Georgia Tech’s Aerospace Engineering BS immerses students in the full flight lifecycle—from fundamental aerodynamics and lightweight composite structures to orbital mechanics, propulsion, and autonomous navigation. Hands-on labs put wind-tunnel data, CFD simulations, and rocket-propellant tests at your fingertips, while Atlanta’s booming space-industry cluster and NASA partnerships open internship pipelines. A required senior design capstone tasks teams with building, testing, and flying a mission-ready UAV or cubesat, ensuring graduates leave with tangible flight hours under their belt and the systems-thinking mindset prized by SpaceX, Boeing, and emerging eVTOL startups.
CFD-optimized wingtip design for drag reduction on small UAVs
Design of a hybrid-propulsion cubesat for low-Earth-orbit debris mapping
Machine-learning-based fault detection in reusable launch vehicle engines
Bio-inspired morphing wing mechanisms using shape-memory alloys
Low-cost wind-tunnel instrumentation with Arduino and open-source sensors
Autonomous formation flying algorithms for satellite swarms
Experimental investigation of boundary-layer transition in hypersonic flow
Active flutter suppression using piezoelectric actuators
Feasibility study of hydrogen fuel cells for urban air-mobility eVTOLs
Radiation-hard avionics architecture for small-sat missions
Reusable heat-shield materials testing in plasma arcs
Vision-based landing guidance for Mars aerial drones
Sonic-boom mitigation strategies for next-gen supersonic transports
AI-driven trajectory optimization for lunar transfer orbits
Design of a student-launch solid-rocket motor test stand
Build the future of flight with Georgia Tech’s hands-on Aerospace Engineering program.
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