Georgia Tech’s PhD in Aerospace Engineering positions researchers at the bleeding edge of CFD, autonomous GN&C, and reusable launch-vehicle design. Doctoral candidates access Mach-7 wind tunnels, propulsion test stands, and petascale HPC clusters while publishing in AIAA journals and leading NASA ULI teams.
Large-eddy simulation of turbulent combustion in scramjet combustors
Reusable booster thermal-protection tiles with self-healing coatings
Autonomous asteroid-hopper trajectory optimization under micro-g
Electrodynamic tether concept for debris deorbiting
Adaptive morphing wing using distributed SMA actuators
Hybrid rocket engine regression modeling with machine learning
Swarm sat GN&C algorithms for interferometric SAR imaging
Flutter-aware flight controller for ultra-flexible solar aircraft
Hypervelocity impact modeling on lunar regolith landers
AI-assisted design of hypersonic inlet/isolator geometry
CubeSat ion-thruster plume interaction with solar arrays
Model-based systems engineering framework for cis-lunar logistics
Drag-reduction strategies for Mars-entry inflatable decelerators
Zero-boiloff cryogenic tank CFD with active cooling loops
Bayesian reliability analysis of reusable rocket components
Shape the next century of air and space exploration.
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