Rate My Professor Azhar Mohsen

Dr. Azhar Mohsen Abd serves as the Dean of the College of Engineering Technologies at Al-Mustaqbal University College in Hillah, Babylon, Iraq. He holds a PhD in Renewable Energy and has progressed through various academic roles at the institution, including Senior Lecturer and Head of the Department of Air Conditioning and Refrigeration Techniques Engineering. In recognition of his outstanding scientific and research output, including publications in prestigious international journals and high citations on Google Scholar and Scopus, he was honored by the Dean of Al-Mustaqbal University College, Assistant Professor Dr. Hassan Shaker Magdy. Dr. Abd has been selected as a peer reviewer for Elsevier journals, contributing his expertise to the evaluation of scientific research. He also serves on the editorial board of the Al-Mustaqbal Journal of Science and Engineering Studies (AJS-ES). His leadership extends to initiatives such as organizing scientific events, workshops, and collaborations for department accreditation, as well as directing the Technological Incubator at the university.

Dr. Azhar Mohsen Abd's research specializations encompass renewable energy systems, air conditioning and refrigeration engineering, nanofluids for heat transfer enhancement, sustainable energy technologies, and cogeneration systems. Key publications include 'Techno-eco-environmental-sustainability aspects of a novel cogeneration system fueled by tire pyrolysis oil' (Chemosphere, 2023), 'Nano-integrating green and low-carbon concepts into Kalina-organic Rankine combined cooling, power, and hydrogen cycle' (2024), 'Multiobjective Optimization of Double-Skin Façade Performance Using Machine Learning' (Energy Reports, 2026), 'An Investigation into Forced Convection of a Nanofluid inside Mini Channels' (Fluid Dynamics & Materials Processing), and 'Advancing renewable and sustainable energy: A regional overview' (International Journal of Energy Research, 2026). His work has received funding from Al-Mustaqbal University College, such as grant MUC-E-2/2024, underscoring his impact on advancing eco-friendly engineering solutions and contributing to the academic field through innovative publications and institutional leadership in Engineering Technologies.