Becherif Mohamed
Becherif Mohamed
Category : Industrial Engineering - Energy - Materials
BECHERIF Mohamed
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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 |
Origins & Education
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 Education in Algeria (1999)
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.
Specialization in France (2001)
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 of Excellence (2004)
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.
Scientific Career
Mohamed Becherif's career is characterized by constant progression and increasingly specialized focus on energy systems and hydrogen technologies, crucial fields for energy transition.
Early Academic Career (2004-2005)
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.
Integration at UTBM (2005)
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.
Habilitation to Supervise Research (2011)
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.
Prestigious Research Affiliations
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.
Leadership Responsibilities
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.
Major Research Projects
European FP7 Projects:
- ASSET: Project on energy storage systems
- TeLeFoT: Telematics for future transport
- D-CODE: Development of codes for energy optimization
National Projects:
- SIMBA (France): French national project on intelligent battery management
- Two PNR projects (Algeria): Algerian National Research Program
Distinctions & Recognition
Mohamed Becherif's distinctions testify to his international influence and recognition as a world expert in his field.
Stanford University Classification (2020-2023)
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.
International Conference Leadership
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.
Editorial and Evaluation Functions
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.
International Visiting Professorships
Visiting Professor in prestigious institutions:
- China: Collaboration with leading Chinese universities in energy
- Canada: Recognized expertise in Canadian universities
- Egypt: Knowledge transfer to the Arab world
- Algeria: Maintaining ties with his country of origin
Exceptional Scientific Production
High-level publications:
- 125+ articles in peer-reviewed international journals
- 300+ communications in international conferences
- 3 chapters in scientific books
- 20 supervised theses as thesis director
- 21 thesis committees as examiner
Impact & Influence
Mohamed Becherif's impact extends well beyond the academic world to directly influence technological and industrial developments in the field of energy transition.
Impact on Energy Industry
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.
Academic and Scientific Influence
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 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.
Technological Innovation
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.
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Academic and Scientific Profiles
Biography compiled from public sources - Last updated: 2025
