Mohammadreza is a researcher with a background in thermal energy storage and renewable energy integration. With an MSc in Fluid dynamics, energy conversion branch, from Qom University of Technology, Iran, he has collaborated with both academic and industry experts to design and optimize systems that enhance the integration and grid stability of renewable energy sources. His past research includes conduction cooling in heat-generating volumes, thermal energy storage, thermodynamic cycles, and after-treatment systems. Mohammadreza utilizes both CFD modeling and programming to conduct his research.
His current doctoral research focuses on enhancing societal resilience during super pandemics. He investigates scalable strategies for worker sequestration and ventilation in vital sectors such as healthcare, energy, and food production during extreme crises. In collaboration with ALLFED, Mohammadreza is designing contingency systems for decentralized food processing and distribution, aiming to safeguard food security in post-collapse scenarios. His interdisciplinary approach combines engineering, public health, and catastrophe preparedness to address the global challenges posed by catastrophic events.
