From GEO telecom constellations to lunar CubeRover prototypes, USC’s Astronautical Engineering majors craft hardware in the Space Science Institute (SSI) cleanroom and command ground-station arrays via SDR links. Coursework fuses orbital mechanics, deep-space comms, and avionic firmware, while a Hack-A-Sat cybersecurity sprint embeds zero-trust (ZT) protocols into spacecraft buses. Collaboration with Jet Propulsion Laboratory mentors elevates TRL of student payloads bound for rideshares on Falcon 9 and Electron launchers.
Open-source attitude-determination board using star-tracker AI
Cost-model tool for rideshare payload mass budgeting
Radiation-hardened FPGA encryption module (FPGA-Rad)
Lunar hopper trajectory optimizer with low-energy manifolds
Ground-station SDR that auto-switches modulation schemes
Machine-vision docking sensor validation in parabolic flights
Thermal loop heat-pipe test rig for small sats
Laser-comm link budget analyzer in MATLAB GUI
Autonomous debris-tracking CubeSat swarm protocol
VR mission-planning environment for cislunar logistics
Additive-manufactured thruster with green propellant blends
On-orbit Eclipse prediction API for power budgeting
Blockchain-based telemetry provenance ledger
3-U bus modular architecture for rapid prototyping
Dust mitigation electrodynamic shield for lunar solar panels
Engineer spacecraft that thrive in the harshest frontier.
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