The CN Tower is Toronto's defining landmark and the backdrop to years of my first home. For ME 203, a 10-week design-to-fabrication course in my first quarter at Stanford, I built a fully realized scale model from scratch — a multi-material sculpture made of sandcasted, milled, and turned aluminum,…

A CNC-machined aluminum book — four double-sided plates, eight pages, capturing my first year at Stanford in metal! To commemorate my first year at Stanford, I designed and CNC-machined a eight-page aluminum book — each telling the story of my year. The entire machining sequence was executed in a…

Prompted to create a functional whistle inspired by a movie, I designed an edge-blown brass fipple whistle designed to resemble a video game map inspired model of The Wizard of Oz. The machined brass body forms the Yellow Brick Road, and minimalist geometry and iconography is used to create islands…

Engineered Artworks — The Geary Night The Geary Night is a kinetic reinterpretation of Van Gogh's The Starry Night (1889), built for the Extreme Redesign: Art Challenge. The brief was deliberately open — reimagine an existing work — so I took on the most recognizable painting in the world and set…

This project, completed at Stanford's CHARM Lab (Summer 2025), designed and built the waterproof tip-mount module for an in-pipe vine robot — a growing/everting robot that inspects wet, dusty, confined pipe environments. The module sits at the robot's leading tip and has to do a lot in almost no…

A 3D-printed reinterpretation of Caspar David Friedrich's Wanderer Above the Sea of Fog — except the sea of fog is real, generated live by an array of hidden ultrasonic…

A 3D-printed parametric shelf built from 3D scans of my own hands, inspired by Michelangelo's The Creation of Adam

OhmniClean is OhmniLabs' autonomous UV-C disinfection robot. Each engineer on our 5-person team owned a subassembly end-to-end, from initial ID concept sketches through full-scale production. I owned the display subassembly — a bent-aluminum inner frame welded to the push handle, wrapped in…

For ME 303 (Soft Composites & Simulation, Spring 2025), our three-person team designed and built a soft robot modeled on hermit-crab behavior. Two pneumatically actuated Ecoflex silicone legs drive a lightweight PLA chassis forward, while a central inflatable pouch grips interchangeable "shells" —…

For Stanford's ME 310 — a year-long, industry-sponsored capstone — my team ("Golf Hawks") partnered with Meta and a team from NUS to explore what Meta's AI glasses could do for sports. We landed on golf: a hands-free heads-up display built into the sunglasses golfers already wear, delivering live…

A six-degree-of-freedom Stewart platform I helped design and build, then reprogrammed into a joystick-controlled mechanical bull.

TerraTable is a dynamic terrain generator for tabletop gaming — laser-cut acrylic elements and 3D-printed caps forming a grid where individually servo-controlled squares raise and lower to create unique terrain on demand. I led mechanical design and assembly, working closely with teammates on…

As a Course Assistant at Stanford's Product Realization Lab, I managed a fleet of 22 Bambu FDM and 6 Formlabs SLA printers, coached students from concept to working prototype, and taught safe operation of 3D printers, laser cutters, and machine shop tools. I also TA'ed for ME 127/227 (Design for…