Atlanta’s skyline and transport corridors become your living laboratory in Georgia Tech’s Civil Engineering BS. Core studios guide students from finite-element bridge modeling to LiDAR-scanned flood-risk mapping, while the Kendeda Building—one of the world’s greenest—serves as a living case study in net-positive construction. Tracks in structural, environmental, geotechnical, transportation, and smart-city systems allow majors to pair concrete mix designs with Python traffic-flow simulations. Annual field trips to hurricane-damaged coastlines and seismic retrofit sites provide firsthand lessons in resilience engineering and policy advocacy.
Digital twin of a highway interchange integrating IoT strain sensors
AI-assisted crack detection in concrete bridges via drone imagery
Life-cycle carbon assessment of mass-timber mid-rise buildings
Permeable pavement design optimizing urban flood mitigation
Seismic performance evaluation of 3D-printed concrete walls
BIM workflow for modular hospital construction in disaster zones
Microsimulation of autonomous-vehicle impacts on urban traffic flow
Geopolymer concrete mix incorporating recycled glass aggregates
Smart stormwater detention system using real-time weather data
GIS heat-island analysis driving green-roof retrofits across campus
Optimization of fiber-reinforced soil embankments for rail corridors
IoT-enabled asset-management dashboard for municipal water networks
Hydraulic model of sediment transport in coastal restoration projects
VR safety-training module for high-rise construction workers
Policy brief on infrastructure equity and transit-oriented development
Build the sustainable bridges, roads, and cities of tomorrow.
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