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01 2026 Competitive Robotics
The world's first fully custom robot platform in the competition — ESP32 and Teensy 4.1 microcontrollers, dead-wheel odometry, camera-based object detection and pneumatics — that qualified for the WRO Americas Championship in California.
Role Mechanical design · Electrical integration · Embedded programming (ESP32 / Teensy 4.1) · Odometry system design
Technologies ESP32 · Teensy 4.1 · IMU · Camera-based object detection · Dead-wheel odometry (encoders) Achievements
Qualified — WRO National Championship — World Robot Olympiad, Montreal Qualified — WRO Americas Championship — World Robot Olympiad, California View project 02
02 2024–2025 Competitive Robotics
Competition robot for the VEX High Stakes season — picks up rings, scores them on mobile and wall-mounted goals, and hangs four feet in the air.
Role Team Captain · Lead Mechanical Design Engineer
Technologies Autodesk Fusion 360 · Autodesk Inventor · VEX V5 · Odometry · Omnidirectional Drive Achievements
Excellence Award — 1st Overall — VEX Provincial Championship Design Award — VEX World Championship 4th / 830 Teams — Skills Ranking, VEX World Championship View project 03
03 2023–2024 Competitive Robotics
Competition robot for the VEX Over Under season — pushes triballs into a floor-mounted goal and climbs 30 inches on a cascading lift.
Role Team Captain · Lead Mechanical Design Engineer
Technologies Autodesk Fusion 360 · Autodesk Inventor · Odometry · VEX V5 · C++ Achievements
Design Award — VEX Provincial Championship Think Award — VEX World Championship 8th / 820 Teams — Skills Ranking, VEX World Championship View project 04
04 2026 Competitive Robotics
Competition robot for the VEX Push Back season — collects and scores blocks using a custom intake mechanism.
Role Lead Mechanical Design Engineer
Technologies Autodesk Fusion 360 · VEX V5 · Odometry · C++ Achievements
Innovate Award — VEX Provincial Championship Think Award — VEX World Championship 12th / 865 Teams — Skills Ranking, VEX World Championship View project 05
05 2026 Mechatronics
A tripod-mounted, curved drop rig for an interactive reaction-time game — designed, built and wired from scratch in four days ahead of a Canada Day community event, on very little sleep.
Technologies Autodesk Fusion 360 · 3D printing · ESP32 · Bluetooth · Electromagnetism View project 06
06 2026–2027 Autonomous Systems
A custom autonomous robot vacuum — ROS2-based SLAM navigation, obstacle sensing and path planning, with a chassis built for a water reservoir and mopping mechanism.
Technologies ROS2 · SLAM · Obstacle Sensing · Path Planning · Python View project 07
07 2026 Design & Fabrication
Remixed designs found online into a custom five-tier stand, built to hold five drones of widely different sizes and formats.
Role CAD · 3D printing
Technologies Autodesk Fusion 360 · 3D printing · PETG View project 
