Tomasz Mróz

Professor Tomasz Mróz is a distinguished academic at Poznań University of Technology, holding a position in the Faculty of Environmental and Energy Engineering, specifically within the Institute of Environmental Engineering and Building Installations. With the academic title of Professor ("prof. dr hab. inż.") and over 30 years of experience since completing his doctoral dissertation in 1994, he has established himself as a leading expert in environmental engineering and energy systems.

Professor Mróz's research interests span environmental engineering, energy systems, heat supply systems, sustainable development of municipal infrastructure, building installations, energy efficiency, fuel cell technology, and water distribution systems. His work consistently bridges theoretical research with practical applications for industrial and municipal systems, focusing on developing tools and methodologies for energy management in built environments.

Analysis of his 15 most recent publications reveals a strong focus on contemporary energy challenges, with particular emphasis on hydrogen fuel cell technology, industrial energy system optimization, waste heat recovery, and sustainable municipal infrastructure. His work demonstrates a progression from fundamental research on pollution control to applied research addressing current energy transition challenges.

Professor Mróz has supervised six doctoral dissertations, mentoring the next generation of researchers in areas including positive energy balance buildings, water transport systems, ventilation systems in low-energy buildings, and sustainable gas system development. His academic supervision reflects his commitment to advancing knowledge in sustainable energy and environmental engineering.

His extensive publication record includes 64 scientific articles, 35 book chapters, 6 books, and 13 research reports, demonstrating consistent scholarly contribution across multiple decades. Recent collaborations with industry partners like Viessmann highlight the practical relevance and application of his research in real-world energy systems.