Achieving an energy-efficient, low-carbon future requires more than technological innovation alone, as it depends on rigorous analysis, systems-level understanding, and effective policy design. Researchers at IEE are currently advancing data-driven approaches to understanding the complex interactions between energy, climate, water, materials, industry, and society in order to inform equitable and impactful energy transitions. Energy Analysis & Policy encompasses the development of analytical frameworks, modeling tools, and policy-relevant research that evaluate pathways toward deep decarbonization and long-term sustainability. Faculty researchers employ systems modeling, lifecycle assessment, techno-economic analysis, and empirical social science methods to quantify the environmental, economic, and societal impacts of emerging technologies and energy systems.
Researchers are addressing critical challenges associated with rapidly growing digital infrastructure and AI-driven energy demand, including the impacts of data centers on power systems, water resources, emissions, and climate goals. By developing advanced energy demand models and sustainability analyses, the initiative helps policymakers, industry leaders, and researchers better understand the implications of evolving computing technologies and identify opportunities for more efficient and sustainable growth. The initiative also examines the broader social, political, and economic dimensions of clean energy transitions. Faculty investigate barriers to renewable energy adoption, strategies for decarbonizing industrial systems, sustainable management of water and material resources, and approaches to expanding clean energy access while supporting economic resilience and environmental justice.
The efforts of the 2035 Initiative at IEE research provides the scientific foundation and policy insights needed to guide energy-efficient and equitable transitions across interconnected energy, environmental, and technological systems.
