USC’s Civil Engineering BS prepares students to rebuild a hotter, stormier world. Core studios link finite-element modeling (FEM) in Abaqus with drone-LiDAR terrain surveys to produce BIM-enabled digital twins (DTs) of bridges and sea walls. Labs test carbon-negative geopolymer concretes under ASTM C39, while Monte-Carlo hazard analytics (MCH) quantify flood risk for Caltrans corridors. A policy practicum decodes FHWA and ASCE 7-22 resilience clauses, making graduates fluent in both stress-strain curves and sustainability statutes.
Digital twin of a historic overpass integrating IoT strain gauges
ML model predicting scour depth around bridge piers (SD-ML)
Net-zero precast panel plant layout using discrete-event simulation
Geopolymer mix design optimizing fly-ash–slag ratios for 40 MPa
AR site-safety app overlaying OSHA hazard zones
Hydraulic model of cloudburst tunnels under USC campus
Lifecycle assessment (LCA) of basalt-fiber rebar vs. steel
Seismic isolator retrofit concept for 1920s masonry school
Smart-curb storm-sensor network for real-time flood alerts
Topology-optimized 3-D printed pedestrian bridge in PLA-GF
Crowdsourced pothole map with computer-vision road cam
Policy brief on LA’s adaptive reuse ordinance for parking decks
Wind-tunnel CFD study of green roofs on urban heat island
Recycled-plastic aggregate pilot for low-traffic pavements
Genetic-algorithm scheduling of metro-line viaduct segments
Remote-sensing landslide early-warning dashboard
Design resilient infrastructure that withstands tomorrow’s extremes.
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