At Georgia Tech’s Guggenheim School, the MS in Aerospace Engineering thrusts graduates into frontier research—from scramjet combustion and morphing UAVs to lunar ISRU robotics. Students crunch CFD on PETSc GPU clusters, 3-D print composite cryo-tanks, and fire hybrid rockets in the Space Propulsion Lab. Joint projects with NASA, Lockheed Martin, and SpaceX mean thesis results often fly within a year.
RANS–LES hybrid model validation for scramjet inlet shock interaction
Guidance algorithm for autonomous lunar-hopper sample return
High-lift morphing wing employing shape-memory-alloy skin
CubeSat constellation design for optical cross-link communications
Data-driven reduced-order model of flutter in flexible solar arrays
Green monopropellant thruster using ADN-based oxidizer
Swarm-intelligence path planner for asteroid mapping drones
Additive-manufactured regenerative rocket nozzle with lattice coolant
GN&C simulation of reusable first-stage boost-back trajectories
Multi-fidelity optimization of blended-wing-body noise footprint
Machine-learning prediction of debris re-entry breakup altitude
Electrodynamic tether concept for small-sat de-orbiting
Icing-tolerant autonomous rotorcraft controller for Arctic logistics
Hydrogen fuel-cell system sizing for urban air mobility eVTOL
Structural health-monitoring sensor network for composite fuselages
Design the vehicles that will conquer air and space.
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