The MSCEE blends structural mechanics, smart-city sensing, and water-resource systems to future-proof the built environment. Students analyze earthquake resilience with hybrid simulation, design net-positive energy buildings, and model nutrient flux in Great-Lakes watersheds. Industry-funded labs test self-healing concrete and AI-driven traffic controls, while policy electives enable graduates to translate technical insights into equitable urban-planning outcomes.
Develop a digital-twin model predicting lifecycle carbon of high-rise retrofits
Design green stormwater corridors mitigating urban flood risk under 100-yr storms
Deploy edge-AI cameras to detect and classify road-surface distresses in real time
Model lake-effect warming impacts on combined sewer overflow events
Prototype 3-D printed basalt-fiber rebar for corrosion-free bridge decks
Create an agent-based model optimizing EV-charging station siting by equity metrics
Assess seawall overtopping under compound extreme climate scenarios
Test bio-mediated soil improvement techniques for coastal erosion control
Simulate high-speed rail vibration effects on adjacent historic masonry
Build a blockchain platform for transparent construction material sourcing
Evaluate PFAS removal in constructed wetland pilot systems
Design a parametric timber grid shell for net-zero community centers
Quantify microplastic transport in urban rivers using Lagrangian particle tracking
Draft resilience bond frameworks financing climate-adaptive transit tunnels
Develop AR headsets guiding field inspectors through real-time BIM comparisons
Engineer sustainable, resilient infrastructure with Northwestern MSCEE.
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