Northwestern’s Environmental Engineering BS equips students with the chemistry, microbiology, and systems modeling skills to safeguard ecosystems and public health. Field sampling on Lake Michigan pairs with lab work in membrane desalination, bio-electrochemical reactors, and atmospheric-aerosol chambers. Policy electives and community partnerships ensure graduates can translate technical solutions into equitable environmental action.
Design a solar-powered reverse-osmosis unit for arsenic-laden groundwater
Model wildfire smoke dispersion impacts on urban PM2.5 exposure
Develop biochar-amended green-roof substrates for nutrient retention
Assess PFAS removal efficiencies of novel ion-exchange resins
Build a microbial fuel cell converting brewery wastewater to electricity
Create a GIS tool prioritizing lead-pipe replacement in vulnerable neighborhoods
Evaluate ammonia-selective catalytic reduction for maritime engine retrofits
Prototype a low-cost UV-LED disinfection system for rural clinics
Quantify climate benefits of algae-based carbon capture in flue-gas streams
Simulate sewer overflows under intensifying rainfall using SWMM models
Compare circular-economy scenarios for lithium-ion battery recycling
Develop policy guidelines for decentralized greywater reuse in buildings
Investigate electro-spun nanofiber membranes for VOC removal
Produce an educational VR experience on watershed nutrient cycling
Write a municipal climate-action plan integrating green-hydrogen adoption
Engineer sustainable, equitable ecosystems with Northwestern Environmental Engineering.
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