The MSEEM blends engineering analytics with policy and business to train leaders who can cost-out a micro-grid and lobby for its PPA in the same week. Students model grid-integration of offshore wind, trade carbon futures in real Bloomberg terminals, and design zero-waste supply chains for Fortune 100 firms. Field studios tour Georgia’s solar farms, biomass plants, and EV-battery gigafactories.
Hydrogen hub techno-economic feasibility for Southeast logistics
Blockchain REC marketplace for community solar gardens
Circular battery-recycling model using digital-twin material tracking
GIS siting of agro-PV arrays balancing crop yield and irradiance
Policy simulation of carbon-border adjustments on steel imports
Energy-plus retrofit roadmap for mid-century public schools
Dynamic tariff design for vehicle-to-grid aggregation
Direct-air-capture integration with green-ammonia synthesis
Municipal food-waste-to-biogas plant financial model
Algae-based SAF lifecycle GHG analysis
Sensor-based leak-detection network for urban water systems
Resilience planning for micro-grids in hurricane-prone islands
Demand-response gamification app for residential HVAC loads
Heat-pump adoption forecast using agent-based modeling
Extended producer-responsibility policy brief for e-waste
Engineer and govern the clean-energy systems of tomorrow.
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