Andrzej Frąckowiak

Professor Andrzej Frąckowiak is a distinguished academic at Poznań University of Technology, holding a position in the Faculty of Environmental and Energy Engineering within the Institute of Thermal Energy. With a scientific profile split between Environmental Engineering (75%) and Civil Engineering (25%), he represents a key figure in thermal engineering research in Poland. His career spans over two decades since completing his dissertation in 2000, with significant milestones including his habilitation in 2010 on inverse heat conduction problems.

Professor Frąckowiak's research interests center on heat transfer, thermal engineering, and inverse problems, with recent work expanding into sustainable aviation technologies, hydrogen combustion, and advanced thermomechanical analysis. His scholarly output includes 59 scientific articles, 31 book chapters, 6 books, and numerous research reports demonstrating consistent productivity and relevance in his field. Notably, his 2024-2025 publications show continued active engagement with cutting-edge research topics.

The publication trends reveal a strong theoretical foundation in mathematical methods for thermal engineering that has evolved to address contemporary challenges in sustainable energy systems. His work bridges fundamental research in inverse heat conduction problems with practical applications in aircraft engines, biomass boilers, and military systems. Recent publications increasingly focus on environmental sustainability through research on sustainable aviation fuel and hydrogen combustion technologies.

• Primary affiliation: Faculty of Environmental and Energy Engineering, Poznań University of Technology
• Supervised 5 doctoral dissertations (2014-2022)
• Reviewed multiple doctoral works
• Active research funding evidenced by numerous research reports

Professor Frąckowiak maintains an active research laboratory focused on thermal energy systems, with ongoing projects related to sustainable aviation, advanced combustion technologies, and thermal modeling. His collaborative approach is evident through extensive co-authorship networks within the university and across different engineering disciplines, facilitating interdisciplinary research that addresses complex energy challenges.