At Georgia Tech, Environmental Engineering majors dive into living laboratories from Atlanta’s BeltLine greenways to coastal salt-marsh restorations. Courses integrate microbial process design, atmospheric chemistry, and circular-economy life-cycle analysis. Students 3D-print membrane bioreactors, fly methane-sniffing drones over landfills, and build IoT dashboards for urban stormwater networks. Partnerships with CDC, World Resources Institute, and local utilities place undergrads on the front lines of climate-adaptation planning and low-carbon infrastructure finance.
Electro-coagulation system for PFAS removal in drinking water
GIS siting tool for urban nature-based flood defenses
Biochar-amended green roofs reducing combined-sewer overflows
Machine-learning prediction of wildfire smoke PM₂.₅ dispersion
Blockchain platform for plastic-credit tracking in coastal economies
Algae photobioreactor retrofits for wastewater nutrient recovery
Life-cycle carbon analysis comparing concrete vs. geopolymer culverts
Low-cost arsenic sensor using paper-based microfluidics
Solar-powered desal unit with capacitive deionization
Drone-enabled methane quantification over confined-animal operations
Circular-textile recycling process water audit and optimization
IoT leak-detection network for aging municipal pipes
Policy toolkit for equitable green-infrastructure financing
Nitrate-selective ion-exchange resin derived from agricultural waste
Community air-quality co-monitoring program with mobile sensors
Electro-sprayed photocatalyst coatings for VOC degradation
Microplastics fate model in urban estuary sediment transport
Engineer clean resources and climate-proof infrastructure worldwide.
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