Developed and manufactured a propeller thrust test rig for Aerospace SAE at Berkeley.
Conducted destructive tensile and bending test on 3D printed specimens using an Instron 5500, analyzing data to quantify the mechanical impact of pigment additives in PLA filament.
Developed a Wi-Fi-enabled plotting system utilizing LabVIEW for telemetry and an ESP32 for low-level stepper motor control via TCP/IP protocols.
Designed and manufactured a portable workstation conforming to ASME Y14.5M GD&T standards; fabricated aluminum components using manual machining to +/- 0.001" tolerances.
Developed a Python simulation to numerically solve the Tolman-Oppenheimer-Volkoff equations and model Dark Matter self-interactions for presentation at the 2023 UCI Building Bridges Conference.
Designed a suction-based rover using SolidWorks, utilizing laser-cut living hinges to achieve complex flexible geometries for rapid chassis prototyping.
Redesigned and optimized Derek Muller's Downwind Faster than the Wind vehicle.