessible. He also uses poetry and literature as complementary means of expression to his legal analysis, illustrating his holistic vision of law as a cultural and social phenomenon.
To deepen your knowledge of Ammar Koroghli's work, you can consult:
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Professor of Political Science, St. John's University New York City, United States |
Born in Bordj Bou Arreridj, Algeria, Azzedine Layachi completed his university studies at the University of Algiers. He obtained a degree from the Institute of Political Studies at the University of Algiers before pursuing his studies in the United States.
Azzedine Layachi is currently a Professor of Government and Politics at St. John's University. His research interests include economic development, political change, political Islam, Middle East politics, African politics, and the politics of ethnicity.
He served as President of the Northeastern Political Science Association and the New York State Political Science Association. He is also a member of the Executive Board of the American Institute of Maghribi Studies (AIMS) and the Advisory Board of the Maghreb Center (Washington, D.C.).
Azzedine Layachi is a prolific author, having published several books and articles in prestigious academic journals such as Arab Studies Quarterly, Middle East Quarterly, Journal of North African Studies, and Foreign Affairs. His works cover a variety of topics including North African politics, political change, and liberalization.
Contact and resources:
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Assistant Professor in Social Sciences Emlyon Business School, France Specialist in Mediterranean Migration Associate Researcher iReMMO and Mesopolhis |
Farida Souiah represents a new generation of social science researchers who combine academic rigor with commitment to understanding contemporary migration issues. Her trajectory demonstrates excellent training in France's reference institutions.
Doctoral training: PhD in political science at Sciences Po Paris (CNRS, CERI), prestigious institution for the study of international relations and contemporary political phenomena
Her doctoral thesis, completed within the Center for International Research (CERI) at Sciences Po, allowed her to develop sharp expertise on migration issues and associated public policies. This training gave her access to the most advanced methodologies in political science and sociology.
Postdoctoral research: Continuation of research at the University of Lausanne in Switzerland, enrichment of her European comparative perspective
Her postdoctoral stay in Switzerland allowed her to deepen her understanding of European migration policies and develop a comparative approach to reception and integration systems. This international experience considerably enriched her research methodology.
Her time at Aix-Marseille University before joining Emlyon Business School demonstrates a diversified academic career that gives her an overview of Mediterranean issues and regional migration dynamics.
Areas of expertise: International migration, migration policies, social movements, visual sociology, Mediterranean studies, urban anthropology.
Farida Souiah currently holds the position of assistant professor in social sciences at Emlyon Business School, an internationally renowned management institution. This unique position allows her to apply social sciences to contemporary economic and managerial issues.
Geographic focus: Specialization in Algeria and Tunisia, two key countries for understanding contemporary migration dynamics in the Mediterranean
Her research focuses on analyzing migration flows between North Africa and Europe, questioning border control mechanisms and their impacts on migrant populations. She particularly studies restrictive policies and their perverse effects.
Research affiliations:
Methodological innovation: Development of an interdisciplinary approach combining anthropology and sociology, integration of image and sound in her ethnographies
Her innovative methodological approach combines participant observation, in-depth interviews, and visual analysis. This multimodal ethnography allows her to capture often neglected dimensions of migration experiences.
Her work on social movements analyzes how migrant populations organize and resist restrictive policies, revealing forms of agency often invisibilized in classical migration studies.
Farida Souiah's academic recognition is manifested through her publications and prestigious editorial responsibilities:
Farida Souiah's influence extends beyond the academic world to directly touch debates on European and Mediterranean migration policies.
Major contribution: Development of a critical approach to restrictive migration policies that reveals their counterproductive effects and human costs.
Understanding Mediterranean migration: Her research illuminates the complex mechanisms that drive Maghrebi populations to migrate, going beyond simplistic economic explanations to reveal the political and social dimensions of mobility.
Methodological innovation: Her interdisciplinary approach influences a new generation of social science researchers, particularly through the integration of visual and audio methods in migration ethnography.
Manager training: Through her teaching at Emlyon Business School, she sensitizes future business leaders to contemporary social issues, particularly in the context of globalization and economic migration.
Euro-Mediterranean academic dialogue: Her collaborations with institutions on both shores of the Mediterranean foster balanced scientific dialogue on migration issues, going beyond North-South divisions.
Influence on public policies: Her critical analyses of restrictive policies inform the reflections of international organizations and NGOs working on migrant rights.
Scientific legacy: Contribution to developing a critical sociology of migration that articulates macro-political dimensions and micro-social experiences.
Discover Farida Souiah's work and expertise through these resources:
"Migration sociologist, methodological innovator in service of understanding contemporary mobilities"
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Magistrate, Diplomat and Legal Expert in Human Rights United Nations Organization - Former Special Representative of the Secretary-General |
Leila Zerrougui was born in 1956 in Souk Ahras, a border town in northeastern Algeria, in the province of the same name. This historically rich region, located on the Tunisian border, undoubtedly contributed to shaping her open worldview and sensitivity to cross-border issues that would later mark her diplomatic career.
Her solid academic background and educational experience enabled her to develop deep expertise in the Algerian judicial system and fundamental principles of law, skills that would prove crucial for her future national and international responsibilities.
Leila Zerrougui playe
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Statistical Economist, Hcéres Associate Researcher at EconomiX, University of Paris Nanterre, France Fields of expertise: Economics - Management - Business Sciences - Transportation - Innovation - Entrepreneurship - Intellectual Property |
Birth: 1984 in Tizi Gheniff, Tizi Ouzou, Algeria
Academic Background:
Professional Experience:
Main Research Areas:
Scientific Publications (selection):
Scientific Production:
Notable Contributions:
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Chief Economist African Development Bank, Ivory Coast |
Rabah Arezki is a French-Algerian economist born in Algeria in the early 1970s. Coming from a family that valued education, he quickly developed an interest in economics and its impact on national development.
His path of academic excellence began in France where he obtained a master's degree from the École nationale de la statistique et de l'administration économique (ENSAE) in Paris, one of the most prestigious French grandes écoles in the field of statistics and quantitative economics. Simultaneously, he pursued studies at the University of Paris 1 Panthéon-Sorbonne, where he also earned a master's degree in economics.
Determined to deepen his academic training, Rabah Arezki went on to the European University Institute in Florence, Italy, where he obtained a PhD in economics. His thesis, focusing on the economics of natural resources and their impact on development, laid the foundations for what would become a major axis of his future research. This multidisciplinary and international education gave him a global vision of contemporary economic challenges and prepared him for a leading career in international financial institutions.
Rabah Arezki's career is distinguished by an impressive trajectory within the world's largest economic and financial institutions, alternating between academic research and economic expertise applied to public policy.
He first joined the International Monetary Fund (IMF), where he quickly rose through the ranks to become Chief of the Commodities Unit. In this strategic role, he supervised analyses relating to commodity markets and their implications for the global economy, producing reference works on natural resource price fluctuations and their macroeconomic impacts.
His career took a new turn when he joined the World Bank as Chief Economist for the Middle East and North Africa (MENA) region. This position allowed him to put his expertise at the service of economic development in a region facing considerable challenges: political instability, post-Arab Spring economic transformation, hydrocarbon dependence, and climate change. His intellectual leadership was particularly evident in the development of sustainable development strategies and economic diversification for oil-exporting countries.
In late 2020, Rabah Arezki was appointed Chief Economist at the African Development Bank (AfDB), where he continues his commitment to the economic development of the African continent. In this role, he oversees the institution's economic analyses and recommendations, helping to guide its investment strategies and support policies for African countries.
Alongside these executive functions, Rabah Arezki maintains a high-level academic activity. He has been a Senior Fellow at the prestigious John F. Kennedy School of Government at Harvard University, a non-resident researcher at the Brookings Institution and the University of Oxford, an expert with the Consortium for Economic Research in Africa, and a researcher at the Economic Research Forum. These affiliations testify to his ability to bridge the gap between academia and public policy.
His areas of expertise notably include:
His scientific output is particularly prolific, with numerous publications in the most prestigious economic journals. His work on the "resource curse" and on ways to remedy it through adapted public policies has notably contributed to renewing the understanding of this phenomenon and identifying sustainable development paths for countries rich in natural resources.
The quality and influence of Rabah Arezki's work have earned him international recognition in the field of development economics and natural resources. His research has been published in the most prestigious scientific journals in his discipline, testifying to their methodological rigor and their theoretical and empirical relevance.
Among the academic journals that have published his work are:
Beyond his scientific articles, Rabah Arezki has co-edited and co-written several reference books in his field:
The recognition of his expertise is also manifested through his numerous invitations as a speaker at international economic forums and prestigious universities, where his analyses on commodity market trends, energy transition, and development challenges are particularly sought after.
His active participation in influential think tanks, such as the Brookings Institution, and his role as an advisor to governments and international organizations confirm his status as a reference expert on economic issues related to natural resources and development.
Rabah Arezki's influence extends far beyond academia to reach decision-making spheres and public debate on economic policies, particularly in regions rich in natural resources such as the Middle East and Africa.
His work on the economics of natural resources has contributed to renewing the understanding of the "resource curse" and identifying economic policies that allow resource-rich countries to transform this wealth into sustainable development. This intellectual contribution has influenced the orientation of economic policies in several commodity-exporting countries, particularly in terms of oil revenue management, economic diversification, and the creation of sovereign wealth funds.
At the World Bank, his intellectual leadership marked the development of development strategies for the MENA region, emphasizing the need for a post-oil transition, improved governance, and strengthening of the private sector. His recommendations have influenced economic reform programs in several countries in the region.
His media impact is also considerable. His posts and articles on current economic issues, particularly those dealing with the collapse of oil prices and its global economic repercussions, have enjoyed exceptional dissemination, being among the most read IMF blogs for three consecutive years. This ability to communicate complex economic analyses in an accessible way has allowed him to influence public debate on crucial economic issues.
His regular contribution to influential platforms such as the IMF's Finance and Development magazine and the VoxEU portal demonstrates his commitment to sharing his analyses with a wider audience than just the academic community. This approach to scientific popularization has contributed to enriching the public debate on major economic issues such as energy transition, commodity price volatility, or development challenges in Africa.
At the African Development Bank, his influence is manifested in the orientation of investment strategies and support policies for African economies, with a particular emphasis on structural transformation, economic diversification, and the transition to more sustainable and inclusive development models.
His expertise on commodity markets and their impact on developing economies has also earned him regular consultation by policy makers, investors, and international organizations, thus contributing to informing strategic decisions in these areas.
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Associate Professor in Banking and Finance, Director (Content) of Business, Finance and Entrepreneurship Regent's University London, United Kingdom |
Dr. Elias Boukrami began his education at the Ecole Supérieure de Commerce in Algiers (ESC ALGER) where he earned an honors degree in Business and Finance (1994-1998). He later continued his academic journey in the United Kingdom with:
Dr. Boukrami is a post-Keynesian financial economist who firmly believes that economic output is demand-driven and that this demand can only be sustainable if it responds to given or potential needs. He acknowledges the complexity, dynamics, and structural mutations of demand over time.
His professional career includes several leadership positions:
He has also been an Invited Professor in Finance and Information Systems Risk Management at the University of Lyon III, France since 2010, an External advisor for MSc Islamic Banking and Finance at the University of East London (2012), a Project Manager of Financial Consultancy in Banking Treasury (2007-2008), and a Lecturer in Finance at Salford University (2004-2008).
Under his leadership, his team was awarded the 2014 Trustees' Prize for Outstanding Service to Regent's University London. In 2018, he won a double award prize of Excellence in Teaching and Learning and the Prize of Leadership and Management.
Dr. Boukrami is the Associate Director of the Regent's Transnational Centre for Business and Management (in charge of the Transnational Finance and Economics Group).
He led the new design of business and finance curriculum by applying the new Regents Curriculum Model in the Finance area, including the application of advanced financial technology and bootcamps, simulations, interdisciplinarity, and experiential learning and teaching in Finance.
Dr. Boukrami acts as an external examiner and advisor to several UK and international institutions such as Cranfield Business School, University of Bradford, and CIMA. He is also a Visiting Professor at the University of Lyon 3 IAE France and a member of the strategic advisory board for research appointed by the University President.
He regularly appears in the press and media (BBC, Banker Magazine, World Commerce Review, Government Press Agencies). He also speaks at UKTI and MEA conferences, promoting Regent's and British higher education from a global perspective.
His publications include:
He has also examined and supervised over 15 PhD theses and is currently an Associate Editor of the Journal of Islamic Marketing.
Boukrami Elias
lboukrami@hotmail.com
PhD in Business Management & Banking Industry
Regent's University London
Professional profiles:
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Economist, Diplomat and Politician UNITAR (United Nations Institute) - Geneva, Switzerland Born August 26, 1942 in Tizi Ouzou Province, Algeria |
Mohand Amokrane Cherifi was born on August 26, 1942, in the wilaya of Tizi Ouzou, in Kabylia, in a colonial Algeria in full political turmoil. His training in the most prestigious French and American institutions forged an exceptional profile as an economist and international diplomat.
Mohand Amokrane Cherifi's career is characterized by remarkable evolution between national responsibilities, international expertise, and political engagement, marked by significant contributions to economic development and international cooperation.
Mohand Amokrane Cherifi's expertise and commitment are recognized by prestigious international distinctions that consecrate his contribution to sustainable development and international cooperation.
Mohand Amokrane Cherifi's influence extends to several strategic domains, from Algeria's economic modernization to international cooperation, including the promotion of sustainable urban development on a global scale.
Critical Analysis: Mohand Amokrane Cherifi's career illustrates the contradictions of the post-independence Algerian elite: international excellence in training, globally recognized expertise, but evolution within a contested political system. His relations with Algerian business leaders through UNITAR and his political positioning raise debates about the independence of expertise in the face of power issues.
"In the history of nations, there exists a dimension found on all continents since ancient times, namely that a united people is invincible against rising perils."
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Professor Emeritus of Economics, PhD in Management and Economics University of Lille (France), Maghtech Network |
Abdelkader DJEFLAT pursued an international academic path of excellence:
Professor DJEFLAT has led an exceptional academic and research career:
In recognition of his expertise, Professor DJEFLAT has held strategic positions in several organizations:
Professor DJEFLAT has had a considerable impact in several fields:
For more information about Professor Abdelkader DJEFLAT and his work, you can consult:
https://www.comstech.org/wp-content/uploads/2021/04/Brief-CV-of-Abdelkader-DJEFLAT.pdf
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Senior Immigration Manager FIFA, Switzerland Specialty Area(s): Economics - Management - Commercial Sciences - Transportation - Government Relations - Immigration |
Yassine Kari was born in Bouira, Algeria, where he completed his high school education before pursuing higher studies at the University of Algiers. There, he obtained a degree in Commercial Sciences with a specialization in Accounting. His academic journey later expanded with professional training in human resource management, culminating in a Diploma in Human Resource Management (DHRM) from the prestigious Chartered Institute of Personnel and Development (CIPD).
This dual background in commercial management and human resources has allowed him to develop unique expertise at the intersection of several complementary fields: administrative management, government relations, and international workforce mobility.
Yassine Kari's professional journey was particularly distinguished during his experience in Qatar, where he played a decisive role in establishing more than 70 companies, demonstrating his exceptional skills in government relations and his knowledge of local administrative procedures.
Simultaneously, he developed deep expertise in international workforce management, a crucial domain in Qatar where the economy largely relies on expatriate labor. This experience allowed him to master the complexities of immigration policies, workforce planning, and management of large-scale international events.
His career took on an international dimension when he joined FIFA as Senior Immigration Manager, where he is now responsible for coordinating immigration processes for all events organized by this global football institution. In this strategic role, he oversees the streamlining of visa procedures, facilitates large-scale workforce mobility, and ensures smooth entry procedures for participants in global events.
His work also involves policy development and collaboration with host countries' authorities to enhance immigration frameworks for major international tournaments, such as the FIFA World Cup.
Throughout his career, Yassine Kari has been recognized for his expertise in government relations, immigration, and workforce management. His key role in facilitating large-scale workforce mobility in Qatar and his contribution to the development of visa policies for the FIFA World Cup 2022 demonstrate his influence in the field.
In recognition of his exceptional achievements, he was transferred to FIFA Headquarters to expand his expertise across all World Cups and tournaments organized by the institution, leading to successful outcomes in streamlining immigration processes. This promotion reflects the confidence placed in his abilities and the added value he brings to the organization of international sporting events.
His ability to effectively collaborate with authorities from different host countries and various organizations to enhance visa frameworks and ensure smooth entry procedures for participants is also recognized as a major asset in the organization of FIFA events.
The results of Yassine Kari's work have had a direct impact on the efficiency of visa and immigration processes for all FIFA tournaments. By optimizing procedures and fostering collaboration with national authorities, he has made significant contributions to:
His expertise has influenced policy improvements that support smoother workforce mobility and international engagement, setting best practices that continue to benefit global sports events. These innovations in managing immigration procedures have established new standards in organizing major international sporting events, thus contributing to FIFA's operational excellence.
His strategic vision and ability to navigate between the regulatory requirements of different countries while maintaining operational efficiency make him a key player in the logistical success of FIFA events worldwide.
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Doctor of State in Economic Sciences, Economist and Research Professor Founder of the Laboratory for Research in Economic and Social Sciences (LARMISES), France |
Mokhtar Lakehal, whose full name is Mokhtar Lakehal Bouhadi Amar, was born on April 10, 1942, in El Gaada, a village near Oran, Algeria. Coming from a modest background, he initially obtained a degree in accounting, which allowed him to work as an accountant at Cado, a cement factory of the Lafarge group, from 1968 to 1973.
In January 1974, seeking to deepen his knowledge, he left Oran for Paris, where he embarked on an ambitious academic journey. He studied at several prestigious Parisian universities (Paris 1 Panthéon-Sorbonne, Paris VIII Vincennes-Saint-Denis, and Paris X Nanterre), successively earning multiple degrees in economic and social sciences. His academic path culminated in 1990 with a State Doctorate in Economic Sciences from the University of Paris-Nanterre, demonstrating his intellectual rigor and perseverance.
Mokhtar Lakehal's teaching career began in 1979, marking the start of a rich and diverse academic journey. He has shared his expertise in numerous French higher education institutions, including the Charlemagne Institute, the Higher Institute of Management (ISG), IPESUP, Sorbonne Nouvelle University - Paris 3, Paris-Sorbonne University, and Paris-Est Créteil Val-de-Marne University.
In 1984, driven by a desire to contribute to research development, he founded the Laboratory for Research in Economic and Social Sciences (LARMISES), an independent laboratory that has become a space for intellectual innovation and critical thinking. His research areas are diverse and include the socioeconomics of human resources, development economics, social protection, economic systems and structures, business facing the challenges of globalization, the economy of Maghreb countries, and the methodology of economic and social sciences.
Alongside his teaching and research activities, he has actively contributed to public debate by writing numerous articles for reference media such as Le Monde, La Croix, Algérie-Actualité, El Watan, Le Matin, and Libération, thus providing expert insight on contemporary economic and social issues.
Mokhtar Lakehal's intellectual work is considerable and testifies to his exceptional productivity. He is the author of seven specialized dictionaries that have become references in their field, as well as about fifty books dealing with economics, sociology, history, and politics. His contribution to academic literature also extends to nearly a hundred articles published in general or specialized journals and newspapers.
The eminent economist Alfred Sauvy recognized him as a "prolific and meticulous observer," thus highlighting the quality and relevance of his analyses. This recognition by his peers attests to the significant impact of his work in the field of economic and social sciences.
His intellectual rigor and ability to analyze economic and social phenomena with acuity have earned him a solid reputation in academic circles and beyond, making him a respected voice in his field.
Mokhtar Lakehal's influence extends well beyond French borders. His work has been widely cited and referenced in international academic circles as well as by prestigious press outlets such as The Economist, the Financial Times, the New York Times, the Wall Street Journal, Project Syndicate, and the Washington Post.
He regularly contributes to the IMF's Finance and Development magazine and the VoxEU economic portal, platforms that reach a global audience of policymakers, economists, and academics. His analyses on development economics and the economic challenges of Maghreb countries have particularly influenced the understanding of these regions and have contributed to guiding development policies.
Beyond his academic impact, Mokhtar Lakehal has trained several generations of students who now hold important positions in the public and private sectors, both in France and internationally, thus perpetuating his intellectual legacy.
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Associate Professor of Political Economy of Development and Director University of Oxford, United Kingdom |
Amir Lebdioui is an Algerian national, son of a prominent Algerian diplomat. His exceptional academic journey demonstrates his intelligence and determination to contribute to global economic development.
He completed his higher education in the United Kingdom, where he first obtained a Master's degree (MPhil) in Development Studies. Continuing his academic excellence, he then completed a doctorate (PhD) at the Centre of Development Studies, University of Cambridge, one of the most prestigious institutions in the world. His thesis focused on economic diversification policies and resource-based industrialization in commodity-dependent economies, laying the foundation for his future expertise in development economics.
This high-level training has allowed him to acquire solid expertise in the fields of development economics, industrial policy, and economic diversification, making him a recognized specialist in these crucial areas for the future of emerging economies.
Amir Lebdioui's scientific career is marked by his commitment to research on sustainable and innovative economic development models, particularly for countries dependent on natural resources.
He currently holds the position of Associate Professor in the Political Economy of Development at the Oxford Department of International Development (ODID), where he shares his expertise with future generations of researchers and development practitioners. In 2024, he was appointed director of the Technology and Management Centre for Development (TMCD) at the University of Oxford, a world-renowned research center dedicated to the study of technologies and their role in economic development.
Prior to joining Oxford, he was a member of the School of Oriental and African Studies (SOAS) at the University of London, thus expanding his network and influence in the field of development studies.
His research focuses on several major axes of contemporary development economics:
His academic work is recognized for its rigor and relevance, as evidenced by the publication of his research in leading academic journals such as World Development, Ecological Economics, Development and Change, Journal of Technology Transfer, and Review of International Political Economy.
Among his notable publications are:
Beyond his research and teaching activities, Amir Lebdioui has contributed to numerous reports, research projects, consultancies, workshops, and drafting of a guiding template for mining legislation for different governments, private sector organizations, national oil companies, civil society-led south-south cooperation programs, and several international institutions (such as the United Nations Development Programme, the ACP-EU Development Minerals program, and the Africa Mining Legislation Atlas).
Amir Lebdioui's appointment in 2024 as director of the Technology and Management Centre for Development (TMCD) at the University of Oxford constitutes a significant recognition of his expertise and contribution to the field of development economics. This appointment to head such a prestigious institution testifies to the confidence placed in his leadership abilities and his vision for the future of technologies in service of development.
His reputation as an expert is also attested by the fact that he is regularly solicited as an advisor to governments and international institutions on green industrial policy strategies and, more generally, on sustainable economic strategies. This recognition by institutional actors underlines the relevance and applicability of his research in the real world.
Furthermore, the publication of his work in leading academic journals testifies to the recognition of his peers regarding the quality and originality of his research, thus consolidating his position as an influential researcher in the field of development economics.
Amir Lebdioui's impact on the field of development economics is multidimensional and extends beyond the academic world.
On the academic level, his research has significantly contributed to the understanding of the challenges and opportunities related to the economic diversification of countries dependent on natural resources. His work on green industrial policy offers valuable perspectives for reconciling economic development and environmental sustainability, a crucial issue in the era of climate change.
The Multidimensional Indicator of Extractive-based Development (MINDEX) that he helped develop represents an important methodological innovation for assessing wealth and dependence on natural resources, thus offering policymakers a more nuanced tool to guide their development strategies.
His exploration of biodiversity-based development models, particularly through his work on bio-mimicry as innovation policy, opens up innovative avenues for rethinking economic development in harmony with natural ecosystems.
Beyond his academic contribution, Amir Lebdioui's influence is also exercised through his role as an advisor to governments and international institutions. By sharing his expertise on green industrial policy strategies and sustainable economic approaches, he directly contributes to shaping public policies in these areas, with potentially significant implications for sustainable economic development on a global scale.
In his new role as director of the TMCD at Oxford, he is in a position to influence the direction of research on technologies and their role in development, as well as to train the next generation of researchers and practitioners in this crucial field.
Finally, as an Algerian holding prestigious positions in world-renowned academic institutions, Amir Lebdioui constitutes an inspiring model for young researchers from developing countries, demonstrating through his career that academic excellence and significant contribution to global challenges are accessible regardless of geographical origins.
To deepen your knowledge about Amir Lebdioui and his work, you can consult:
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Sociologist and Political Scientist, Professor Emeritus Institut d'Études Politiques de Lyon, France Triangle Laboratory (UMR 5206 CNRS) Specialist in Maghreb and Arab World Studies |
Lahouari Addi was born on April 21, 1949, in Oran, Algeria, into a cultured bourgeois family. His youth unfolded in a post-independence Algeria undergoing profound transformation, which would deeply shape his understanding of the Arab world and its socio-political dynamics.
His academic journey reflects rigorous and international training. He first earned a bachelor's degree in sociology and economics from the University of Oran in 1973, then continued his studies in France where he obtained a DEA (Master's degree) in economics from the University of Grenoble in 1974. His interest in sociological analysis led him to defend his first doctorate in sociology at Grenoble in 1976.
Continuing his pursuit of academic excellence, he earned a State Doctorate from the École des Hautes Études en Sciences Sociales (EHESS) in 1987, thus consolidating his expertise in the analysis of contemporary Maghrebi and Arab societies.
Research Fields: Political sociology of the Maghreb, transformation of Arab societies, state and civil society, Arab nationalism, political Islamism.
Lahouari Addi's career began as a professor of sociology at the University of Oran, where he taught and conducted his first research on contemporary Algerian society. This experience allowed him to closely observe the social and political mutations of his native country.
In 1998, he joined the Institut d'Études Politiques de Lyon in France, marking a decisive turning point in his career. There he developed his research on the political sociology of the Maghreb and became a respected figure in the analysis of Arab world transformations. Now professor emeritus, he continues his research activities within the Triangle laboratory (UMR 5206 CNRS).
His international influence is demonstrated through his research stays at prestigious American universities, notably Princeton University, Georgetown University, and UCLA (University of California, Los Angeles). These collaborations enrich his comparative perspective and strengthen his international academic recognition.
A prolific author, he has published around twenty books and numerous articles in leading academic journals. His work covers the evolution of Maghrebi societies, analysis of Arab political regimes, Islamist movements, and democratization dynamics.
Lahouari Addi's recognition in the academic world is based on the quality and originality of his scientific contributions:
Lahouari Addi's intellectual impact extends far beyond academic circles. His research has profoundly influenced the understanding of political and social dynamics in Algeria and throughout the Arab world.
His work on the post-independence Algerian state has helped illuminate the mechanisms of power functioning in Maghrebi countries. His analysis of relationships between state and civil society offers essential keys to understanding ongoing transformations in the region.
As an expert on Arab nationalism and political Islamism, his research provides better understanding of the ideological tensions traversing the contemporary Arab world. His comparative approach between secular nationalism and political Islamism illuminates current debates about the future of Arab societies.
His regular interventions in French and international media make him an authoritative voice on Maghrebi and Middle Eastern issues, contributing to informed public debate about these regions.
Major Contribution: Development of an original political sociology of the Arab world, combining theoretical rigor with intimate knowledge of research fields.
Discover Lahouari Addi's work and research through these resources:
"An engaged political sociology in service of understanding the contemporary Arab world"
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Writer, Linguist and Psychoanalyst CNRS - France / University of Algiers - Algeria Born in 1950 in Tlemcen, Algeria |
Latifa Benmansour was born in 1950 in Tlemcen, a historic city in western Algeria renowned for its cultural and intellectual heritage. She grew up in a cultured family where education held a central place.
An internationally renowned researcher, Latifa Benmansour developed unique expertise at the intersection of linguistics, psychoanalysis, and the analysis of political and religious discourse.
The excellence of her work and her intellectual courage in the face of threats earned her official recognition both in France and internationally.
Latifa Benmansour's work constitutes a major contribution to understanding radicalization phenomena and the relationship between religion, language, and power in the contemporary world.
Historien
Karim Chaïbi est un historien et cartographe franco-algérien né à Lyon le 17 octobre 1973. Il a étudié les langues étrangères et l'histoire à l'Université Lyon II. Ses nombreux séjours dans sa région d'origine, Sétif, ont nourri son intérêt pour l'histoire et l'ont poussé à se lancer dans l'écriture. Attiré par le monde romain, il a réalisé sa première recherche (maîtrise) sur le quartier juif de Doura Europos au IIIe siècle (Syrie) en 1998.
Karim Chaïbi est spécialiste de l'histoire de la région de Sétif. Il a écrit une première monographie en 2010 intitulée "De Stifis à Sétif", publiée aux éditions Dalimen à Alger. En 2012, à l'occasion du cinquantenaire de l'indépendance algérienne, il publie son deuxième ouvrage, "Atlas historique de l'Algérie", un recueil de cartes couvrant toutes les périodes historiques de l'Algérie, accompagnées de textes et d'images. Ce livre est considéré comme un ouvrage de référence. En 2015, il publie un nouvel atlas sur la région de Sétif, couvrant la période de 1945 à 1962, intitulé "Sétif 1945-1962, Atlas historique régional".
Les travaux de Karim Chaïbi sont largement reconnus pour leur rigueur scientifique et leur contribution à la connaissance de l'histoire de l'Algérie. Bien que les informations précises sur les prix et distinctions qu'il a reçus ne soient pas disponibles, ses ouvrages sont considérés comme des références dans le domaine de l'histoire algérienne.
Karim Chaïbi a eu un impact significatif sur la manière dont l'histoire algérienne est perçue et étudiée. Ses atlas historiques fournissent une vision claire et détaillée des événements marquants du territoire et du peuple algérien, de la préhistoire à nos jours. Ils sont utilisés comme ressources pédagogiques et de référence dans de nombreuses institutions académiques.
Historienne
Karima Dirèche est une historienne franco-algérienne, née à Lyon. Elle a étudié l'histoire et la philosophie à l'Université de Provence, où elle a obtenu son doctorat en 1992 avec une thèse sur l'émigration de la Kabylie vers la France. Elle a également des diplômes universitaires en géographie historique. Son habilitation à diriger des recherches, intitulée "Fabriquer de l'histoire et créer du sens. Enjeux mémoriels et affirmations identitaires dans l'Afrique post-indépendante", a été acceptée à l'université d'Aix-Marseille en 2012.
Karima Dirèche est directrice de recherche au Centre national de la recherche scientifique (CNRS) depuis 2005. Elle a enseigné dans les collèges publics et les lycées avant de rejoindre le CNRS en tant que chercheur au centre TELEMME (Temps Espaces et Langages, Europe méridionale, Méditerranée) à la Maison méditerranéenne des sciences de l'homme à Aix-en-Provence. Elle a également enseigné à l'École des hautes études en sciences sociales à Paris, à l'université d'Aix-Marseille et à l'École de Gouvernement et d'économie de Rabat. Elle a servi comme directrice de recherche à l'Institut de sciences politiques à l'université internationale de Rabat.
En avril 2022, Karima Dirèche a été nommée par décret membre de la commission nationale indépendante de reconnaissance et de réparation des préjudices subis par les harkis, les autres personnes rapatriées d'Algérie anciennement de statut civil de droit local et les membres de leurs familles.
Les recherches de Karima Dirèche portent sur la migration (des Algériens et des Comoriens) dans l'histoire coloniale et post-coloniale, ainsi que sur les problématiques liées à l'après-indépendance en tant que récit historique dans les pays du Maghreb. Ses travaux incluent également des questions de religion (le Judaïsme, le christianisme, et la conversion) en Algérie et au Maroc, et la question de l'identité berbère. Ses recherches récentes ont porté sur le néo-évangélisme dans les pays du Maghreb et la résultante politique des questions religieuses et de la mémoire juive de l'Algérie contemporaine.
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Clinical Psychologist and Psychoanalyst Binational Practice: Paris, France & Algiers, Algeria Specialist in Colonial Trauma and Postcolonial Studies Author and Researcher in Political Psychoanalysis |
Karima Lazali embodies a unique figure in contemporary psychoanalysis, combining clinical expertise with intellectual engagement in exploring colonial wounds. Franco-Algerian, she represents a generation of mental health professionals who interrogate the traumatic legacies of French colonial history.
Her training in clinical psychology and psychoanalysis is enriched by a remarkable multidisciplinary approach, integrating contributions from history, literature, and political science. This expanded training allows her to develop a complex understanding of individual and collective psychic phenomena.
Methodological approach: Original synthesis between Freudian psychoanalysis, postcolonial studies, and historical analysis of coloniality processes
Her academic and clinical background provides her with the theoretical tools necessary to understand the unconscious dimensions of colonial oppression and their contemporary manifestations in postcolonial societies.
Areas of expertise: Colonial trauma, transgenerational transmission, political psychoanalysis, collective memory, symbolic erasure, postcolonial clinic.
2002: Beginning of clinical practice in Paris, development of expertise in transcultural psychoanalysis
2006: Extension of practice to Algiers, creation of a therapeutic bridge between the two shores of the Mediterranean
This unique binational practice allows her to directly observe the differentiated effects of colonial trauma according to French and Algerian sociopolitical contexts. She thus develops a comparative clinic of colonial legacies.
Theoretical innovation: Conceptualization of "colonial trauma" as a specific psychic structure affecting postcolonial societies across multiple generations
Her major works revolutionize the psychoanalytic understanding of postcolonial phenomena:
Her groundbreaking work demonstrates how denial mechanisms and colonial censorship continue to operate in the collective unconscious of contemporary societies, producing specific transgenerational symptoms.
Karima Lazali's work has gained international recognition across multiple disciplinary fields:
Karima Lazali's impact transcends disciplinary boundaries to influence our understanding of contemporary societies marked by colonial legacy.
Conceptual revolution: Introduction of the concept of "colonial trauma" as an analytical framework for contemporary psychosocial phenomena in postcolonial contexts.
Understanding postcolonial dynamics: Her research illuminates the erasure mechanisms and censorship that persist in societies that have experienced colonization, revealing how these processes continue to affect contemporary generations.
Innovative clinic: Development of a therapeutic approach specific to transgenerational traumas of colonial origin, opening new perspectives for treating populations from postcolonial immigration.
Franco-Algerian dialogue: Her binational practice contributes to creating a space for therapeutic and intellectual dialogue between France and Algeria, fostering collective elaboration of traumatic memories.
Influence on public policies: Her work nourishes reflections on memory policies and psychological support for populations from postcolonial immigration.
Professional training: She influences the training of psychologists and psychoanalysts working with migrant populations, sensitizing practitioners to the historical and political dimensions of psychic disorders.
Scientific legacy: Creation of a new field of study at the intersection of psychoanalysis, history, and postcolonial studies, paving the way for numerous subsequent research.
Discover Karima Lazali's work and thought through these resources:
"Political psychoanalysis in service of understanding colonial legacies"
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Professor of Psychological Sciences University of Bahrain, Kingdom of Bahrain |
Born on August 26, 1952, in Ouled Djellal (Wilaya of Ouled Djellal), Algeria, Professor Mohamed Mokdad completed his higher education in psychology. He specialized in general and industrial psychology, as well as ergonomics, obtaining his doctorate in this field before pursuing a distinguished academic career.
Professor of Higher Education, Mohamed Mokdad specializes in general psychology, industrial psychology, and ergonomics. He currently teaches in the Department of Psychology at the University of Bahrain. His academic career has developed between Algeria and Bahrain, where he has contributed significantly to the development of psychological sciences in the Gulf region. His research work focuses primarily on the application of psychological principles in industrial and social contexts, with particular attention to ergonomics and human factors.
Professor Mokdad has published several books, the most recent being dedicated to qualitative research methodologies in psychology. He has also published numerous research articles in national and international scientific journals. His scientific contribution extends to presentations at international conferences, the most recent being at the 22nd Triennial Congress of the International Ergonomics Association (IEA) in Jeju, South Korea, held from August 25 to 29, 2024.
The majority of Professor Mokdad's research results are directly related to the Algerian reality, particularly the southwestern region of the country (Adrar and Timimoun regions). His work has significantly contributed to the understanding of psychological and ergonomic factors in these specific contexts, offering valuable perspectives for the socio-economic development of these regions. His expertise in ergonomics and industrial psychology has helped improve working conditions and productivity in various professional sectors.
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Historian, CNRS Research Director Director of the Institute of Contemporary History (IHTP), France Specialist in Contemporary Algeria Lecturer at Sciences Po Paris and INALCO |
Malika Rahal was born in 1974 in Toulouse, in a France undergoing profound social and intellectual transformation. This generation, born in the 1970s, would develop a new approach to Franco-Algerian history, freed from the immediate passions of conflict and capable of a critical and peaceful perspective on this complex period.
She undertook her higher education at the University of Bordeaux, where she trained in history and sociology, thus acquiring dual expertise that would enrich her historical methodology. This interdisciplinary training would enable her to approach Algerian history from multiple angles, combining political, social, and cultural analysis.
1998: Obtained the agrégation in history, consecration of her academic excellence and gateway to higher education
Her doctoral thesis, defended in 2007 under the supervision of Benjamin Stora at the National Institute of Oriental Languages and Civilizations (INALCO), focuses on the Democratic Union of the Algerian Manifesto (UDMA) and the decade of political parties in Algeria (1946-1956). This pioneering work explores a pivotal period in Algerian history, that of the emergence of organized political nationalism.
Research fields: Political history of contemporary Algeria, Algerian nationalist movement, memory and transmission, oral history, decolonization, Franco-Algerian relations.
Malika Rahal's professional trajectory demonstrates remarkable progression, from secondary teaching to the highest responsibilities in French research.
Early career: Teaching in middle school in Seine-Saint-Denis, formative experience in direct contact with French diversity
Her time at the University of Nottingham as a lecturer offered her an international perspective on teaching Maghrebi history. This British experience enriched her understanding of memorial and historiographical issues seen from abroad.
Integration into CNRS: Research fellow, then research director, recognition of her top-level scientific expertise
2022: Appointment as director of the Institute of Contemporary History (IHTP), reference institution for French and international contemporary history
Alongside her research responsibilities, she teaches at Sciences Po Paris and INALCO, transmitting her expertise to new generations of students in history and international relations.
She runs the research blog "Textures du temps", a collaborative platform that brings together the work of historians specializing in contemporary Algeria, fostering scientific exchanges and research dissemination.
Malika Rahal's work has been acclaimed through numerous awards and academic recognition:
Malika Rahal's influence extends far beyond academic circles to touch French and Algerian society as a whole in their relationship to shared history.
Historiographical renewal: Her work has contributed to renewing the approach to Algerian history by privileging "history from below," giving voice to ordinary actors and direct witnesses.
Memory and transmission: Her approach to oral history has made it possible to collect and preserve precious testimonies on the period of Algerian independence. This innovative methodology considerably enriches our understanding of events and their impact on populations.
Franco-Algerian relations: Her research contributes to easing memorial tensions between France and Algeria by proposing a nuanced and documented reading of historical events. Her work fosters peaceful dialogue between the two shores of the Mediterranean.
Training new generations: Through her teaching at prestigious institutions, she trains future historians, diplomats, and journalists in a fine understanding of Maghrebi and Mediterranean issues.
Discover Malika Rahal's work and research through these resources:
"Popular history in service of Franco-Algerian memory reconciliation"
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President of Palo Alto University, USA |
Farouk Dey is originally from Boufarik, in the wilaya of Blida in Algeria. His personal and academic journey demonstrates an early desire to explore new horizons in pursuit of academic excellence.
At a young age, he made the ambitious decision to leave his native Boufarik to settle in the United States to pursue higher education. This bold move illustrates his determination and clear vision of his professional future from his early years.
His academic journey culminated in obtaining a doctorate, earning him the title of Dr. Farouk Dey. The precise details of his doctoral training and other degrees reflect a specialization in the field of education, with a particular interest in talent development and pedagogical innovation.
Dr. Farouk Dey's career is marked by a steady progression in the field of higher education, where he has established himself as a visionary leader and innovator.
He has held teaching positions at several institutes in the United States, sharing his expertise and training the next generation of education professionals. His pedagogical approach emphasizes the importance of innovation, experiential learning, and holistic student development.
Alongside his teaching activities, Dr. Dey has pursued an active career as a consultant, putting his expertise at the service of numerous organizations and universities seeking to transform their educational approaches. His expertise in talent development has led him to develop innovative strategies aimed at transforming organizations through the integration of technology, design thinking, and community engagement.
His reputation as an expert has also led him to be invited as a keynote speaker at numerous conferences, both in the United States and internationally, where he shares his vision of education and talent development.
A particularly significant stage in his career was his leadership of a four-year project funded by the U.S. Department of State. This ambitious project aimed to develop professional education and talent development programs in universities, with a particular focus on improving inclusion and equity of access to education and opportunities for all, regardless of students' background or social capital.
In July 2018, his career reached a new major milestone with his appointment as Vice-Provost at the prestigious Johns Hopkins University. This newly created position, focused on "integrative learning and life design," reflects the recognition of his unique expertise and innovative approach to education. As the first holder of this position, he has the opportunity to define this role and imprint his personal vision on it.
Dr. Farouk Dey's exceptional career has been recognized with various distinctions that testify to his significant impact in the field of education.
A particularly notable recognition is his designation by LinkedIn as one of the top ten personalities in the education sector. This distinction, awarded by the world's most influential professional network, underscores his status as a thought leader and innovator in his field.
His appointment as Vice-Provost at Johns Hopkins University, one of the most prestigious academic institutions in the world, also constitutes a significant recognition of his expertise and leadership. As the university highlighted during his appointment: "Farouk brings an impressive track record of achievements across multiple institutions in developing and implementing university-wide strategies to enhance career readiness and student outcomes."
The numerous invitations to speak as a keynote speaker at national and international events also testify to the recognition of his expertise by his peers and the global education community.
Dr. Farouk Dey's impact on the field of higher education is multidimensional and profound.
His approach integrating technological innovation, experiential learning, design thinking, and community engagement has transformed the way institutions approach talent development and student career preparation. This holistic vision of education, which goes beyond the acquisition of knowledge to encompass the development of practical skills and personal fulfillment, now influences numerous institutions of higher learning.
His leadership, described as "transformative" by his colleagues at Johns Hopkins, is characterized by his ability to establish effective relationships with the various stakeholders in the educational ecosystem: students, colleagues, and employers. This ability to create bridges between the academic world and the professional world is particularly valuable for preparing students for the challenges of the modern job market.
His commitment to inclusion and equity of access to education and professional opportunities represents a particularly significant dimension of his influence. Through his work, particularly in the context of the State Department-funded project, he has helped open doors to students from all backgrounds, regardless of their origin or social capital.
As an Algerian professional who has reached the highest levels of excellence in the American academic system, Dr. Dey also serves as an inspiring role model for young talents from the Arab world and North Africa. His journey demonstrates that with determination, vision, and hard work, it is possible to cross geographical and cultural boundaries to make a significant contribution to one's field of expertise.
To deepen your knowledge of Dr. Farouk Dey's work and vision, you can consult:
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Sociologist and Professor of Education Sciences University of Algiers, Algeria |
Mustapha Haddab was born on April 10, 1942, in El Gaada, a village in the suburbs of Oran, Algeria. His academic journey demonstrates an early interest in understanding the social and educational dynamics that characterize Algerian society.
He pursued his higher education at the University of Algiers, where he specialized in social sciences. This initial training allowed him to develop an analytical approach to social and cultural phenomena that would mark his future research. Throughout his academic career, he obtained several degrees in education sciences and in the didactics of languages and cultures, thus consolidating his expertise in an interdisciplinary field of study.
The period during which Mustapha Haddab pursued his academic training coincides with the first years of Algerian independence, a particularly significant historical context for understanding the orientation of his work. This period of national reconstruction and definition of a post-colonial Algerian identity undoubtedly influenced his vision of the educational and cultural issues he would study throughout his career.
His multidisciplinary training, at the intersection of sociology, education sciences, and language didactics, provided him with the conceptual and methodological tools necessary to analyze the complexities of the Algerian educational system and the sociocultural transformations that accompany it.
Mustapha Haddab has devoted most of his academic and scientific career to the in-depth study of the Algerian educational system, both at the school and university levels. As a teacher-researcher, he has developed recognized expertise in the analysis of educational policies and their impacts on Algerian society.
His research is characterized by a socio-anthropological approach to educational phenomena, examining the complex interactions between educational institutions, social dynamics, and cultural transformations. He has conducted in-depth investigations into socio-cultural changes and the evolution of training processes in Algeria, thus contributing to a better understanding of the challenges and opportunities of the national education system.
Over the years, Mustapha Haddab has developed particular expertise in studying the relationships between education, language, and culture in the Algerian context. His work on the didactics of languages and cultures has provided valuable insight into the linguistic and identity issues that permeate the Algerian education system, particularly issues related to Arabization, multilingualism, and the place of foreign languages in education.
As an engaged researcher, he has also been interested in the political and ideological dimensions of educational policies, analyzing how pedagogical and curricular choices reflect and influence broader societal orientations. This critical dimension of his work has contributed to nurturing debates on educational reforms in Algeria.
His scientific production includes numerous articles, book chapters, and monographs published in national and international academic journals. These publications testify to the rigor of his analyses and his ability to articulate theoretical perspectives with empirical observations from the Algerian field.
In addition to his research activities, Mustapha Haddab has played an important role in training new generations of researchers and experts in education sciences in Algeria. His involvement in supervising research work and conducting seminars has contributed to strengthening national capacities in this strategic field of study for the country's development.
Throughout his career, Mustapha Haddab has received various forms of recognition for his significant contributions to education sciences and the sociology of education in Algeria.
His expertise is widely recognized in university and academic circles, both in Algeria and internationally. He has been invited to participate in numerous symposiums, seminars, and conferences where his analyses of the Algerian education system and the sociocultural dynamics that influence it have been particularly appreciated.
Mustapha Haddab has directed several collective works that are references in the field of education sciences in Algeria. These publications, widely commented on and cited in academic circles, testify to his ability to unite researchers around crucial educational issues and to stimulate innovative reflections on these questions.
His regular presence in specialized academic publications, such as the journals Insaniyat and Persée, attests to the recognition of his peers and the continued relevance of his work for understanding the evolution of the Algerian education system and the sociocultural transformations that accompany it.
In addition to his scientific publications, Mustapha Haddab is regularly solicited as an expert by national and international institutions for his in-depth analysis of educational issues in Algeria. These solicitations testify to the value given to his perspectives and recommendations for improving educational policies.
The impact of Mustapha Haddab's work on understanding educational systems and training processes in Algeria is considerable and multidimensional.
On the academic level, his research has significantly contributed to enriching knowledge on socio-educational dynamics in Algeria. His detailed analyses of the transformations of the Algerian education system since independence have provided a valuable conceptual framework for understanding the challenges and opportunities in this field. His works have become essential references for researchers and students interested in education in the Algerian and broader Maghrebi context.
Mustapha Haddab's influence also extends to the field of teacher training and education professionals in Algeria. His analyses of pedagogical practices and didactic issues have contributed to sensitizing educational actors to the sociocultural dimensions of their work, encouraging increased reflexivity on the implications of their pedagogical choices.
In terms of educational policy, Mustapha Haddab's work has informed debates on reforms of the Algerian education system. His critical and nuanced analyses of the successes and limitations of various reform initiatives have provided decision-makers with enlightened perspectives on the issues to consider for improving the quality and equity of education in Algeria.
His interdisciplinary approach, combining sociology, education sciences, and language didactics, has also influenced research methodology in this field in Algeria, encouraging a more holistic and contextualized understanding of educational phenomena.
Through his publications and public interventions, Mustapha Haddab has contributed to raising awareness among a wider audience about educational issues in Algeria, thus facilitating a more informed societal dialogue on these crucial questions for the future of the country.
The international scope of his work is attested by the attention it has received in world-renowned media, highlighting the relevance of his analyses beyond the Algerian context and their contribution to a more nuanced understanding of educational challenges in transforming societies.
To deepen your knowledge about Mustapha Haddab's work and his contribution to education sciences in Algeria, you can consult the following resources:
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Associate Professor in Communication Qatar University, Qatar |
Born in 1967 in Isserville, Boumerdes wilaya in Algeria, Kamal Hamidou completed his secondary education at the new high school in Bordj Menanel. This period was crucial in shaping his intellectual development and academic journey.
He pursued his higher education at the Institute of Information and Communication Sciences (ISIC) at the University of Algiers, establishing a solid foundation for his future academic career. His education was further enriched by a PhD in Communication from Paris II Sorbonne University, consolidating his expertise in the field.
Professor Kamal Hamidou has developed a remarkable academic career in the fields of communication, education, art, and culture. His areas of specialization reflect an interdisciplinary and dynamic approach to research.
Currently, he holds the position of Head of Mass Communication Department at Qatar University. This prestigious position allows him to significantly contribute to academic development and research in the field of communication.
His research is characterized by an in-depth exploration of interactions between communication, education, art, and culture, offering innovative perspectives on these interconnected domains.
Kamal Hamidou has been recognized by the Association for Education in Journalism and Mass Communication (AEJMC), a prestigious distinction in the academic world of communication. This recognition underscores the quality and impact of his scientific contributions.
His publications and research have been widely disseminated and recognized in renowned academic journals, notably on platforms such as Cairn and Aleph, confirming his influence in the academic domain.
Through his research, publications, and teaching, Professor Hamidou significantly contributes to understanding contemporary dynamics of communication, education, and culture.
His work at Qatar University promotes an international and interdisciplinary perspective in communication sciences, bridging cultural and academic perspectives.
Email: hamidoukamal24@gmail.com
LinkedIn: LinkedIn Profile
Google Scholar: Google Scholar Profile
Academia: Academia Profile
ResearchGate: ResearchGate Profile
Aleph: Aleph Profile
Cairn: Cairn Publications
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Professor of Educational Sciences Sorbonne University, France Specialist in Gender Studies and Education Member of the Laboratory for Gender and Sexuality Studies (LEGS) |
Nassira Hedjerassi represents a generation of researchers who have successfully articulated classical philosophical training with commitment to gender equality. Her intellectual journey demonstrates an evolution toward a critical and intersectional approach to education.
Philosophical training: Studies in philosophy at University Paris IV Sorbonne, foundation of her critical reflection on educational issues
This initial philosophical training provides her with the conceptual tools necessary to question the epistemological foundations of educational sciences and develop a critical approach to educational phenomena. Philosophy nourishes her capacity to interrogate assumptions and implicit norms that traverse educational institutions.
Her specialization in educational sciences marks a turn toward a more empirical and sociological approach to educational questions, while maintaining the conceptual rigor of her initial philosophical training.
1997: Doctoral thesis defense at University Paris 8 under the supervision of Élisabeth Bautier, recognized figure in critical educational sciences
This thesis, supervised by Élisabeth Bautier, specialist in educational inequalities and pedagogical practices, definitively anchors her research in a critical and emancipatory perspective on education.
Research fields: Feminization of professions, critical pedagogies, higher intellectual professions, gender studies in education, intersectionality.
Nassira Hedjerassi's academic career illustrates remarkable progression through France's main universities, enriching her expertise through the diversity of institutional contexts.
University career: Successive positions at University of Strasbourg, Lille 3, and Reims Champagne-Ardenne
This geographical mobility allows her to understand regional specificities of educational questions and develop a national vision of gender issues in higher education.
2017: Integration into Sorbonne University, consecration of her expertise in educational sciences
Research affiliation: Member of the Laboratory for Gender and Sexuality Studies (LEGS), reference laboratory in feminist and gender studies in France
Her research on the feminization of professions questions the social mechanisms that govern transformations of traditionally masculine professions and analyzes the resistance and adaptations that accompany these mutations.
Her work on critical pedagogies is part of the critical pedagogy movement, inspired notably by Paulo Freire's work and adapted to French contexts and gender questions.
The study of higher intellectual professions allows analysis of glass ceilings and subtle discrimination mechanisms that persist in highly qualified occupations.
Nassira Hedjerassi's work has been recognized through several prestigious distinctions:
2008: Louis Cros Fellowship
Awarded by the University Committee for Pedagogical Information, recognition of excellence in educational sciences research
2005: AWID Special Prize
Association for Women's Rights in Development, international distinction for her contributions to gender studies
Nassira Hedjerassi's influence extends well beyond the academic world to touch educational practices and public equality policies.
Major contribution: Development of an intersectional approach to educational inequalities, articulating gender, social class, and ethnic origin in the analysis of school phenomena.
Understanding gender inequalities: Her research has considerably enriched understanding of the subtle mechanisms of gender inequality reproduction in education and training, influencing public policies for equal opportunities.
Dissemination of feminist theories: She has played a crucial role in disseminating African-American feminist theories in France, notably through her preface to the work "À l'école de bell hooks, à l'école de la décolonisation", introducing concepts of feminist critical pedagogy and decolonization of education.
Teacher training: Her work directly influences teacher and trainer education, contributing to sensitizing education professionals to gender and equality issues.
European research: She participates in European research networks on gender equality in education, contributing to international scientific exchanges.
Discover Nassira Hedjerassi's work and expertise through these resources:
"Critical and emancipatory education in service of gender equality"
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School Principal and Specialized Teacher Anatole France School, Vénissieux, France |
Nadia Mousli is an experienced educator and school administrator with a solid scientific background and extensive teaching experience in Algeria and France. Her career path demonstrates a constant commitment to educational excellence and child development.
This dual experience, both scientific and pedagogical, forms the foundation on which Nadia Mousli has built her career as an educator in France, allowing her to bring a unique and enriching perspective to the French educational system.
Nadia Mousli's professional evolution demonstrates her ability to adapt to different educational contexts and to take on increasing responsibilities in the field of education:
Nadia Mousli's work and commitment in the field of education have been noted and valued by various institutions:
Nadia Mousli's influence operates at several levels, demonstrating her commitment to inclusive, high-quality education:
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Professor of Information and Communication Sciences Mass Communication Department, Qatar University, Qatar |
Saddek Rabah was born in 1968 in Algeria. His academic journey began in his native country, where he obtained his degree from the Institute of Information and Communication Science (ISIC) at the University of Algiers, establishing a solid foundation for his future career in media and communication.
Eager to deepen his knowledge and broaden his academic horizons, he pursued his higher education in France. In 1991, he received a national scholarship from the Algerian Ministry of Higher Education and Scientific Research, which enabled him to embark on a doctoral program at Paris 2 University, an institution renowned for the excellence of its programs in information and communication sciences.
These formative years between Algeria and France allowed him to develop an intercultural and comparative perspective on issues related to media, information, and communication—a perspective that would significantly enrich his research work and teaching throughout his career.
Professor Saddek Rabah's academic career began in 2000, when he started teaching in higher education. His professional journey is marked by a rich international experience, primarily in the Gulf countries.
Before joining Qatar University, where he currently holds the position of Professor in the Mass Communication Department of the College of Arts and Science, he taught for over 18 years in the United Arab Emirates. During this period, he held various positions at several prestigious institutions: the Canadian University of Dubai, the University of Sharjah, the United Arab Emirates University, and Ajman University.
His career has not been limited to teaching. Professor Rabah has also taken on important administrative and academic responsibilities, notably as Dean at Ajman University and Chair of the Communication Department at the Canadian University of Dubai. These leadership roles have allowed him to contribute significantly to the development and improvement of communication and media studies programs in the region.
As an educator, he has taught more than 24 different courses covering a wide range of topics in the field of media and communication, including: Investigative Journalism, News Writing and Editing, Media Laws and Ethics, Advanced Methodologies in Communication, Communications Theories, Introduction to New Media, Principles of Visual Communication, Media Management, Media Convergence, Social Marketing, Internet & Social Networks, Media Sociology, Integrated Communication, Information Society, and Media and Society.
Alongside his teaching and management activities, Professor Rabah has pursued an active research career. His research interests focus on social networks, citizen media, internet studies, media convergence, information society, media and social change, and media discourse. His research work has been published in various peer-reviewed journals, and he has presented his findings at numerous international and regional conferences.
He has also contributed to the development of the field as a reviewer for many media programs as well as several academic journals in communication and media, thus participating in quality assurance and the advancement of knowledge in his area of expertise.
Throughout his career, Professor Saddek Rabah has received several awards and distinctions that testify to the excellence of his contributions to research and teaching in the field of information and communication sciences:
Research Excellence Award (2018): Awarded by the Arab Association for Research and Communication Studies, in Beirut, Lebanon, on November 29, 2018. This prestigious distinction recognizes the importance and quality of his contributions to research in the field of media and communication in the Arab world.
Best Professor in Media & Public Relations (2016): Awarded by the Middle East Education Leadership Awards, in Dubai, UAE, on October 4, 2016. This prize highlights his excellence in teaching and his significant contribution to the training of future media and public relations professionals in the region.
Best Research Paper (2009): Awarded by AUSACE (The Arab-U.S. Association of Communication Educators) at its fourteenth annual international conference, in Cairo, Egypt, from November 7-10, 2009. This recognition testifies to the quality and originality of his research work at the international level.
Bonus (Merit Increase Initiative) (2006): Awarded by the United Arab Emirates University, demonstrating the recognition of his academic excellence and exceptional contribution to the institution.
National Scholarship (1991): Granted by the Algerian Ministry of Higher Education and Scientific Research, allowing him to pursue his doctoral studies in France, marking the beginning of his international career.
Professor Saddek Rabah's influence extends well beyond the classrooms where he teaches. As a researcher and educator in the field of media and communication, he has contributed significantly to the understanding of media dynamics in the Arab world and internationally.
His work on social networks, citizen media, and media convergence has provided valuable insights into the evolution of the media landscape in the digital age. By exploring the intersections between technology, media, and society, he has helped conceptualize the profound transformations that media industries and communication practices are experiencing in a globalized and digitized environment.
His expertise in the field of information society and internet studies has allowed him to analyze the social, cultural, and political implications of information and communication technologies, thus contributing to the academic dialogue on these crucial issues for the development of contemporary societies.
As an educator, he has played a decisive role in the training of numerous media and communication professionals. Through the various courses he has taught, he has transmitted not only theoretical and practical knowledge but also a critical understanding of media and their role in society. His pedagogical approach, recognized by his peers as evidenced by the Best Professor in Media and Public Relations award he received, has inspired and guided many students who now hold important positions in the media and communication industries.
Furthermore, his leadership roles as dean and department chair have allowed him to influence the structure and content of communication and media studies programs, thus contributing to the improvement of the quality of education in these fields in the Gulf countries.
His activity as a reviewer for academic journals and study programs also testifies to his commitment to the advancement of knowledge and quality assurance in his field. By participating in these peer review processes, he helps maintain and elevate academic standards in information and communication sciences.
To deepen your knowledge about Professor Saddek Rabah's work, you can consult:
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Doctor of Business Administration (DBA) Higher Education Consultant - Global University Systems Specialist Associate Researcher, Oxford Business College - United Kingdom Fields of Expertise: Education - Communication - Arts & Culture - Innovation - Entrepreneurship - Intellectual Property |
Birth: January 1st, 1980, in Algiers, Algeria
Initial Education:
Doctoral Education:
Areas of Expertise: Higher Education, Entrepreneurship, Action Learning, Action Research, and Artificial Intelligence
Dr. Mohamed Yacine has developed a remarkable international academic and professional career, specializing in the intersection between entrepreneurship and higher education.
Current Positions:
Professional Expertise:
His research focuses on entrepreneurship in higher education, action learning, action research, and the application of artificial intelligence in education. He has developed innovative teaching and facilitation methods based on action learning approaches.
Educational Impact:
Creator of an action learning method based on educational games for teaching, facilitation, and coaching. He has trained and upskilled more than 2,000 managers and entrepreneurs.
Major Scientific Publications:
Paper produced within the framework of a contribution project with Algeria Venture and the Ministry of Startups and Micro-enterprises.
Link: ResearchGate Publication
Paper approved in February 2023 for publication in international journals by:
Link: Academia.edu
Published in Sheffield Hallam University Library, United Kingdom.
Published in the book: "Emotionally Intelligent Methods for Meaningful Leadership" (IGI Global, 2024)
Link: IGI Global
Educational Innovation:
Dr. Mohamed Yacine is recognized as the creator of an action learning method based on educational games, revolutionizing the traditional approach to teaching, facilitation, and coaching in entrepreneurship.
Quantifiable Impact:
Academic and Professional Influence:
His research has contributed to shaping the modern understanding of entrepreneurship in higher education, particularly in the context of emerging economies. His work on incubator performance indicators has influenced public policy in Algeria.
Intellectual Leadership:
As an international consultant and researcher, he has built bridges between traditional educational systems and modern entrepreneurial approaches, contributing to the development of the global innovation ecosystem.
Global Recognition:
His expertise is sought after by international organizations, universities, and governments seeking to develop their entrepreneurship education capabilities and innovation ecosystems.
Contact: mohamed.yacine@alinsights.co.uk
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Anthropologist and Research Professor École des Hautes Études en Sciences Sociales (EHESS), France Director of Studies - Specialist in Berber Culture Director of Awal Journal - Amazigh Studies |
Tassadit Yacine was born on November 14, 1949, in Boudjellil, a village in the Tizi Ouzou region of Kabylia, Algeria. This Kabyle origin, at the heart of one of the richest regions in Amazigh tradition, would profoundly mark her intellectual journey and anthropological vocation.
Cultural roots: Growing up in Kabylia gave her privileged access to Berber oral tradition, ritual practices, and the Tamazight language, fundamental elements of her future research
Her initial training reveals remarkable intellectual openness: she first studied Spanish language and literature at the University of Algiers. This linguistic and literary training developed in her a particular sensitivity to questions of cultural transmission and oral heritage, skills that would prove crucial in her anthropological work.
Disciplinary transition: Move from literature to anthropology, an approach that enriched her research method with a unique literary and narrative dimension
Her move to France to pursue anthropological studies demonstrates a desire to professionalize her indigenous cultural knowledge. In Paris, she discovered the methodological tools of contemporary social anthropology while maintaining her Kabyle identity anchoring.
1992: Obtained doctorate in social anthropology from University Paris 1 Panthéon-Sorbonne, academic consecration of her expertise in Berber studies
Research fields: Social anthropology, Berber culture, Amazigh oral tradition, impact of colonialism, identity transmission, Maghrebi literature.
Tassadit Yacine holds the prestigious position of Director of Studies at the École des Hautes Études en Sciences Sociales (EHESS), France's reference institution in human and social sciences. This position allows her to develop an ambitious research program on North African cultures.
Institutional affiliation: Member of the Laboratory of Social Anthropology at the Collège de France, laboratory historically directed by Claude Lévi-Strauss
1985: Co-founding of "Awal" journal with Mouloud Mammeri and Pierre Bourdieu, reference publication for Berber and Amazigh studies
The journal "Awal" (meaning "word" in Tamazight) quickly became a unique academic space dedicated to Amazigh studies. Under her direction, this publication brings together researchers, writers, and Berber intellectuals from around the world, creating a transnational scientific network.
Her fieldwork, conducted primarily in Kabylia and other Berber-speaking regions of the Maghreb, adopts a rigorous ethnographic methodology. She collects and analyzes oral narratives, ritual practices, and traditional cultural expressions, contributing to their preservation and scientific study.
Her work on the impact of colonialism on Berber societies reveals mechanisms of cultural resistance and identity preservation strategies developed by Amazigh communities in the face of assimilation.
Tassadit Yacine's academic recognition extends beyond French borders:
Tassadit Yacine's influence extends far beyond academic circles to touch cultural policies and Amazigh renaissance movements.
Major contribution: Academic legitimization of Berber studies as an autonomous disciplinary field, moving from folklore to scientific anthropology.
Understanding cultural dynamics: Her research has considerably enriched understanding of cultural transmission mechanisms in contexts of colonial domination and postcolonial situations. She reveals how Berber societies developed sophisticated cultural resistance strategies.
Scientific editing: Her editorial work on Jean Amrouche's journals and Pierre Bourdieu's writings highlights the mutual influence between French sociological thought and reflection on Maghrebi identity.
Academic training: Through her teaching at EHESS, she trains a new generation of researchers specialized in North African and Amazigh studies, ensuring continuity of this expertise.
Cultural activism: Without being directly political, her academic work objectively contributes to the recognition and valorization of Amazigh cultures, indirectly supporting Berber renaissance movements.
Intercultural dialogue: Her work facilitates dialogue between different cultural components of the Maghreb and contributes to better understanding of North African plural identities.
Scientific legacy: Creation of an anthropological school specialized in Amazigh studies, international recognition of Berber cultural richness.
Discover Tassadit Yacine's work and research through these resources:
"Anthropologist of living culture, guardian of Amazigh memory"
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Writer, Novelist and Short Story Writer Independent Author - Paris, France Born in 1986 in Algiers, Algeria |
Kaouther Adimi was born in 1986 in Algiers, in an Algeria marked by post-independence political and social transformations. Her educational journey, between Algeria and France, forged her bicultural perspective that deeply nourishes her literary work.
Kaouther Adimi's career flourishes in a constant back-and-forth between Algeria and France, nourishing a body of work that questions history, memory, and the multiple identities of the Francophone Maghrebian world.
Kaouther Adimi's literary talent is recognized by numerous prestigious awards that establish her place in the contemporary Francophone literary landscape.
Kaouther Adimi's work occupies a singular place in contemporary Francophone literature, contributing significantly to understanding the memorial and identity issues of post-colonial Maghreb.
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Writer, Philosopher specializing in Islam Specialist in the Maghreb and Arab world France - Algeria Name in Arabic: رزيقة عدناني Name in Tamazight: ⵔⴰⵥⵢⵇⴰ ⴰⴷⵏⴰⵏⵢ |
Razika Adnani is a Franco-Algerian intellectual whose Maghrebi origins deeply nourish her philosophical reflection and her commitment to Islamic reform. Her name, written in Arabic (رزيقة عدناني) and in Tamazight (ⵔⴰⵥⵢⵇⴰ ⴰⴷⵏⴰⵏⵢ), testifies to the Berber-Arab cultural anchoring that characterizes her intellectual identity.
She pursued her philosophy studies at the University of Algiers, a prestigious institution that has trained many Maghrebi intellectuals. This initial philosophical training constitutes the foundation of her future intellectual approach, providing her with the conceptual tools necessary to address religious and cultural questions with the academic rigor that characterizes her work.
Her Algerian university background allowed her to acquire in-depth knowledge of the Arab-Muslim philosophical tradition, while being trained in the methods of Western philosophy. This dual formation constitutes a major asset for her future research on Islam and its necessary evolution in the contemporary context.
Razika Adnani's career is divided into two distinct phases: an initial period of teaching followed by a transition to research and writing that defines her current intellectual mission.
Razika Adnani worked as a philosophy professor, transmitting her knowledge and developing her pedagogical reflection. This teaching experience allowed her to understand the challenges of philosophical knowledge transmission and to develop her ability to popularize complex concepts.
In 2005, she made the decisive decision to leave teaching to dedicate herself entirely to research and writing. This transition marks the beginning of her career as a public intellectual and recognized specialist in contemporary Islam.
2014-2016: She gave lectures at Michel Onfray's Popular University of Caen on the theme "Thinking Islam," demonstrating her ability to address a broad audience while maintaining academic rigor.
From 2016: She collaborated with the French Ministry of Justice, Directorate of Judicial Youth Protection (DPJJ), then with the Ministry of the Interior, in the context of training professionals dealing with radicalized youth. This collaboration testifies to the recognition of her expertise by French institutions.
2015-2017: She contributed to the work of the seminar "Secularism and Fundamentalisms" organized by the Collège des Bernardins, a Catholic institution of high intellectual level, demonstrating her capacity for interreligious dialogue.
From 2017: She joined the Permanent University of Nantes to give lectures on Muslim thought, expanding her academic influence.
2019: Member of the Scientific Council of the Center for the Study of Religious Facts, a function that confirms her recognition as an expert.
2020: She gave a series of lectures at the Civic Center for the Study of Religious Facts (CCEFR) on "The Reform of Islam from the 19th Century to Today."
2021-2022: Lecture cycle at CCEFR on "Philosophy in the Land of Islam," demonstrating the extent of her competencies.
Since 2023: Member of the Jury of the Gisèle Halimi Literary Prize, committing to the recognition of feminine writing.
Since 2024: Member of the jury of the Mahsa Amini International Prize for Women's Freedom, testifying to her commitment to women's rights in the Muslim world.
Razika Adnani's distinctions and recognition testify to her stature as an intellectual recognized both in France and internationally:
Prestigious Institutional Functions:
Media and Editorial Recognition:
Razika Adnani regularly collaborates with major French media (Marianne, Le Figaro, Le Monde, La Croix), which testifies to the recognition of her expertise by editorialists and specialized journalists. Her analyses are regularly sought to illuminate news related to Islam and the Arab world.
Literary Work:
She is the author of several reference works, including "The Necessary Reconciliation," in which she analyzes the link between violence and identity problems in the Maghreb. Her publications contribute significantly to contemporary intellectual debate on Islam and modernity.
Razika Adnani's influence extends across several interconnected domains, making her a major intellectual figure in contemporary debate on Islam and modernity.
Impact on Islamic Reform:
Razika Adnani is an intellectual militant for "future-oriented reform" of Islam. For her, this reform is "more necessary than ever today, and even an act of responsibility," allowing Muslims to integrate into the current era and improve cohabitation with others. Her position is distinguished by its radicalism: she refuses conventional discourse that artificially separates Islam and Islamism, or that places responsibility solely on Muslims.
She advocates a courageous approach that consists of "liberating thought from the grip of the Salafis" and overcoming reassuring but ineffective formulas like "the problem is not Islam, but only Islamism" or "the problem is not Islam, but only Muslims."
Contribution to Maghrebi Reconciliation:
Beyond religious questions, Razika Adnani is committed to reconciling Maghrebi populations with themselves and their history. In her work "The Necessary Reconciliation," she establishes an original analytical link between contemporary violence and identity problems in the Maghreb, providing innovative insight into the deep roots of this region's difficulties.
Influence on French Public Policies:
Her collaboration with French ministries (Justice and Interior) in training professionals dealing with radicalization testifies to the practical impact of her analyses. Her expertise directly contributes to the development of public policies for preventing radicalization.
International Intellectual Influence:
Her participation in numerous national and international conferences and meetings, as well as her presidency of the International Philosophy Days of Algiers, make her an ambassador of renewed Arab philosophical thought. She contributes to intercultural dialogue and recognition of philosophy in the land of Islam.
Impact on Public Debate:
Her regular media interventions and collaborations with the French press allow her to influence public debate on Islam in France. She brings a nuanced and informed voice that contrasts with usual simplifications, contributing to elevating the level of debate.
Influence on Women's Condition:
Her recent commitment to the juries of the Gisèle Halimi and Mahsa Amini prizes testifies to her growing involvement in defending women's rights, particularly in the Muslim context. She represents a model of an emancipated and committed Muslim intellectual woman.
Biography compiled from public sources - Last updated: 2025
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University Professor in Sociology of Religions Catholic University of Lille & Inter-university Institute for the History of Religions, Lille, France PhD in Political Science, Authorized to supervise research Specialties: Sociology of Religions, Political Science, Contemporary Islam |
Leïla Babès was born on March 22, 1953, in Guelma, Algeria, into a family she describes as "both liberal and versed in religious knowledge." This family origin profoundly shapes her intellectual trajectory: "A family where much tolerance reigned," she specifies, emphasizing the determining influence of this environment on her nuanced vision of religious issues.
Her academic journey leads her to political science, a field in which she obtains her doctorate. She then continues her research in sociology of religions, a discipline that becomes her main field of expertise. This multidisciplinary training allows her to approach religious phenomena with both a political and sociological approach, particularly relevant for analyzing contemporary Islam in France.
Her authorization to supervise research in sociology of religions confirms her academic stature and opens the way to higher education and research supervision. This thorough training constitutes the foundation of her future career as a recognized researcher and teacher.
Leïla Babès holds the position of University Professor at the Catholic University of Lille, where she teaches sociology of religions. Simultaneously, she also works at the Inter-university Institute for the History of Religions in Lille, an institution that testifies to the interdisciplinary approach she favors in her research.
As director of the department of religious studies, she plays a pioneering role by initiating training in "History and Social Sciences of Islam." This pedagogical innovation responds to a growing need for academic understanding of Islam in the French and European context, demonstrating her ability to anticipate contemporary societal issues.
Her research work covers several interconnected domains: religion and female devotions, Islam and secularization in France, human rights and women, as well as political power and violence. This last theme finds its culmination in her major work "The Utopia of Islam. Religion against the State" (2011), which analyzes tensions between religious aspirations and political realities.
Currently, her research focuses on the theologico-political and the question of salvation, with a particular focus on the status of Jesus in Islam. This orientation testifies to her constant interest in complex theological questions and their impact on interreligious relations.
Her research method is characterized by an empirical and field approach, seeking to understand contemporary religious practices rather than limiting herself to classical texts. This approach allows her to grasp the evolutions and adaptations of Islam in the French context.
Leïla Babès' work is distinguished by a rich and diversified scientific production, testifying to her recognition in the French and international academic field. Her publications cover more than two decades of in-depth research on contemporary Islam.
Main Works:
These publications, translated into several languages, testify to the international recognition of her work. She is regularly invited to international conferences and her analyses are cited by numerous European and North American researchers.
Her position as University Professor and her authorization to supervise research constitute institutional recognition of her expertise. She has trained numerous doctoral students and continues to supervise theses on contemporary Islam issues.
Leïla Babès' influence extends far beyond the academic framework to the French public debate on Islam. Her nuanced analyses contribute to a finer understanding of Muslim realities in France, far from the usual media simplifications.
In the academic field, she has contributed to legitimizing the sociological study of Islam in France, paving the way for a new generation of researchers. Her methodological approach, combining scientific rigor and empathy for the actors studied, has become influential and impacts numerous contemporary works.
Her impact on public policies manifests through her regular expertise with French and European institutions. Her in-depth knowledge of French Muslim communities makes her a privileged interlocutor for political decision-makers seeking to understand contemporary issues.
At the international level, her work contributes to debates on Islam in Europe and participates in scientific exchanges between European, North American, and Muslim world researchers. She represents an original French voice in these global debates.
Her pedagogical influence is also measured through the training in "History and Social Sciences of Islam" that she initiated, training future specialists capable of analyzing contemporary religious phenomena with social science tools.
Finally, her work of intellectual mediation, notably through her collaborations with religious figures like Tareq Oubrou, demonstrates her ability to create bridges between the academic world and communities of believers, thus contributing to interreligious dialogue and mutual understanding.
Biography compiled from public sources - Last updated: 2025
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Writer and Novelist Independent Author - Paris, France Born in 1971 in Algiers, Algeria |
Salim Bachi was born in 1971 in Algiers, in a post-independence Algeria in the midst of identity construction. His childhood in Annaba, a port city in eastern Algeria, shaped his literary sensibility and his attachment to the Mediterranean that would deeply nourish his work.
Salim Bachi's literary career is characterized by a constant exploration of collective memories, oscillating between the intimate and the universal, the local and the cosmopolitan, in a permanent quest for meaning through writing.
Salim Bachi's work benefits from early and sustained critical recognition, confirming his place among the major voices of contemporary Francophone literature.
Salim Bachi's work occupies a singular position in the Francophone literary landscape, contributing significantly to understanding the memorial and identity issues of the contemporary Mediterranean world.
"Writing is for me a way to understand the world, to give meaning to the absurdity of existence."
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Writer, Novelist, Short Story Writer and Journalist Radio France Internationale (RFI) - Paris, France Born September 24, 1952 in Oran, Algeria |
Yahia Belaskri was born on September 24, 1952, in Oran, a major metropolis in western Algeria, in an Algeria still under French colonial rule. His childhood unfolded during the Algerian War of Independence (1954-1962), a formative experience that would profoundly mark his literary work.
Yahia Belaskri's career is characterized by a gradual evolution from the business world to journalism, then to literary creation, with each stage enriching his understanding of the contemporary world and its tensions.
Yahia Belaskri's work benefits from constant critical recognition, confirmed by numerous prestigious awards that establish his place in contemporary Francophone literature.
Yahia Belaskri's work stands as a major contribution to understanding contemporary issues of the Mediterranean world, particularly in Franco-Algerian relations and the condition of exile.
"The History of humanity is marked by enslavement and even degradation. In many places, it is enough for the holder of power – a clan, a group, a dictator, an autocrat – to say something for entire sections of the population to follow."
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Director of Studies - Islamic Law Specialist École Pratique des Hautes Études (EPHE), Paris - CNRS, France |
Fields of Specialization: Classical Islamic Law, Religious Anthropology, Islamic Normativity, Islamic Legal Texts, History of Legal Doctrines (7th-15th centuries)
Mohammed-Hocine Benkheira, of Algerian nationality, represents one of the most respected figures in contemporary French Islamic studies. His academic trajectory reflects rigorous and comprehensive training in the field of religious sciences, particularly oriented toward the critical and anthropological study of normative Islam.
Doctoral Training:
In 1994, he brilliantly defended his State Doctorate in Religious Sciences at the University of Paris III - Sorbonne Nouvelle, with a remarkable thesis entitled "Pour une approche anthropologique de l'islâm normatif" (Toward an Anthropological Approach to Normative Islam). This doctoral research, which constitutes the foundation of his academic career, proposes an innovative methodology for understanding Islamic legal texts and practices through an anthropological lens.
This pioneering thesis already reveals the originality of his methodological approach, which consists of applying modern anthropological tools to the study of classical Islamic sources. This interdisciplinary approach, still uncommon at the time, positioned Benkheira as a precursor in the renewal of Islamic studies in France.
His university education is rooted in the French academic tradition of excellence in religious sciences, heir to the work of great orientalists while opening up to contemporary methods of social sciences. This dual culture allows him to develop unique expertise at the intersection of classical philology and contemporary anthropology.
Mohammed-Hocine Benkheira's career at the École Pratique des Hautes Études began in 1999, when he was appointed Director of Studies in the religious sciences section. This appointment coincided with the reopening of a chair specifically dedicated to Islamic law, testifying to the institutional recognition of the importance of this discipline in the French academic landscape.
The EPHE, a prestigious institution founded in 1868, provides the ideal framework for his research. As Director of Studies, Benkheira enjoys exceptional academic freedom that allows him to develop his research according to his own scientific orientations, while training a new generation of researchers in his field of specialization.
His teaching focuses primarily on the formation of legal doctrines and ritual in Islam, covering an extensive historical period from the 7th to the 15th century. This diachronic approach allows him to analyze the evolutions, ruptures, and continuities in Islamic legal thought, thus offering a nuanced understanding of normative formation processes.
In parallel with his functions at EPHE, Mohammed-Hocine Benkheira is an active member of the Group Society Religions Secularisms (GSRL) of the CNRS, a reference research unit in sociology of religions. This affiliation allows him to participate in contemporary debates on the place of religion in modern societies and to enrich his analyses of Islamic law through contributions from religious sociology.
Academic Contributions:
His research is characterized by a rigorous methodological approach that combines philological analysis of classical legal texts with conceptual tools from social anthropology. He is particularly interested in the mechanisms of religious norm production and the modalities of its application in historical Muslim societies.
Benkheira has contributed significantly to several leading academic journals, notably Studia Islamica (international reference journal in Islamic studies), European Archives of Sociology, and the Journal of the History of Religions. These publications testify to the international recognition of his work and their impact on the specialized scientific community.
Mohammed-Hocine Benkheira's most famous work, "L'amour de la loi. Essai sur la normativité en Islam" (The Love of Law. Essay on Normativity in Islam), published by Presses Universitaires de France in 1997, constitutes an essential reference in the field of Islamic studies. This book, the fruit of his in-depth doctoral research, proposes an innovative anthropological analysis of Islamic normativity.
In this fundamental work, Benkheira develops an original theory about the affective relationship that Muslims maintain with religious law (sharī'a). He shows how this relationship, which he qualifies as "love of law," structures not only legal thought but also the social imagination of Muslim societies. This psycho-anthropological approach to Islamic law has opened new research perspectives in the field.
His work is regularly cited in international academic literature specialized in Islamic studies, religious anthropology, and sociology of law. This recognition by peers testifies to the quality and originality of his scientific contributions.
Mohammed-Hocine Benkheira is regularly invited as a speaker at international conferences, where he presents his research to expert audiences. These invitations reflect his reputation as a recognized expert in his field and the interest generated by his innovative methodological approaches.
His academic recognition is also manifested through his participation in editorial committees of scientific journals and thesis juries, thus contributing to the evaluation and orientation of research in his field of specialization.
The scientific impact of Mohammed-Hocine Benkheira is measured primarily by his methodological contribution to Islamic studies. His anthropological approach to Islamic law has profoundly influenced contemporary research on religious normativity, opening new avenues of investigation that go beyond traditionally philological or historical approaches.
He has become a key actor in contemporary reflection on the complex relationship between law and society in classical Islam. His analyses provide a better understanding of how Islamic legal norms articulate with the social, cultural, and political realities of historical Muslim societies.
His influence is particularly manifested in the renewal of studies on sharī'a, which he approaches no longer simply as a corpus of legal rules, but as a complex symbolic system that structures representations and social practices. This approach has inspired many young researchers who extend and enrich his theoretical insights.
Beyond the strict academic circle, Benkheira's work contributes to public debates on Islam by proposing a nuanced and scientifically grounded understanding of Muslim legal traditions. In a context where these questions are often subject to simplifications or controversies, his analyses provide valuable expertise.
His teaching at EPHE regularly trains new researchers who perpetuate and develop his methodological approaches. This academic transmission ensures the continuity of his influence on future generations of Islamologists and anthropologists of religions.
The impact of his research extends beyond the French framework to reach the international community of Islamic studies specialists. His publications are translated and cited in different languages, testifying to the universal scope of his scientific contributions.
Institutional and Academic Resources:
• Official page at École Pratique des Hautes Études • Publications on Cairn.info • Profile and publications on PerséeBibliographic and Editorial Resources:
• Author page on Babelio • Contributions to Le Mangeur OCHA journal • Profile on Oasis CenterMajor Work:
• L'amour de la loi. Essai sur la normativité en Islam (The Love of Law. Essay on Normativity in Islam), Paris, Presses Universitaires de France, 1997
Regular Contributing Journals:
• Studia Islamica - International Journal of Islamic Studies
• European Archives of Sociology
• Journal of the History of Religions
Institutional Affiliation:
• Group Society Religions Secularisms (GSRL) - CNRS/EPHE
• Section of Religious Sciences - École Pratique des Hautes Études
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Writer, Poet, Journalist and Mathematician University of Paris-Saclay, France - French-language Literature |
Anouar Benmalek was born on January 16, 1956, in Casablanca, Morocco, to a Moroccan mother and an Algerian father. This dual Maghrebi origin forged from childhood his sensitivity to identity issues and cross-border problems that would profoundly mark his future literary work.
This bicultural and scientific training gives Anouar Benmalek a unique perspective reflected in the rigor of his narrative construction and the depth of his social and historical analyses.
His literary work is distinguished by his courage to address sensitive and universal subjects:
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Philosopher, Islamologist and Thinker - Doctor of Letters in Philosophy Specialist in Interfaith Dialogue - University of Continuing Education, Algeria |
Mustapha Chérif was born in 1950 in Miliana, a historic city located in the Aïn Defla province of Algeria. This ancient city, rich in millennial heritage and a crossroads of civilizations, undoubtedly nurtured his early passion for dialogue between cultures and religions.
His exceptional academic journey led him to the highest spheres of knowledge. He earned a Doctor of Letters in Philosophy as well as a Doctor of Sociology from the prestigious École des Hautes Études en Sciences Sociales (EHESS) in Paris, an institution recognized worldwide for the quality of its research in humanities and social sciences.
Completing this exceptional multidisciplinary education, he also specialized in History and International Law, thus acquiring a global and nuanced vision of international relations and contemporary geopolitical issues. This diverse academic background enabled him to develop a unique approach to intercultural dialogue, combining philosophical rigor, sociological analysis, and historical understanding.
Mustapha Chérif's career is characterized by a remarkable diversity of experiences combining the academic world, political responsibilities, and diplomatic missions. As a University Professor, he has trained numerous generations of students and developed internationally recognized expertise in the field of interfaith and intercultural dialogue.
In 1990, he reached the highest responsibilities in the Algerian educational system by becoming Minister of Universities, a strategic position where he contributed to the reform and development of Algerian higher education at a pivotal moment in the country's history.
His diplomatic career is particularly distinguished by his mandate as Ambassador of Algeria to Egypt from 1994 to 2001, a crucial period that allowed him to deepen his knowledge of the Arab and Islamic world. This diplomatic experience considerably enriched his understanding of regional geopolitical issues and reinforced his legitimacy as a privileged interlocutor in interfaith dialogue.
A visionary in the field of education, he founded and presides over the University of Continuing Education in Algeria, an innovative institution responding to the needs of lifelong learning in a constantly evolving world. He is also an active member of numerous global forums dedicated to cultural and interfaith dialogue, thus participating in international reflections on these crucial issues.
Research Specialties: Interfaith dialogue, East-West relations, Islamic philosophy, Sociology of religions, Comparative cultural studies, Geopolitics of the Islamic world.
These international recognitions testify to the significant impact of his work and his unique contribution to dialogue between civilizations. His status as a privileged interlocutor with the highest world religious authorities underlines the confidence placed in his approach of reconciliation and mutual understanding.
Mustapha Chérif's intellectual work has profoundly marked contemporary reflection on the relations between Islam and modernity, as well as on the possibilities of authentic dialogue between religions and civilizations. His innovative approach, combining academic rigor and humanist commitment, has contributed to deconstructing numerous prejudices and opening new paths for mutual understanding.
His work on tolerance in Islam has particularly influenced contemporary intellectual debate, providing nuanced and documented answers to sensitive questions raised by current geopolitical tensions. He works tirelessly for better inter-knowledge between civilizations, considering that world peace necessarily passes through dialogue and mutual recognition of shared values.
His influence extends far beyond the academic world, touching political decision-makers, religious leaders, and international civil society. His meetings with the popes testify to his unique ability to create bridges between religious traditions, thus opening new perspectives for the peaceful coexistence of communities.
Prolific author of twenty works translated into twelve languages, testimony to the international scope of his thought:
This remarkable intellectual production covers all the issues related to intercultural and interfaith dialogue, offering a balanced and documented vision of contemporary challenges.
Professor Mustapha Chérif
Philosopher and Islamologist
Specialist in interfaith dialogue
University of Continuing Education
Algeria
Documentary Resources:
📖 Encyclopedia:
Wikipedia Page - Complete Biography
📚 Bibliography:
Babelio - Works and Literary Reviews
🏛️ Biographical Resources:
Vitaminedz - Detailed Portrait
Note: Mustapha Chérif continues to regularly participate in international conferences and forums on the dialogue of civilizations, actively contributing to contemporary reflections on peace and religious tolerance.
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Sociologist and Researcher - PhD in Social Sciences IACCHOS Center - Catholic University of Louvain (UCLouvain), Belgium |
Fields of Specialization: Gender Sociology, Socio-anthropology of Islam, Women's Spatial Mobility, Islamic Feminism, Power Dynamics in Algeria, Islam in Europe
Ghaliya Djelloul represents a new generation of researchers who combine academic rigor with social engagement in the study of gender issues in contemporary Muslim societies. Her educational background, marked by excellence and interdisciplinarity, demonstrates a commitment to understanding social issues through diverse methodological approaches.
International Education:
Her education began with a degree in International Relations from the Graduate Institute of International and Development Studies (IHEID) in Geneva, a world-renowned institution in the study of geopolitical and diplomatic issues. This training provides her with a global understanding of international issues and mechanisms of global governance, a perspective that would later enrich her sociological analyses.
She then continued her studies in sociology, first at the University of Geneva, then at the Catholic University of Louvain (UCLouvain), where she refined her specialization in the study of social relations and gender dynamics. This dual Franco-Belgian education allows her to acquire a comparative perspective on European sociological approaches.
Her doctoral journey, completed at UCLouvain, constitutes the decisive moment of her academic specialization. Her thesis, focusing on "the reconfiguration of the field of power in Algeria," is based on a rigorous ethnographic methodology centered on the study of spatial mobility of women residing in peripheral neighborhoods of Algiers.
This doctoral research reveals the originality of her methodological approach, which consists of analyzing the political and social transformations of contemporary Algeria through the prism of women's experience of urban space. This innovative perspective allows her to grasp the mutations of Algerian political power through careful observation of women's daily practices and their mobility strategies.
Ghaliya Djelloul currently holds a researcher position at the Interdisciplinary Center for Studies of Islam in the Contemporary World (IACCHOS) at the Catholic University of Louvain. This center, internationally recognized for its research on contemporary Islam, provides an ideal framework for developing her work on gender issues in Muslim societies.
Her research is structured around three main axes that demonstrate the coherence and originality of her scientific program. The first axis concerns the study of gender relations and their evolution in Muslim societies, with particular attention to the Algerian case that she knows intimately.
Research Axes:
1. Spatial Mobility and Gender: She analyzes how women's spatial mobility in Algeria reveals and transforms social and political power relations. Her research shows that the study of women's movements in urban space constitutes a privileged indicator of contemporary social transformations.
2. Islam and Feminism: She develops critical reflection on Islamic feminism in Europe, exploring possible articulations between religious engagement and egalitarian claims, questioning traditional boundaries between secularism and spirituality.
3. Socio-anthropology of Islam: Her work contributes to a better understanding of contemporary religious dynamics, particularly in their interactions with gender and citizenship issues.
Her methodological approach is characterized by the combination of in-depth ethnographic observations and theoretical sociological analyses. This approach allows her to grasp the complexity of social phenomena by articulating the analysis of concrete practices with understanding of the social structures that underlie them.
In the European context, her research on Islam in Europe, and particularly on the journeys of Belgian Muslim feminists, provides valuable insight into the processes of integration and identity negotiation of Muslim populations in Western Europe.
Best Francophone Thesis Prize:
Ghaliya Djelloul received the prestigious Best Francophone Thesis Prize (Maghreb) on the Middle East and Muslim Worlds, a distinction that recognizes the excellence of her doctoral research and its original contribution to understanding contemporary Muslim societies. This recognition testifies to the exceptional quality of her academic work and its impact on the specialized scientific community.
Financial support from the Baillet Latour Fund, which finances the Contemporary Islam Chair at UCLouvain, constitutes institutional recognition of the importance of her research. This prestigious funding enables the development of ambitious research programs on contemporary Islam and demonstrates confidence in her scientific orientations.
Her publications in leading academic journals, as well as her contributions to collective works, attest to peer recognition and the impact of her work on the international scientific community specialized in Islamic studies and gender sociology.
The scientific impact of Ghaliya Djelloul is measured primarily by her contribution to renewing methodological approaches in the study of contemporary Muslim societies. Her feminist and sociological approach to gender relations in Algeria has considerably influenced contemporary studies on women's mobility and power dynamics in Maghreb countries.
Key Publications:
• "The media laughter of Sheikh Chemsedine el Djazaïri, a decoy mirror of the 'neo-authoritarian' media order in Algeria" (RSA, 2018)
• "Between constraint and release, women's spatial mobility in the periphery of Algiers" (Metropolitiques, 2018)
• "Space, gender and religion: study of urban moral order in the periphery of Algiers" (Érès, 2018)
• "Islamic feminism through the prism of decoloniality" (Revue nouvelle, 2018)
• "Journeys of Belgian Muslim feminists" (Academia L'Harmattan, 2014)
Her research contributes significantly to contemporary reflection on women's place in the public space of Muslim societies. By analyzing female mobility strategies, she reveals how women negotiate and transform the spatial and social constraints imposed on them, thus contributing to a renewed understanding of female agency in these contexts.
Her work on Islamic feminism constitutes a major contribution to contemporary debates on the articulation between spirituality and gender equality. By questioning traditional boundaries between secular feminism and religious engagement, she opens new theoretical perspectives that influence academic and activist reflections in this field.
Beyond the academic circle, her research nourishes public debates on the integration of Muslim populations in Europe and on gender equality issues in multicultural societies. Her analyses provide valuable expertise to policymakers and social actors engaged in these issues.
Her influence is also manifested through the training of young researchers whom she supervises and inspires, thus contributing to the transmission and renewal of methodological approaches in her field of specialization.
Academic and Professional Profiles:
• Official UCLouvain page • Academia.edu profile • ResearchGate profile • LinkedIn profileMain Publications:
• "Parcours de féministes musulmanes belges. De l'engagement dans l'islam aux droits des femmes" (Journeys of Belgian Muslim Feminists. From Engagement in Islam to Women's Rights), Academia L'Harmattan, 2014
• "Le féminisme islamique au prisme de la décolonialité. Dépasser l'horizon postcolonial pour envisager un féminisme pluriversel ?" (Islamic Feminism through the Prism of Decoloniality. Going Beyond the Postcolonial Horizon to Envision a Pluriversal Feminism?), Revue nouvelle, 2018
• "Espace, genre et religion : étude de l'ordre moral urbain en périphérie d'Alger à partir de l'enjeu de la mobilité spatiale des femmes" (Space, Gender and Religion: Study of Urban Moral Order in the Periphery of Algiers Based on Women's Spatial Mobility Issues), Érès, 2018
Institutional Affiliation:
• Interdisciplinary Center for Studies of Islam in the Contemporary World (IACCHOS)
• Catholic University of Louvain (UCLouvain), Belgium
• Contemporary Islam Chair (Baillet Latour Fund financing)
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Writer, Poet and Journalist CRIDLA (Circle for Research on Algerian Letters) - Toulouse, France Born December 25, 1950 in Aïn Taya, near Algiers, Algeria |
Abdelmadjid Kaouah was born on December 25, 1950, in Aïn Taya, a small coastal town near Algiers, in an Algeria still under French colonial rule. This proximity to the sea and the Algerian capital would profoundly mark his poetic sensibility and relationship to the Mediterranean world.
Abdelmadjid Kaouah's career is characterized by a remarkable synthesis between poetic creation, literary research, and journalistic engagement, marked by forced exile that paradoxically enriched his work and international influence.
Abdelmadjid Kaouah's work benefits from sustained critical recognition, crowned by prestigious awards that establish his place in the contemporary Francophone poetic landscape.
Abdelmadjid Kaouah's work occupies a central position in contemporary Algerian poetry, contributing decisively to the preservation and dissemination of Maghrebian literary heritage, while embodying the painful experience of intellectual exile.
Critical Analysis: "These are poems that tend toward plenitude and leave very little outside their inventory: there circulates revolt and confessions of love, protest and hope but also so many gentle lights that make one dream, so many evocations of trees and rocks, so many birds announcing happy lands and seasons. (...) Abdelmadjid Kaouah's writing possesses an undeniably epic breath, something like the rhythm of a march toward a destination where man remains the essential preoccupation."
"Mediterranean, having bathed in oral culture before discovering alphabets, I am naturally inclined to privilege speech and multiple dialogue."
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Writer, Poet and Jurist Paris, France |
Ammar Koroghli was born in 1953 in Sétif, eastern Algeria, shortly after the beginning of the Algerian War of Independence. This historical context profoundly influenced his sensibility and intellectual journey. His education began in his hometown:
His thirst for knowledge then led him to France, where he considerably broadened his intellectual horizons:
This dual training, both legal and artistic, formed the foundation for his future career as an engaged writer, capable of analyzing social structures while mastering the art of storytelling.
Ammar Koroghli's literary work is characterized by a great diversity of forms and a deep thematic coherence, exploring questions of identity, justice, and social development:
Parallel to his work as a writer, Ammar Koroghli developed a significant presence in the media, contributing to the dissemination of Maghrebi culture and reflection on migration issues:
In parallel with his literary activities, Ammar Koroghli pursued a substantial legal career:
Ammar Koroghli's literary and intellectual work has been recognized through various channels:
Ammar Koroghli's work has exerted significant influence in several domains:
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Writer, Poet, Journalist, Playwright and Director Independent Journalist and Author - France Born May 21, 1952 in Sour El-Ghozlane (formerly Aumale), near Bouira, Algeria |
Arezki Metref was born on May 21, 1952, in Sour El-Ghozlane (formerly Aumale), near Bouira, in an Algeria in the midst of the War of Independence. From a Kabyle family originally from Aït Yenni (Agouni Ahmed), he grew up in an educated family environment that was politically conscious of the inequalities of colonial rule.
Arezki Metref's career is characterized by constant evolution between engaged journalism, literary creation, and artistic innovation, marked by courageous positions and forced exile that enriched his perspective on the world.
Although Arezki Metref has not received major national literary prizes, his work benefits from sustained critical recognition and notable influence in Francophone and Maghrebian intellectual circles.
Arezki Metref's work stands as a major contribution to understanding contemporary Algeria and the experience of exile, particularly influencing studies on Maghrebian immigration and intellectual resistance.
"By frequenting cafés when I arrived in France in the 1990s, I discovered the importance of their sociological, cultural and political role in maintaining the cohesion of the Algerian community."
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Actress and Writer Franco-Algerian Contemporary Literature Author France Graduate of École de la Comédie de Saint-Étienne Voice of the invisible and migration journeys |
Born in January 1964 in Annaba, Algeria, Samira Sedira belongs to that generation of children of immigration who grew up between two cultures. Very young, she arrived in France with her parents who settled in La Seyne-sur-Mer, in the Var region. This family transplantation would profoundly mark her identity and later nourish her literary work.
From adolescence, she manifested a will for independence and determination. Refusing an orientation toward a vocational certificate (BEP) that was being imposed on her, she persisted in pursuing a general education track and obtained her baccalaureate. This first act of resistance already revealed her strong personality and her refusal of social determinisms.
Passionate about dramatic arts, she trained at the École de la Comédie de Saint-Étienne, an institution recognized for the quality of its theatrical training. It was there that she developed her passion for theater and acquired the techniques that would allow her to express her unique artistic sensitivity.
Samira Sedira leads a remarkable dual artistic career, navigating between theater stages and literary pages. She began as an actress in French public theater, a demanding environment where she cut her teeth and developed her scenic sensitivity.
Her theatrical career experienced a strong moment in 2004 when she participated in the play "Daewoo" at the prestigious Avignon Festival. This production, which depicts the closure of a factory and its social consequences, particularly resonated with her own sensitivity to social issues and workers' struggles.
However, the artistic journey is not a smooth ride. After years marked by professional precarity – a reality known to many artists – she found in writing a new avenue of expression. This difficult period, far from discouraging her, became the fertile ground of her literary inspiration.
In 2013, she published her first novel, L'Odeur des planches, a work largely inspired by her personal experience as a precarious actress. This novel, of moving sincerity, achieved success that exceeded expectations. It was even adapted for theater with Sandrine Bonnaire in the lead role, thus completing the circle between her scenic and literary experience.
In 2019, Samira Sedira received the Exbrayat Prize from high school students for her novel La Faute à Saddam, a particularly significant recognition as it comes directly from the young audience. This distinction testifies to her writing's ability to touch new generations and create bridges between experiences.
Beyond formal prizes, her work is constantly praised by literary critics for its exceptional social sensitivity and sharp look at life paths marked by exile, precarity, and resilience. Specialized media recognize her as an authentic voice of contemporary literature.
Her novels are regularly the subject of university studies and are prescribed in high school reading programs, testifying to their educational value and their ability to illuminate contemporary societal issues.
Through her novels and theatrical plays, Samira Sedira accomplishes fundamental social and literary work: she gives voice to the invisible of French society. She pays particular attention to women from immigration backgrounds, often caught in the vise of identity assignments and socio-economic difficulties.
Her writing, both intimate and deeply engaged, explores with finesse the identity tensions that cross contemporary French society. She excels at highlighting social injustices and silent struggles that play out in the shadow of major media narratives.
Samira Sedira has established herself as an important figure in Franco-Algerian contemporary literature. Her work contributes to enriching the French literary landscape by bringing often neglected perspectives and questioning notions of belonging, integration, and identity.
Through her dual experience as an artist and woman from immigration, she embodies a model of alternative success, demonstrating that art can be a vector of social emancipation and a means of transforming adversity into fertile creation.
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Full Professor - Management Research Group (GRM) Université Côte d'Azur, France Specialties: Management Sciences, Entrepreneurship, Innovation, Strategic Alliances Vice-President of the African Council for Entrepreneurship and Innovation |
Boualem Aliouat, of Maghrebi origin as indicated by his first name, represents the excellence of French academic research in management sciences. His career perfectly illustrates the success of researchers from diverse backgrounds who enrich French universities through their intercultural perspectives and academic expertise.
PhD in Management Sciences
University of Lille 2, 1993. This initial training at a northern French university, recognized for the excellence of its management programs, provided him with the methodological and theoretical foundations that would characterize his future research career. The University of Lille 2, now the University of Lille, is renowned for its programs in legal, political, social, and health sciences.
HDR obtained in 1998
This habilitation, obtained only five years after his PhD, testifies to the precocity of his academic excellence and his exceptional ability to conduct high-level research. The HDR represents the highest level of university qualification in France and opens the way to full professor positions.
His educational journey reveals a remarkably rapid and efficient academic progression. The speed with which he obtained his HDR after the PhD (5 years) is exceptional and testifies to early scientific productivity and rapid recognition by his peers of the quality of his research work.
Boualem Aliouat's career is characterized by constant progression toward academic excellence, coupled with growing engagement in institutional and international responsibilities.
Appointed Full Professor in 2005, seven years after his HDR, Boualem Aliouat joined the corps of professors, the elite of French higher education. This appointment confirms the recognition of his expertise by the national academic community.
Member of the GRM at Université Côte d'Azur, he participates in one of the most dynamic management research laboratories in southern France. This affiliation allows him to develop his research in a stimulating intellectual environment, at the heart of a region attractive for partnerships with innovative companies.
Governance of innovation networks: His work focuses on coordination and steering mechanisms of innovation ecosystems, particularly relevant in the contemporary knowledge economy.
Entrepreneurship: He develops research on entrepreneurial dynamics, business creator support, and startup success factors, a crucial domain for the French economy.
Strategic and technological alliances: Recognized expert in analyzing partnerships between companies, his research illuminates cooperation strategies in technological sectors.
As a qualified professor, he supervises several doctoral theses, contributing to the training of the new generation of researchers in management sciences. His expertise in entrepreneurship and innovation makes him a sought-after thesis director for subjects related to the digital economy and innovation strategies.
Author of numerous works on strategic and technological alliances, his publications are reference materials in the field of strategic management. His work combines theoretical rigor and managerial relevance, serving both the academic community and practitioners.
The distinctions obtained by Boualem Aliouat testify to the excellence and impact of his research work, both nationally and internationally.
Winner of the Montesquieu Prize for the best francophone work in business law
This prestigious distinction, awarded in 2010, consecrates the excellence of his work at the intersection of management and business law. The Montesquieu Prize, a reference in the francophone world, rewards works that combine scientific rigor and conceptual innovation in the legal and economic field.
Translator and commentator of Nobel Prize in Economics winner Ronald H. Coase
This prestigious mission testifies to his international recognition as an expert in institutional economics. Ronald H. Coase, Nobel Prize in Economics 1991, is famous for his work on transaction costs and the theory of the firm. Translating and commenting on his works requires very high-level academic expertise and perfect mastery of contemporary economic issues.
His publications in A-ranked academic journals and his participation in editorial committees testify to the recognition of his peers. He is regularly sought as an expert for the evaluation of research projects and academic applications.
Invited to numerous foreign universities and participating in international conferences, he contributes to the influence of French research in management sciences on a global scale.
Boualem Aliouat's influence extends across several levels, from fundamental research to innovation public policies, including the training of future managers and entrepreneurs.
This strategic function testifies to his commitment to developing entrepreneurship in Africa. The African continent, with its dynamic demography and development needs, represents a major challenge for global entrepreneurship. His role as vice-president allows him to influence support policies for innovation and business creation on a continental scale.
This position also confers influence in French-African economic relations and in the development of academic and entrepreneurial partnerships between Europe and Africa.
This appointment to HCERES, the national institution for evaluating French research, testifies to his recognition as a leading expert. HCERES evaluates universities, laboratories, and programs, playing a crucial role in improving the quality of French higher education.
This function allows him to directly influence French research quality standards and contribute to the excellence of the national university system.
His research on entrepreneurship and innovation has a direct impact on startup support and the development of French innovation ecosystems. His work nourishes the reflections of incubators, business nurseries, and entrepreneurial support structures.
As a professor at Université Côte d'Azur, he trains future managers and entrepreneurs, transmitting his expertise to hundreds of students each year. His pedagogy, nourished by cutting-edge research, prepares graduates for the challenges of the innovation economy.
His work on technological alliances and innovation governance contributes to the development of French Tech and France's positioning as an innovative nation. His analyses of partnership strategies inform political and economic decision-makers.
His publications and interventions create an essential bridge between academic research and the practical needs of companies. This ability to translate scientific knowledge into managerial action constitutes a major added value of his work.
Biography compiled from public sources - Last updated: 2025
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President of Medical Research Platforms and Units Expert in Drug Discovery and Biomedical Research KAIMRC, Ministry of National Guard, Riyadh, Saudi Arabia Director of Drug Discovery Program Head of Saudi Biobank |
Originally from Tlemcen, Mohamed Boudjelal pursued an international academic path of excellence that reflects his global vision of scientific research. He began his higher education by obtaining a bachelor's degree in biochemistry from the University of Es-Senia in Oran (Algeria), thus establishing solid foundations for his scientific training.
Continuing his international education, he obtained a doctorate in biochemistry and molecular biology from the prestigious University of Leeds (United Kingdom), one of the most renowned British institutions in the field of life sciences. This doctoral training allowed him to acquire in-depth expertise in fundamental molecular mechanisms.
Completing his education with a multidisciplinary approach, he also obtained a diploma in international business and vocal training from the University of California at San Diego (United States), demonstrating his desire to combine scientific excellence with international management and communication skills.
With over 20 years of experience in drug discovery, medical research, and scientific management, Dr. Mohamed Boudjelal currently holds strategic positions at the King Abdullah International Medical Research Center (KAIMRC) in Riyadh. He serves as President of Medical Research Infrastructure and Director of the Drug Discovery Program, overseeing the translational research activities of this internationally renowned institution.
In his current functions, he also leads cutting-edge technological research platforms and supervises the Saudi Biobank, a national strategic resource for personalized medical research and precision medicine in the Middle East region.
His expertise covers the entire pharmaceutical development value chain, from fundamental research to clinical translation, including optimization of drug discovery processes and management of multidisciplinary research programs.
Dr. Boudjelal is the recipient of numerous prestigious distinctions that testify to the excellence of his scientific work and his impact in the field of biomedical research. He notably received awards from the American Dermatology Foundation, recognizing his innovative contributions to dermatological research.
He has also been honored by the American Association for Cancer Research (AACR), one of the most influential scientific organizations in the fight against cancer, highlighting the importance of his oncology research. His excellence was recognized with a scientific excellence award from GlaxoSmithKline, testifying to the value of his contributions during his time at this major pharmaceutical company.
His research work has led to the discovery of several promising therapeutic molecules that have progressed to clinical trials, demonstrating the translational relevance of his research and their potential impact on human health.
Dr. Mohamed Boudjelal has established himself as a key player in biomedical research in developing and emerging countries. His leadership extends far beyond his direct institutional responsibilities, influencing the international scientific ecosystem and particularly that of Arab and African countries.
He is the founding member and first president of the Algerian Competencies Association (ACA), a pioneering organization he created to federate and valorize the scientific and technical expertise of the Algerian diaspora around the world. This revolutionary initiative facilitates international scientific collaborations and knowledge transfer to Algeria. Currently, he also leads the Algerian Sci-Tech Scholars and Competences Abroad association, continuing his mission of networking Algerian competencies abroad.
A pioneer in democratizing access to scientific publication, he created the innovative initiative "The International Science Edit for the Developing World" (sciencedit-dw.org). This revolutionary platform is dedicated to scientific popularization and facilitating international scientific dissemination, particularly for researchers from developing countries.
His influence in the Middle East region is manifested by his role in developing biomedical research capabilities in Saudi Arabia, contributing to making KAIMRC an internationally recognized center of excellence and a model for the region. In parallel, he maintains close ties with Algeria as a member of the National Council for Scientific Research and Technologies (CNRST) and its Commission for Innovation and Technological Watch, thus contributing to the strategic orientation of research and innovation in Algeria.
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Clinical Research Director Pfizer, United States |
Salim Bouguermouh has a strong background in medicine and scientific research. He completed his academic training with specialized studies in immunology and medical microbiology. More recently, he obtained an Executive Education Certificate in Artificial Intelligence from Columbia University and is currently pursuing training in the design and creation of AI products and services at MIT xPRO, demonstrating his ongoing commitment to learning and innovation.
An accomplished professional with over twenty years of experience, Salim Bouguermouh currently holds the position of Clinical Research Director at Pfizer. In this role, he oversees global vaccine clinical trials, ensuring their safety and efficacy. His career is marked by innovative contributions, including the development of humanized mouse models and pioneering clinical studies that facilitated the development of new vaccines.
His expertise extends to statistical design, data analysis, and regulatory compliance. He has excelled in both academic and industrial environments, demonstrating his versatility and adaptability. His in-depth understanding of the medical research landscape allows him to facilitate effective cross-functional collaboration and strategic planning in his projects.
Throughout his career, Salim Bouguermouh has made significant contributions to the scientific literature, including patents and publications in leading journals. His research work has been recognized for its impact in the fields of medical microbiology, immunology, and vaccine development.
Dr. Bouguermouh's impact extends beyond his direct research achievements. His unique combination of medical expertise and artificial intelligence knowledge positions him to lead transformative projects that leverage AI to address pressing health challenges. He is actively working to optimize clinical research methodologies and foster the development of intelligent solutions for global health.
Driven by a passion for innovation, collaboration, and the ethical advancement of medical science, he is determined to pursue excellence in clinical research and improve public health. His goal is to continue contributing to the medical field by leveraging his extensive expertise, leadership skills, and dedication to making a tangible impact on global health outcomes.
For more information on Dr. Salim Bouguermouh's work and publications, you can consult specialized scientific databases and Pfizer publications related to vaccine clinical trials. His contributions in the field of integrating artificial intelligence with medical research represent an emerging area that deserves special attention.
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Principal Scientist and Lab Supervisor Monogram Biosciences, Inc. LabCorp, Inc - United States Specialization Field(s): Medicine - Pharmacy - Veterinary Sciences - Sports |
Principal Scientist | LabCorp-Monogram Biosciences Inc. | 2016-Present
Responsibilities:
Key Accomplishments:
Technical Contributions:
Principal Scientist & Laboratory Supervisor | Aclara Biosciences Inc./Monogram Biosciences Inc. | 1999-2016
Responsibilities:
Key Accomplishments:
Technical Contributions:
Supervised & Managed the Oncology Reagent Group | Aclara Biosciences Inc./Monogram Biosciences Inc. | 2004-2007
Supervised & Managed Oligonucleotides and Peptides Laboratory | Aclara Biosciences Inc./Monogram Biosciences Inc. | 2000-2007
Staff Scientist | University of California, Berkeley-LBNL | 1993-1999
Postdoctoral Research Associate | State University of New York at Stony Brook | 1990-1993
Leadership & Mentoring
Awards & Honors
Professional Memberships
Innovative Principal Scientist with over 38 years of R&D experience in biotechnology, oncology, and neurosciences. Expert in biomarker assay validation, chemical synthesis, and bioconjugation techniques. Co-inventor of VeraTag™ technology and co-investigator of $3.2M NIH research grants. Proven track record of driving advancements in biomarkers for Alzheimer's, ALS, and cancer diagnostics. Authored over 80 publications, conference abstracts, and 41 worldwide patents. Adept at leading cross-functional teams and managing laboratory operations.
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Scientist and Inventor Silicon Valley, United States Specialist in Microprocessors and Integrated Circuits Entrepreneur in Innovative Board Games |
Dahmane Dahmani embodies the exemplary journey of the Algerian scientific diaspora that has contributed to major technological advances in recent decades. His personal story illustrates the success of Algerian academic excellence transplanted into the American innovation ecosystem.
1975: Obtained baccalauréat in Algeria and France, testimony to an excellent bicultural academic journey
This dual baccalauréat reveals a sophisticated educational strategy that allows him to benefit from the best Franco-Algerian educational systems. This bicultural training develops in him an adaptability and intellectual openness that would prove crucial for his future international career.
Obtaining a scholarship to study in the United States marked the decisive turning point of his trajectory. In the 1970s, these scholarships were extremely selective and constituted a springboard toward international scientific excellence for young Algerian talents.
Accelerated training in the United States:
This exceptional academic performance testifies not only to his intellectual capabilities but also to his determination to excel in a highly competitive American university environment. His specialization in electronics and automation positioned him ideally to contribute to the emerging computer revolution.
Innovation fields: Microprocessors, chipsets, control circuits, user interfaces, strategic game design.
Dahmane Dahmani's career unfolds at the heart of Silicon Valley, the global epicenter of technological innovation. His integration at Intel, the semiconductor giant, places him at the forefront of developments that would revolutionize global computing.
Intel patent portfolio (6 patents total):
His first patent from 1992, concerning the computer keyboard control circuit, represents a major innovation that gives Intel a decisive technological advantage over its competitor AMD. This invention significantly improves the efficiency and responsiveness of keyboard-computer interfaces.
His contributions to Intel microprocessors and chipsets directly participate in the evolution of computing performance that characterized the 1990s and 2000s. These innovations touch millions of computer users worldwide.
Board game entrepreneurship: Founded several specialized companies, developed innovative products
Alongside his engineering career, Dahmane Dahmani developed entrepreneurial expertise in the gaming industry. This diversification reveals his creativity and ability to identify innovation opportunities in various sectors.
Major ludic innovation: Invention of the Zingamino game, a revolutionary version of traditional dominoes, developed in collaboration with his son
Dahmane Dahmani's recognition is manifested through his major technological and entrepreneurial contributions:
Dahmane Dahmani's influence extends to several fields and transcends technological and geographical boundaries.
Major technological impact: His innovations in electronic circuits have directly contributed to the evolution of modern microprocessors, touching millions of computer users.
User interface revolution: His keyboard control patent improved the user experience for countless personal computers, contributing to democratizing computing in the 1990s.
Ludic innovation: The development of Zingamino/LINKO demonstrates his ability to innovate beyond electronics, creating new gaming experiences for North American families.
Commercial expansion: The commercialization of his games in the United States, Canada, and Mexico illustrates his understanding of international markets and his ability to create products adapted to different cultures.
Diaspora inspiration: His exemplary journey inspires many young Algerian and Maghrebi scientists, demonstrating the possibilities offered by academic excellence and technological innovation.
Technological bridge: He embodies the potential contribution of the scientific diaspora to Algeria's development, advocating for technology and know-how transfer.
Entrepreneurial legacy: Success model combining technological innovation and entrepreneurial spirit, inspiration for future engineer-entrepreneurs.
Discover Dahmane Dahmani's journey and innovations through these resources:
"Engineer-inventor in service of global technological innovation, ambassador of Algerian excellence"
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Inventor and Microelectronics Engineer Silicon Valley, United States |
Belgacem Haba was born in 1957 in Lamghaeir, in the wilaya of El Oued, Algeria. His academic journey, marked by excellence and perseverance, began in Algeria and continued in the United States:
This multidisciplinary training, combining fundamental physics, renewable energy, and applied technologies, formed the foundation for his future career as a prolific inventor.
Belgacem Haba's professional trajectory is characterized by a series of major innovations and an exceptional production of patents throughout an international career:
Belgacem Haba's contribution to the field of microelectronics is exceptional, as evidenced by his impressive portfolio of patents:
Beyond his technical innovations, Belgacem Haba has distinguished himself through his entrepreneurial commitment to supporting the Algerian innovation ecosystem:
Belgacem Haba's exceptional career has been recognized by various distinctions at the international level:
Belgacem Haba's influence extends far beyond his impressive portfolio of patents:
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Entrepreneur and CEO Speech Mobility, Canada |
Bachir Halimi was born in 1956 in M'daourouch (Souk Ahras province, Algeria). His academic journey began in his native region, with primary education in Souk Ahras, followed by secondary studies at the prestigious Saint-Augustine High School in Annaba. In 1975, thanks to a five-year scholarship from Sonatrach, he pursued his university studies at the University of British Columbia in Canada, marking the beginning of a brilliant international career.
His career is marked by several major achievements:
His exceptional contributions have earned him several prestigious distinctions:
His influence extends well beyond the technological domain:
https://fr.wikipedia.org/wiki/Bachir_Halimi
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Professor of Physics and Astrophysics University of Texas at Dallas, United States |
Mustapha Ishak-Boushaki was born in Algeria, where he grew up and completed his pre-university studies in the city of Bouira. His academic journey demonstrates a solid multidisciplinary foundation and a constant pursuit of excellence.
In 1987, he moved to Montreal, Canada, to pursue his higher education. He first obtained an undergraduate degree in computer science at the University of Quebec at Montreal in 1994, followed by an additional undergraduate degree in physics from the University of Montreal in 1998. This dual training provided him with valuable expertise at the intersection of computer science and physics, a considerable asset for his future research in theoretical cosmology.
He then attended Queen's University at Kingston, where he completed his PhD in general relativity and theoretical cosmology with distinction in 2002. His graduate work focused on advanced topics such as inhomogeneous cosmologies, wormholes, exact solutions in general relativity of compact objects (such as neutron stars), and an inverse approach to the Einstein field equations. The excellence of his doctoral work earned him the prestigious fellowship of the Research Council of Canada.
After completing his PhD, Mustapha Ishak-Boushaki began his professional career as a research associate at Princeton University, a world-renowned institution in theoretical physics. This experience allowed him to collaborate with leading researchers and deepen his work in the field of cosmology.
In 2005, he joined the University of Texas at Dallas as a professor, where he formed an active group of cosmologists and astrophysicists. His career at UT Dallas has been marked not only by the excellence of his research but also by his exceptional commitment to teaching and mentoring, as evidenced by the numerous awards he has received in these areas.
His research work focuses on several fundamental areas of modern cosmology:
Mustapha Ishak-Boushaki is an active member and leader in the Legacy Survey of Space and Time - Dark Energy Science Collaboration (LSST-DESC) and the Dark Energy Spectroscopic Instrument (DESI) survey collaboration. These two international collaborations aim to revolutionize our understanding of the universe, gravity, and cosmic acceleration. He is co-lead of the DESI Working Group that led the cosmological analysis that provided the most remarkable results about Dark Energy and Cosmic Acceleration.
His scientific output is impressive, with over 100 publications with nearly 8,000 citations, testifying to the significant impact of his work on the scientific community. On April 4th, 2024, he delivered a memorable invited talk at the American Physical Society Meeting on behalf of the entire DESI collaboration to announce the famous result that Dark Energy is evolving in time, a discovery that echoed around the world.
Mustapha Ishak-Boushaki's exceptional career has been recognized by numerous prestigious distinctions, both for his scientific contributions and for his excellence in teaching:
Scientific Distinctions:
Teaching Excellence Recognitions:
His publications have also received specific recognitions. In 2002, one of his publications was voted by the Editorial Board of Classical and Quantum Gravity as one of the journal's highlights of the year. In 2008, one of his publications was selected by Nobel Laureate Gerardus't Hooft to be on the Chief Editor List of the Foundation of Physics Journal. In 2013, his publication in Physical Review Letters was selected by the editors to be highlighted in the Spotlighting Exceptional Research in Physics website of the American Physical Society.
Mustapha Ishak-Boushaki's impact on the field of theoretical cosmology and astrophysics is considerable and multidimensional.
On the scientific level, his pioneering work on testing general relativity at cosmological scales has opened new perspectives for understanding the origin of cosmic acceleration, one of the greatest mysteries of modern physics. His proposal of methods to distinguish between dark energy and modifications to general relativity has helped structure an entire branch of research in observational and theoretical cosmology.
His 2018 review article on testing general relativity in cosmology, published in Living Reviews in Relativity, constitutes an essential reference for researchers in the field. With its 204 pages, this comprehensive document summarizes the current state of knowledge and guides future developments in this crucial area of research.
His contributions to the study of the intrinsic alignment of galaxies also have a significant impact on our ability to correctly interpret observations of weak gravitational lensing, an essential technique for mapping the distribution of matter in the universe and testing cosmological models.
As co-lead of the DESI Working Group that led the cosmological analysis, he played a central role in the recent discovery of the time evolution of dark energy, a result that could transform our understanding of the nature of this mysterious component that dominates the energy of the universe.
Beyond his direct scientific contributions, Mustapha Ishak-Boushaki also has a significant impact as an educator and mentor. The numerous awards he has received for excellence in teaching testify to his exceptional ability to transmit complex knowledge and inspire the next generation of physicists and astrophysicists. His dedication to mentoring research students contributes to training qualified scientists who will continue the exploration of cosmic mysteries.
As an invited speaker at numerous international events, including the 2019 Opening Plenary Talk of the International Conference of the 100th anniversary of the 1919 Solar Eclipse expedition and experiment that confirmed Einstein's Theory of General Relativity, he contributes to the dissemination of cosmological knowledge and the inspiration of a wider audience.
Finally, as a scientist of Algerian origin who has reached the highest levels of excellence in the field of theoretical physics in the United States, he represents an inspiring model for young researchers around the world, particularly those from developing countries. His journey illustrates how talent, determination, and dedication can lead to significant contributions to our understanding of the universe, regardless of geographical origins.
To deepen your knowledge about Mustapha Ishak-Boushaki and his work, you can consult:
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Physicist and Dean of the College of Sciences University of Massachusetts Lowell, United States |
Noureddine Melikechi was born in 1958 in Thenia, Algeria. His academic journey, characterized by excellence and a progressive specialization in advanced physics, developed through several stages and countries:
This multidisciplinary and international education laid the foundation for his future career as a world-renowned researcher in the field of optical physics and laser applications.
Noureddine Melikechi's career is marked by consistent progression and significant contributions in several prestigious institutions:
Noureddine Melikechi's research work is distinguished by its interdisciplinary nature and concrete applications in several fields:
The excellence and impact of Noureddine Melikechi's work have been recognized by numerous national and international distinctions:
Noureddine Melikechi's influence extends well beyond his direct scientific contributions:
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Engineer and Entrepreneur - Pioneer of High-Tech Footwear Founder of Baliston and Glagla Shoes - Applied Technological Innovation |
Karim Oumnia was born in July 1967 in Algiers, into a large family of eight children. This large family origin forged from childhood his spirit of sharing, collaboration and adaptation, essential qualities that would later mark his entrepreneurial approach and his ability to unite teams around innovative projects.
This dual Franco-Algerian education gave him a unique perspective, combining French scientific rigor with Algerian creativity, the foundation of his future revolutionary innovations in the footwear industry.
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Expert in Photonics and Innovation, Consultant - Trainer in Innovation Management & Intellectual Property Strategy VOLUMION SAS, Strasbourg, France |
Originally from Algeria, Mustapha Remouche pursued his initial academic training in his native country. He developed a solid scientific foundation that allowed him to specialize in the field of photonics, a branch of physics concerning the study and manipulation of light.
His academic journey was complemented by specialized training in innovation management and intellectual property strategy. This dual expertise, both technical and managerial, gives him a particularly versatile and sought-after profile in the industrial and technological sector.
His multidisciplinary training enables him to understand the scientific, strategic, and commercial challenges of technological innovations, particularly in the field of photonics and its industrial applications.
Mustapha Remouche's scientific career is marked by extensive expertise in photonics. He has made significant contributions to this field through his research and publications. His work at VOLUMION SAS in Strasbourg, France, demonstrates his commitment to innovation and technological development.
As a consultant and trainer in Innovation Management & Intellectual Property Strategy, he assists organizations in protecting and valorizing their innovations. His dual expertise in photonics and intellectual property allows him to offer relevant advice tailored to the specificities of optical and photonic technologies.
Mustapha Remouche has worked on innovative projects at the intersection of photonics, artificial intelligence, and innovation management. These projects often involve collaborations with prestigious academic institutions and leading companies in the technology sector.
His career is characterized by a cross-disciplinary approach, combining fundamental research, technological development, and innovation strategy, which gives him a comprehensive view of the challenges in the sector.
Mustapha Remouche's scientific and industrial contributions have been recognized by his peers and the scientific community. His work has been cited in numerous publications, and he is considered a reference in his field of expertise.
His dual expertise in photonics and innovation management has earned him particular recognition in both industrial and academic circles. He is regularly invited to share his expertise at conferences and professional events.
His ability to translate complex scientific concepts into viable industrial solutions has also been praised by industry stakeholders, strengthening his position as an expert consultant to innovative companies.
Mustapha Remouche has influenced the field of photonics by mentoring young talents and actively participating in international events. His work has been cited in numerous scientific publications, testifying to its relevance and impact in the field.
As a consultant and trainer, he has a significant impact on how companies approach innovation and intellectual property. His expertise influences development strategies and contributes to the growth of numerous organizations, particularly in the optical and photonic technology sector.
His holistic vision of innovation, combining technical expertise, intellectual protection, and commercial strategy, has enabled many companies to optimize their innovation process and maximize the commercial potential of their technological developments.
Through his training activities, he also contributes to disseminating best practices in innovation management and intellectual property protection, thereby enhancing the competitiveness of the companies he supports.
You can contact Mustapha Remouche by email: remouche@yahoo.fr
Visit his professional profiles:
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Professor of Chemical and Materials Engineering, CEO of the "Electrifying Society" Initiative Concordia University, Canada |
Karim Zaghib is an Algerian-Canadian electrochemist and materials scientist, born in 1963 in Constantine, Algeria. His academic journey is marked by excellence and an early specialization in the promising field of electrochemistry.
He obtained his master's degree (DEA) in 1987 and his PhD in electrochemistry in 1990 from the Grenoble Institute of Technology, under the supervision of Professor Bernadette Nguyen. During his doctoral studies, he developed aluminum-manganese-lithium alloys in molten salts as negative electrodes for lithium-ion batteries and studied the displacement reaction of copper and zinc.
In 2002, his scientific expertise was recognized with the obtainment of a habilitation in physics from Pierre and Marie Curie University (Paris VI), consolidating his position as an expert in an interdisciplinary field between chemistry and physics.
Karim Zaghib's career is characterized by a rich path at the interface between academia and industry. From 1990 to 1992, he was a postdoctoral researcher at CNRS and Saft, where he studied the chemical lithiation of graphite and carbon fibers. From 1992 to 1995, he continued his research as a visiting researcher at the Ministry of International Trade and Industry of Japan, at the Osaka National Research Institute, focusing on lithium-ion batteries.
In 1995, he joined the Hydro-Québec Research Institute, where he played a key role in introducing lithium-ion technology within the company. His expertise and leadership led him to be promoted to director of the energy storage and conversion division of Hydro-Québec in 2007. In 2017, he founded the Center of Excellence in Transportation Electrification and Energy Storage at Hydro-Québec, demonstrating his strategic vision in a future-oriented sector.
His entrepreneurial spirit manifested in 2014 when he co-founded Esstalion Technologies, a joint venture between Sony and Hydro-Québec, aimed at developing large-scale energy storage systems for power grids. From 2020 to 2021, he put his expertise to work at Investissement Québec as a strategic advisor, working on establishing a complete battery sector from mining to electric vehicles. Concurrently, he was a professor of practice at McGill University in the Department of Mining and Materials Engineering.
In 2022, Karim Zaghib joined Concordia University as a professor of chemical and materials engineering. His career reached a new pinnacle in 2023 when he was appointed CEO of Concordia University's "Electrifying Society" initiative, an ambitious program supported by a record $123 million research grant from the Canadian government, the largest in the university's history. The goal of this visionary program is to develop technologies and solutions for the electrification of society and the decarbonization of communities.
The excellence of Karim Zaghib's scientific work has been recognized by numerous prestigious distinctions. He is a Fellow of the Royal Society of Canada (FRSC), an honor awarded to the country's most eminent scientists. He is also a Fellow of the Canadian Academy of Engineering (FCAE), testifying to his exceptional contribution to the field of engineering.
Throughout his career, he has received numerous awards and distinctions for his scientific contributions and leadership in the field of energy, confirming his position as a world-renowned expert in the field of batteries and energy storage.
Karim Zaghib's impact in the field of energy storage is considerable. His research primarily focuses on rechargeable batteries, electrochromic devices, and the electrochemistry of carbon-based materials. His work has significantly contributed to the development of lithium-ion batteries and the adoption of large-scale energy storage technologies.
His vision is to promote energy transition and transportation electrification through innovative and sustainable technologies. This vision guides his academic work and strategic initiatives, with a concrete impact on the industry and energy policies.
The "Electrifying Society" initiative he leads at Concordia University is a perfect example of how he brings this vision to life. This ambitious program aims to develop technological solutions to address the challenges of energy transition and the fight against climate change, demonstrating his commitment to a more sustainable future.
To deepen your knowledge of Professor Karim Zaghib's work, you can consult his scientific publications in specialized journals in electrochemistry and materials science. The websites of Concordia University and the "Electrifying Society" initiative also provide information on his current projects and contributions to the energy transition. Furthermore, his collaborations with Hydro-Québec have resulted in several patents and technological innovations that are worth exploring to fully understand the extent of his impact in the field of energy storage.