Adam Szelągowski

Adam Szelągowski serves as a Lecturer in the Department of Refrigeration and Energy in Buildings at Warsaw University of Technology's Faculty of Power and Aeronautical Engineering. His academic work bridges theoretical research with practical applications in sustainable building energy systems, with particular focus on innovative cooling technologies that reduce environmental impact.

Dr. Szelągowski's research centers on renewable energy integration for cooling applications, with expertise in solar cooling systems, adsorption refrigeration technologies, and heat pump optimization. His work addresses critical challenges in energy efficiency for building systems, particularly exploring natural refrigerants like CO2 and propane as environmentally friendly alternatives. His research consistently examines practical implementation challenges including legal frameworks, safety considerations, and climate-specific adaptations for Polish conditions.

Analysis of his publication record from 2017-2019 reveals a strong thematic focus on sustainable cooling solutions, with significant contributions to desiccant cooling systems, thermal energy storage, and integration of renewable energy sources with conventional HVAC systems. His work demonstrates methodological diversity, employing experimental validation, numerical modeling, and practical field testing approaches.

• First-degree team award for scientific achievements in 2018 awarded by the Rector of Warsaw University of Technology (October 1, 2019)

Dr. Szelągowski actively contributes to research projects addressing practical industry challenges, including development of next-generation dehumidification technologies and energy efficiency optimization for industrial refrigeration equipment. His teaching portfolio includes Refrigeration Laboratory courses, Heat Pumps, and Sorption Technologies, directly connecting his research expertise with student education.

His work is conducted within the Institute of Heat Engineering's research infrastructure, particularly utilizing laboratory facilities for refrigeration and building energy systems testing, with strong connections to industry partners through applied research projects.