UC’s MS in Aerospace Engineering equips students with expertise in aerodynamics, propulsion, structures, and autonomous systems, preparing them for cutting-edge roles in aviation, defense, and commercial spaceflight.
CFD simulation of shock–boundary-layer interactions on hypersonic inlet ramps
Topology-optimized composite rib reducing wing weight by 15 %
Electric VTOL rotor acoustic model validated in anechoic chamber tests
Additive-manufactured Inconel turbine blade fatigue study under thermal cycling
Swarm cubesat formation-flying controller using distributed MPC
Hydrogen-fueled turbofan emissions inventory for regional airline fleets
Structural-health-monitoring network with fiber Bragg gratings in cryogenic tanks
Machine-learning flight envelope protection for agile UAV maneuvers
Atmospheric entry ablation model for Mars sample-return aeroshells
Icing-tunnel experiment on hybrid laminar-flow tailplanes
Plasma actuator flow-control effectiveness on supersonic intakes
Orbital debris conjunction risk assessment for large LEO constellations
Real-time GN&C algorithm for lunar hopper precision landing
Bio-inspired morphing wingtip tested in low-speed wind tunnel
Thermo-elastic instability analysis of carbon-carbon brake discs
RF transparent radome material characterization up to Ka-band
Coupled aeroelastic/fluid-thermal model of inflatable re-entry decelerators
Policy brief on sustainable aviation fuel adoption pathways to 2050
VR training module for launch-pad ground crew emergency scenarios
Public outreach workshop building soda-bottle rockets to teach thrust physics
Launch your aerospace innovation career with UC’s hands-on MS.
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