USC’s Environmental Engineering MS tackles pollution from source to sink. Students pilot anaerobic membrane bioreactors (AnMBR) treating food-waste slurry, optimize PFAS adsorption isotherms in rapid column tests, and program SCADA PLCs for smart-water networks. Climate-Risk analytics fold FEMA data into HEC-RAS 2-D flood-plain projections, while policy studios craft grant proposals under the Bipartisan Infrastructure Law. Graduates engineer water, air and waste systems resilient to droughts and budgets alike.
IoT rain-garden control using soil-moisture ML predictors
CFD plume model of wildfire smoke infiltration indoors
Techno-economic analysis of CO₂ mineralization in concrete
GIS siting model for solar-powered desal units on islands
LCA of algae-based bioplastic stadium cups
Biochar amendment study for stormwater phosphorus capture
Digital twin of campus drainage in InfoWorks ICM
Policy memo on PFAS maximum contaminant levels
RNN forecast of coastal erosion using buoy data
Phytoremediation pilot using willow on brownfields
Blockchain traceability for e-waste recycling streams
Edge-AI detection of sewer overflow via acoustic sensors
Citizen-science air-quality sensor deployment plan
AR training module for confined-space entry safety
Hydrogen peroxide electrogeneration cell prototype
Engineer resilient systems for water, air and waste in a warming world.
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