The BS in Aerospace Engineering propels undergraduates through atmospheric aerodynamics, orbital mechanics, and propulsion labs that pair CFD simulations with wind-tunnel testing. Students iterate composite winglets in the Additive Manufacturing Center, program CubeSat attitude-control units using embedded C, and analyze telemetry via MATLAB to validate Kalman-filter algorithms (KF). Partnerships with NASA’s JPL and SpaceX provide capstone sponsorships, while electives in AI-based fault diagnostics and hypersonics position graduates at the forefront of the NewSpace revolution.
ML-enabled anomaly detection for satellite reaction wheels
Reusable sounding-rocket landing legs with lattice composites
CFD study of plasma-based boundary-layer control at Mach 5
Swarm-intelligent UAVs for post-disaster mapping (UAV-PD)
Solar sail attitude strategy using quaternion feedback
Additive-manufactured LOX-methane injector optimization
CubeSat deployable boom for magnetometer calibration
Bio-inspired micro-flapping drone for Mars atmosphere
VR training cockpit for supersonic flight maneuvers
AI-tuned predictive maintenance for turbofan bearings
Green propellant thruster test-stand with IoT sensors
Edge-computing payload for real-time wildfire imaging
Topology-optimized rib-stiffened cryo tank
Dual-use nanosat for AIS maritime traffic analytics
Augmented-reality assembly manual for rocket staging
Design vehicles that push the edge of Earth’s atmosphere and beyond.
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