Active Suspension Robot A reusable active suspension platform designed to reduce peak impact loads during parachute-assisted payload delivery.
SpaceX Dragon Structures Structural analysis, qualification, and test-correlation work for Dragon flight hardware and Ground Support Equipment supporting launch operations at Cape Canaveral.
FINsight A strain-sensing fin system built for Duke AERO rocket flight analysis using custom PCBs, Wheatstone bridges, ADCs, and embedded data collection.
Rocketry Systems Avionics, air-brake, payload, guided recovery, and simulation work across student aerospace systems and launch operations.
Pump Support Platform Design, analysis, and prototyping of a modular aluminum support platform for a centrifugal pump under combined pump, pulley, and frame loads.
3D Lattice Structure Design, simulation, and testing of a lightweight 3D-printed lattice structure built to support a 10 N load across a 150 mm span.
Pressure Vessel Design Design, analysis, machining, and validation of a 750 psi aluminum pressure vessel with a Parker-sized O-ring seal and four-bolt end cap.
OECT Biosensor Research on Organic Electrochemical Transistors for non-invasive glucose detection in aerospace health-monitoring environments.
Trash Trap System A storm-drain trash trap designed to stop debris from entering Beaver Marsh Preserve while allowing turtles to pass safely.