Mechanical/Biomechanics Engineer with a product mindset — MEng Mechanical Engineering (UC Berkeley) & BASc Biomedical Engineering (UBC). I design, prototype, and validate hardware that's manufacturable, reliable, and delightful to use.
Website coded by me using HTML.
I build hardware that ships. My sweet spot is where human factors, mechanical design, and fast iteration meet. I work end-to-end: concept → CAD/FEA → prototyping → validation → DFM/DFA handoff—partnering closely with EE/SW, reliability, and operations.
I've contributed to medical devices, automotive seating at Tesla, and wearables like a prosthetic pointe shoe. I care about clear problem framing, data-driven decisions, and simple mechanisms that perform reliably at scale. I thrive in product teams at Apple, Meta, Google, or Tesla—where craftsmanship, rigor, and user empathy matter.
Science Fiction Space Travel Hard Sci-Fi
A story about distance — and what survives it.
Capstone: Revolutionizing Footwear: Blending Biomechanics with Fashion Design
Coursework: Orthopaedic Biomechanics (A-), Design for the Human Body (A)
Awards: Opportunity Grant $15,000 USD
Irving K. Barber Transfer Scholarship (2018)
Wear OS app for the Google Pixel Watch that puts a quarterback's play sheet on the wrist — a digital upgrade to the traditional paper wristband. Co-developed with Trevor Liu.
Using VR anthropometric analysis to validate prosthetic ski fit for amputees. More visuals and results coming soon!
Upgrading prosthetic pointe shoe with dual MyoWare EMG control; 3D-printed mechanism enables rapid iteration.
SolidWorks design + FEA; prototype withstood ~2300 lbs compression for safe pointe standing.
Rhino modeling and rapid prototyping to evaluate comfort and fit for dress shoes.
Autonomous navigation via simple sensor algorithm on Arduino.
Organized and fabricated mass 3D-printed PPE for local hospitals in Vancouver.