Aerospace Engineering
FACILITY
Where Ideas Take Flight. Where Students Build, Test, and Fly Their Own Ideas.
Our Aerospace Engineering program is built around an integrated ecosystem of laboratories and test facilities that support learning, design, and research. From wind tunnels and flight simulators to drone testbeds and high-performance computer for simulations, our students work with the same tools and methods used in modern aerospace practice.
These facilities are tightly integrated with our coursework, design projects, and capstone experiences, giving students the opportunity to move seamlessly from theory to hands-on experimentation, prototyping, and flight testing.
Aerodynamics &
Wind Tunnels
Wind Tunnels
Subsonic wind tunnel for lift, drag, stall, and high-speed flow experiments.
Structures &
Materials Testing
Materials Testing
Load frames, strain measurement and data acquisition systems for static, fatigue, buckling, and vibration testing.
UAS &
Flight Systems
Flight Systems
Multirotor and fixed-wing UAV platforms, ground control stations, flight controllers, and real-time telemetry for design–build–fly projects.
Avionics, Sensors &
Electronics
Electronics
Embedded controllers, sensors, data acquisition, and control hardware for avionics, flight control, and mechatronics experiments.
Design & Simulation Computing
CAD, CFD, FEA, and performance analysis software for conceptual and preliminary aircraft and space system design.
Student Project &
Build Spaces
Build Spaces
Dedicated areas for rocket, UAV, and high-altitude projects, including integration benches, storage, and preparation for field tests.