- Performed simulations on possible plane designs to determine best design configurations for two planes that are scheduled to fly in the 2025 SAE Aero Regular and Advanced competitions.- Simulated shock loading on landing gear and airfoils for a plane flown in the 2024 SAE Aero Advanced competition to identify areas of potential design improvements for future planes.

- Designed a MATLAB script to create range-Doppler maps of detected targets, and implemented it into a HF radar model, providing it with real-time data processing capabilities.- Analyzed experimental HF data using MATLAB, producing spectrograms and power spectral density plots using beamforming and raytracing.- Conducted multiple HF receiving experiments, optimizing antenna arrays.- Designed and implemented a custom MATLAB script to accurately map the real-time locations of 3 wavegliders over 6 days.

Led the design and manufacturing of components for Archimedes, which is scheduled to launch at the 2024 Spaceport America Cup in June. Created and machined coupling structures, bulkheads, and centering rings to accommodate Eclipse's first SRAD hybrid engine.

Aided in the design and manufacturing of Icarus & Daedalus, the club's first dual stage rocket, which successfully launched at the 2023 Spaceport America Cup in the 30k division. Constructed body tubes and fins out of carbon-fiber and epoxy, and made CAD models and assemblies of components.

Worked to update the hardware and software of the SuperDARN radar located at Wallops Flight Facility in VA, which measures ionospheric activity. Built a radar antenna to test the updates and used it to receive radio signals and analyzed them using Python to test the updates.