Building things
that move.

Single-seat electric race car competing in the Electrathon Canada series. I lead mechanical and electrical — the rear drivetrain redesign was the focus of the 2025 season.

• Replaced a failing brushed single-motor system with three Kraken X60 brushless motors sharing a West Coast Products gearbox at an 11.46:1 total reduction (12:60 internal stage, 24:55 chain stage).
• Designed the motor-mount bracket through a full iteration cycle — a 3D-printed PLA prototype exposed a structural failure in the bolt pattern, so I redesigned and had the final version machined from aluminum.
• Owned CAN bus layout and per-motor current limiting via Talon FX telemetry.
• Authored the full Engineering Design Report submitted to competition.

• Led electrical system design and wiring for the 2026 competition robot.
• First student on the team certified on the Tormach 1100MX CNC mill and CNC router; trained on all shop machines.
• Programmed three competition robots (2023, 2024, 2025) in Java; led a 10-person programming team for the 2024 robot.

• Founded the project; designed and built three drone hardware iterations (v1, v2, v3) — each cycle refined the frame, power system, and avionics.
• Created flight plans and executed autonomous survey flights over forested areas to capture training and inference data.

• Developed autonomous drone software using ROS2 and DroneKit during an on-site summer internship at India's Defence Research and Development Laboratory.

• Designed and prototyped a hardware mount for optometry diagnostic equipment.
• Contributed to software design supporting system integration.

• Printing Legion Printer — fulfilled hardware print requests for projects globally.
• Construct Reviewer — evaluated member hardware grant applications.
• Organized Counterspell Ottawa (104 attendees) and Counterspell Toronto (90 attendees) — two in-person high-school hackathons totaling 194 attendees across Ontario.
• Contributor and reviewer for the OnBoard and Blot open-source projects.