UC’s MS in Environmental Engineering Science merges engineering principles with environmental chemistry and microbiology to safeguard public health and ecosystems.
Photocatalytic reactor degrading PFAS in drinking water at pilot scale
Biofilter design removing methane emissions from dairy barns
CFD simulation of ventilation strategies reducing virus aerosols in classrooms
Electro-dialysis reversal process optimizing brackish water desalination energy use
Machine-learning model predicting iron corrosion in lead service lines
Life-cycle analysis of composting toilets in peri-urban settlements
Activated-carbon-based sensor for on-line monitoring of VOC breakthrough
Nanobubble oxygenation system enhancing wetlands denitrification
3D-printed bio-augmented subsurface barrier for chlorinated solvent plumes
Policy memo on PM2.5 exposure mitigation in wildfire-prone regions
Solar-driven atmospheric water generator for off-grid communities
Kinetic model of antibiotic-resistance gene decay in UV-AOP processes
Wetland-constructed channel restoring urban stream biodiversity
River-basin nutrient-trading platform simulation maximizing cost efficiency
White paper on microplastic discharge regulations for laundry appliances
GIS prioritization of green-infrastructure sites to control CSO events
Sensor network monitoring ammonia in aquaculture effluent for precision dosing
Outreach workshop teaching DIY air-quality monitors to high-schoolers
Techno-economic comparison of blue versus green ammonia pathways
Conference on circular wastewater valorization into bio-fertilizers
Engineer cleaner environments with UC’s solutions-focused MS.
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