The EPP MS marries rigorous engineering analysis with social-science research to craft evidence-based policy. Students quantify grid-decarbonization pathways, analyze cybersecurity externalities in IoT regulation, and model pandemic ventilation standards. Studios pair engineers with stakeholders—from EPA to World Bank—producing white papers that shape real legislation.
Integrated assessment model evaluating hydrogen vs. electrification for heavy trucking
Regulatory sandbox design for autonomous-vehicle data sharing
Cross-border carbon tariff impact study using computable general equilibrium
Risk-benefit analysis of solar geoengineering deployment scenarios
Techno-economic model of long-duration storage in regional RTO markets
Policy roadmap for semiconductor supply-chain resilience
Economic valuation of ecosystem services in urban green roofs
Cyber liability framework quantifying systemic risk in smart grids
Climate equity assessment tool guiding heatwave adaptation funding
Ethical AI certification scheme for healthcare algorithms
Decision-analytic model optimizing wildfire mitigation investments
Cost-effectiveness study of rural mini-grids vs. grid extension
Dynamic pricing policy for water scarcity under climate variability
Lifecycle policy comparison of Li-ion vs. Na-S grid batteries
Stakeholder analysis of drone delivery noise regulations
Bridge tech and governance to solve global challenges at CMU EPP.
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