From urban heat islands to El Niño extremes, Georgia Tech’s Atmospheric and Oceanic Sciences BS trains students to decode Earth’s fluid systems with satellite remote sensing, radar meteorology, and coupled climate modeling. Field courses launch weather balloons from campus rooftops and deploy coastal drones along Georgia’s barrier islands, while partnerships with NOAA and Delta Air Lines turn class projects into operational forecasts. Graduates emerge fluent in Python, GIS, and policy translation—ready to tackle the planet’s most pressing resilience challenges.
Machine-learning nowcast of Atlanta thunderstorm downbursts using dual-pol radar
Coupled ocean–atmosphere model assessing hurricane intensification under warming scenarios
GIS mapping of sea-level-rise impacts on Georgia marsh ecosystems
Air-quality sensor network deployment for urban heat-island mitigation strategies
Drone-based coastal erosion survey and photogrammetry analysis
Pine-forest carbon-flux study using eddy-covariance towers
Visualization toolkit for communicating climate-risk data to policymakers
AI-assisted cyclone-tracking algorithm for real-time satellite imagery
Downscaling global climate models to predict regional hydrological extremes
Data-driven optimization of flight routes for contrail mitigation
Analysis of microplastics transport in Gulf Stream eddies
Atmospheric-river forecasting model comparison using reanalysis datasets
Citizen-science rainfall mapping app with crowdsourced sensors
Assessment of offshore wind-farm wake effects on local weather
Study of Saharan dust transport impacts on Atlantic hurricane activity
Predict weather, model climate, and protect coasts—study Earth’s systems at Georgia Tech.
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