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Jan Hensen
Full Professor of High Performance Building Simulation, Eindhoven University of Technology & Czech Technical University in Prague
Professional Background
Jan Hensen is a distinguished expert in computational modeling and simulation, focused on optimizing the design and operation of high-performance buildings. His work emphasizes the critical importance of integrating renewable energy use and ensuring excellent indoor environmental quality. His research primarily addresses multi-scale and multi-physics problems in building simulation, utilizing optimization approaches that account for uncertainty. This vital area of expertise aligns closely with pressing societal challenges such as energy transition and climate adaptation for buildings and neighborhoods, making significant contributions to sustainable development.
As an emeritus full professor at the Building Physics & Services unit at Eindhoven University of Technology (TU/e), Professor Hensen has played a pivotal role in advancing knowledge in building performance. His prior experience includes serving as a full professor of environmental engineering at the Department of Mechanical Engineering at the Czech Technical University in Prague. Through these positions, he has greatly influenced the education of future engineers and researchers by fostering a robust understanding of building performance and its environmental implications.
In addition to his teaching roles, Jan Hensen has a rich background in international academic engagement as an external PhD examiner, having evaluated candidates from 20 international universities. His contributions to the academic community also extend to his roles as a reviewer and member of the editorial board for 25 peer-reviewed scientific journals, reflecting his commitment to maintaining high standards in scientific research.
Education and Achievements
Jan's impressive academic credentials include a Dr. (Ph.D.) in Building Science, specifically in Building Physics & Services, and an Ir. (M.Sc.) degree in the Physical Aspects of the Built Environment, both obtained from the prestigious Eindhoven University of Technology. This solid educational foundation has equipped him with the technical knowledge and research acumen necessary for making impactful contributions within his field.
With an extensive track record of guiding the next generation of professionals, Professor Hensen has advised over 40 PhD students and 170 final-year MSc students throughout his career. His mentorship has not only prepared these students for various challenges in their future careers but has also nurtured a global community of practitioners dedicated to advancing building performance science.
Jan is also a prolific author, having penned or co-authored 14 books and book chapters, more than 120 scientific journal articles, and numerous contributions to conferences and professional magazines. His published work serves as a valuable resource for both researchers and practitioners, integrating practical findings with theoretical advancements.
Notable Achievements
Jan Hensen's commitment to excellence in the field of building performance has been recognized through fellowship designations from several prestigious organizations, including:
- Fellow of the International Building Performance Simulation Association (IBPSA)
- Fellow of the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE)
- Fellow of the Federation of European Heating, Ventilation, and Air-conditioning Associations (REHVA)
These honors underscore his significant contributions to the advancement of building performance simulation and energy efficiency. Additionally, Jan has been honored with numerous awards in both scientific and practical disciplines, validating his expertise and impact on the wider community.
Jan Hensen's ongoing work continues to inspire many in the field of building performance engineering, making strides towards more efficient, sustainable, and healthier built environments. His ongoing contributions are vital as society faces critical environmental challenges, ensuring that the next generation of buildings is designed with both performance and sustainability in mind.