
Robotic Arm: From Motion to Mechanism
A robotic arm designed to follow input from a sensor glove using IMU and other sensor data. Currently working on CAD for the hand, starting with a segmented index finger.
See the build planMECHATRONICS @ WATERLOO
Building cool stuff.
At cool places.
I'm a first-year Mechatronics Engineering undergrad at the University of Waterloo, interested in robotics, software, electronics, and mechanical design. I like figuring out how things work, then building something of my own.
01 / THE BUILDS

A robotic arm designed to follow input from a sensor glove using IMU and other sensor data. Currently working on CAD for the hand, starting with a segmented index finger.
See the build plan
A hands-free Windows workspace launcher that recognizes a snap gesture and arranges four productivity applications across two displays.
Explore project
A classroom attendance prototype using infrared remote inputs to identify users and record check-in and check-out events, with a 16×2 LCD showing status and session duration.
Explore projectA compact bedside air purifier developed as a team project through Junior Achievement of British Columbia, where I led production, operations, and quality control.
Explore project02 / EXPERIENCE POINTS

Electrium Mobility: Skateboard F26
Developing CAD models of the motor enclosure and mounting base while sourcing electrical components for the Fall 2026 electric skateboard.

Biomechatronics and NeuroSpine Lab, Simon Fraser University
Reviewed video observations for an ICBC-funded electric-scooter study, developed a documentation SOP, and flagged uncertain observations and camera-calibration issues. Gained exposure to MADYMO through guided demonstrations and hands-on exploration.

Junior Achievement of British Columbia (KPMG)
Led BreatheWell production in a 10-person student company, coordinating procurement, customization, and assembly of 100+ units. Managed inventory, pricing, and quality assurance.

03 / BEHIND THE BUILDS
My experience includes research at Simon Fraser University's Biomechatronics and NeuroSpine Lab, developing a compact bedside air purifier through Junior Achievement, and building gesture-recognition and embedded-systems projects like Gauntlet and an Arduino attendance tracker.
I like projects that bring code and physical things together. Right now, that means working on CAD for a robotic arm, starting with one finger, and building my foundations along the way. I'm always up for a good idea and the chance to learn something new.
Still learning. Still building.
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