B.S. Engineering · Class of 2028
Engineering student at Harvey Mudd building sensors, circuit boards, and underwater robots.
Research & builds
Industry-sponsored engineering project · Aug 2026–present · In progress
LED lighting for a dual-camera fluorescence imaging system: a 14-LED excitation ring I designed from scratch, and a 40-LED white-light array I helped design.
Experimental Engineering course (E80) · Team of 4 · Spring 2026
A floating robot that logged wind and sunlight offshore to size up renewable energy. I designed and calibrated its wind sensors.
Student robotics team · Co-President, Mechanical · Aug 2025–present · In development
Leading the mechanical team as we take our new AUV, Crush, from design into a vehicle we can manufacture, seal, and test. Catch me in the machine shop milling its enclosure!
Research · UNSW Sydney & Harvey Mudd · Summer 2026–present
Creating novel copper alloys embedded with graphite to replace the toxic lead that provides lubricity in bushings and bearings. I helped make, heat-treat, and measure 21 experimental compositions.
Making lab measurements trustworthy through calibration troubleshooting and documentation.
As an undergraduate research assistant in Harvey Mudd’s Molecular Engineering Lab, I ran fluorescence experiments and chased down circular-dichroism instrument calibration errors, inspecting hardware and coordinating with the manufacturer to find the cause. I also authored a characterization standard operating procedure. The work sharpened my interest in reliable instrumentation and reproducible experiments.
Intro to Engineering Design (E4) · Team of 5 · Fall 2025
Our client, a biology lab technician, capped tubes by hand every week. We built a hinged press that closes a full row at once, over a 3D-printed rack that survives ethanol sterilization.
Makerspace
I help run Harvey Mudd’s student makerspace alongside six other departmental stewards, coordinating technical training and onboarding for a 50-plus person steward team across laser cutting, FDM/SLA/SLS 3D printing, waterjet cutting, manual machining, and electronics handling. Right now I’m reworking our training procedures and standardizing our documentation so that a space this busy stays easy to use and safe to run.
Open to research, internship, and collaboration opportunities.