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My team's 2026 robot, built from our Onshape CAD one subsystem at a time. Scroll to build it.

00 / 04 Scroll to build Four subsystems, in the order they bolt together.

exploded view play a match of REBUILT →

WASD drive, field oriented
QE rotate · esc park
collected 0 / 14

Resume · hardware · sheet 1 of 1

Built it.

The robot above is my team's; here's what else I've designed, wired and shipped.

2026
Archimedes Division Winner at the FRC World Championship, and an Einstein Field appearance.
2026
Northern California District Championship Finalist
2026
Winner, Silicon Valley District Event · Industrial Design Award
2026
Winner, Half Moon Bay District Event · Excellence in Engineering Award
2025
Autonomous Award at Pinnacles
2024
Rookie Inspiration Award

Mar 2024 – now

Software & Operations · Fremont, CA

Shoot on the move: integrated airtime interpolation, a five-step iterative lookahead and angular feedforward into our 2026 robot's aiming in Java/WPILib, porting and adapting Team Ninja's approach.
Added a rotation lock, an autonomous routine and BLine path following; tuned the intake, feed and hood angle; helped map the shooter lookup table that sets motor velocity and launch angle from live distance.
Helped wire the swerve drive and build the robot, and coordinated strategy and alliance play.
Raised $7,000+ through grants, sponsors and merch, and designed the team's branding and merch.
Mentored 3 FIRST teams and helped teach a robotics summer camp for 30+ kids.

High school

FRC community · accessibility

Represented Neurodivergent of FIRST and made an accessibility presentation shown at the FRC World Championship.
Helped set up quiet rooms and sensory tools at district competitions.
Designed and 3D-printed 45 sensory fidget toys for Friends of Children with Special Needs.

Jan 2025 – now

reThink64 · Bioengineering · Fremont, CA

Designed a multiplex diffusion-cell fixture in Onshape (with Claude over MCP) and printed it on an A1, so the lab could run up to 96 transdermal-delivery tests in parallel instead of buying a ~$500 commercial Franz cell for each.
Each printed unit uses about $1.56 of filament. The team evaluated it against commercial Franz cells, and the manuscript is being prepared for publication in Nature Biomedical Engineering (impact factor 26.3).
Worked with 3D printing manufacturers to recycle thousands of the lab's waste polypropylene pipette boxes into printer filament for structural parts.

2026

Quo Labs · Cyrano · San Francisco, CA

Quo Labs (hardware builder), backed by a16z and a16z speedrun: assembled, wired and validated the electronic and mechanical systems of Sam, an emotionally intelligent eldercare robot that automates medication cycles and family communication, including 3D-printed parts.
Cyrano: short-term mechanical prototyping and camera-system work.

Apr 2025 – now

Personal project · with collaborators

A camera and wristband that guide visually impaired users through fine-motor tasks, like finding objects while cooking, by turning what the camera sees into haptic pulses.
Built the vision backend (FastAPI with Detectron2 object detection) and an LLM-assisted serial link that turns object coordinates into haptic feedback. We designed the first prototype in Onshape.
Working on Octaby v2 @ Art Building in UW

2026