Dr. Mohamed Reda Shouman is an Associate Professor of Marine Engineering whose research focuses on the development of efficient, sustainable, and environmentally responsible maritime technologies. With 16 years of academic and research experience, he has developed a multidisciplinary research profile spanning marine propulsion, alternative fuels, ship energy efficiency, emissions reduction, computational fluid dynamics, marine renewable energy, and maritime safety.
Dr. Shouman has authored and co-authored 19 scientific publications in international journals and conferences. His research contributions include investigations into LNG and other alternative marine fuels, ship energy efficiency and emissions, marine propeller and turbine optimization, flow-induced vibration, wave-energy conversion, and advanced numerical simulations of maritime energy systems. His work reflects a strong commitment to addressing current challenges in sustainable maritime transportation and improving the energy and environmental performance of marine systems.
Dr. Mohamed Reda Shouman is an Associate Professor of Marine Engineering whose research focuses on the development of efficient, sustainable, and environmentally responsible maritime technologies. With 16 years of academic and research experience, he has developed a multidisciplinary research profile spanning marine propulsion, alternative fuels, ship energy efficiency, emissions reduction, computational fluid dynamics, marine renewable energy, and maritime safety.
Dr. Shouman has authored and co-authored 19 scientific publications in international journals and conferences. His research contributions include investigations into LNG and other alternative marine fuels, ship energy efficiency and emissions, marine propeller and turbine optimization, flow-induced vibration, wave-energy conversion, and advanced numerical simulations of maritime energy systems. His work reflects a strong commitment to addressing current challenges in sustainable maritime transportation and improving the energy and environmental performance of marine systems.