
Environmental engineering and sustainable developmentIranian
Mohammadreza Heidari is an Iranian researcher and Research Assistant Professor at the Paula M. Trienens Institute for Sustainability and Energy at Northwestern University. His research focuses on the decarbonization of industry and energy systems, renewable energy, the circular economy, and the design of low-carbon, sustainable technologies and infrastructure.
Mohammadreza Heidari is a researcher and Research Assistant Professor at the Paula M. Trienens Institute for Sustainability and Energy at Northwestern University. He received his PhD in Environmental Engineering from Michigan State University. Before that, he studied hydraulic structures at Sharif University of Technology and water engineering at the University of Tabriz. His academic and professional path began with questions of water and civil infrastructure, before expanding into the broader fields of energy, environment, and sustainable development.
Heidari’s current research focuses on designing systems-engineering solutions for the transition to sustainable industries and energy systems. The decarbonization of industry and energy, the development and deployment of renewable energy, the circular economy, sustainable materials, and the analysis of digital infrastructure are among his principal areas of activity. He uses methods such as techno-economic analysis, life-cycle assessment, systems modeling, and decision analysis to evaluate technologies.
Part of his work concerns the connection between energy, water, and emerging technologies. In his recent research, he has examined the growth of data centers and artificial intelligence in terms of their demand for electricity and water, grid resilience, and environmental consequences. He emphasizes the need to identify pathways that align responses to rising energy demand with long-term decarbonization and sustainability goals.
In his Persian-language writing and activities, Heidari also addresses Iranian issues from the perspective of sustainable development. Water crises and efficiency, energy imbalance, the environment, the political economy of resources, and the quality of governance are prominent themes in this work. Through the “Voice of the Environment” project, he also focuses on public education and raising social awareness about the environment and sustainable development.
Overall, his approach connects engineering knowledge with economic and environmental assessment and policy questions. It examines sustainability not merely as environmental protection, but in relation to energy, industry, resources, infrastructure, and economic development.