Dr. Ali Hainoun | Simulation & Training | Research Excellence Award 

AIT Austrian Institute of Technology GmbH | Austria

Dr. Ali Hainoun is a senior scientist and internationally recognized energy systems expert at the AIT Austrian Institute of Technology, Centre for Energy, with more than three decades of experience in integrated energy systems analysis, sustainable energy strategy development, and the clean energy transition. He holds a Dipl.-Ing. in Mechanical and Nuclear Engineering from KIT Karlsruhe Institute of Technology and a PhD in Mechanical Engineering from Bochum University. His career includes impactful roles across leading institutions such as KIT, FZJ, HZDR, AECS, ESCWA, UNDP, GIZ, RCREEE, and the International Atomic Energy Agency (IAEA). Since 2003, he has served as an “Expert on Mission” for the IAEA, delivering high-level training, capacity building, and policy guidance to more than 15 countries in the MENA region, GCC, Africa, and South Asia, focusing on long-term energy demand analysis, supply optimization, GHG mitigation, and frameworks aligned with the UN Sustainable Development Goals. At AIT, Dr. Hainoun leads research activities on urban energy systems, specializing in spatio-temporal energy modelling for climate-neutral cities, Positive Energy Districts, and the monitoring and evaluation of integrated energy solutions. He actively contributes to and coordinates major EU and national R&D projects, including PLENTY-LIFE, ASCEND, CREATE, DIGICITIES, BIPED, and GOES. Previously, he served as Director of Research and Head of the Energy Systems Analysis Division at the Atomic Energy Commission of Syria, where he established the national energy planning group and contributed significantly to the development and application of IAEA’s global energy planning tools such as MESSAGE, MAED, WASP, and SIMPACTS. Author of over 80 scientific publications and a member of multiple international editorial and advisory boards, Dr. Hainoun is widely regarded for his leadership, technical depth, and contributions to sustainable energy transitions and integrated urban energy planning worldwide.

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