CLimate Equity, Adaption, NetZEro Nexus (CLEAN-ZEN)

Achieving net-zero requires simultaneous decarbonization through multiple sectors. Industrial engineers are uniquely equipped with a systems viewpoint to consider climate equity, justice, economic outcomes, policy, human behaviors, optimization, risks and, of course, integrating the most recent technology.

Solutions lie within inherently interconnected and complex systems; transportation and energy, the food-water-energy triangle, and the human element within infrastructure and natural resources. Our leaders optimize outcomes and manage risks in a dynamic, ever-evolving world.

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Team


Team Leaders

David Johnson
Associate Professor, Edwardson School of Industrial Engineering

Research Interests

Decision-making under uncertainty, applied to climate change adaptation and environmental policy

Flood risk modeling

Sustainable agriculture

Environmental risk communication and decision support tools

Multi-criteria tradeoff analysis

Andrew Liu
Associate Professor, Edwardson School of Industrial Engineering

Research Interests

Interactions of optimization

Game theory and Industrial organization, with applications to model and analyze energy markets and environmental policy

Multi-criteria tradeoff analysis

Siva Seetharaman
Assistant Professor, Edwardson School of Industrial Engineering

Research Interests

Control systems

Machine learning

Networks

Energy

Transportation

Cyber-physical systems

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