Under the supervison of Prof. Robert E. Thorne, I developed a low-cost, time-resolved crystallography instrument, including a gravity-drop plunger and cold-gas manifold for sub-20 ms precision. I also redesigned the electrical system into an integrated PCB architecture, unifying legacy subsystems and improving reliability

As Controls Lead with Waterloo Rocketry, I spearheaded the design and testing of our airbrakes and canard-based active stability system,  guiding a 30-person interdisciplinary team. Seeing the canards respond in flight tests and stabilize the rocket was one of the most exciting milestones of my undergrad.

At Musashi Americas, I developed a patented smart suspension sensing technology that delivered real-time vehicle telemetry at 75% lower cost than existing solutions.

At the University of Waterloo’s OrthoTron Lab, I designed spinal tester components capable of 6-axis specimen loading, validating the design with finite element analysis. I also generated 3D-printed vertebrae models from CT scans to support biomechanical research.

At Waterloo’s Ideas Clinic, I worked hands-on with multidisciplinary teams to tackle open-ended engineering design challenges. The experience gave me an early foundation in prototyping, teamwork, and translating ideas into functional hardware.

Part in organizing the Robot in 3 Days challenge.

I deployed JIRA asset management to track the flow of over 200 pieces of equipment in the store and upgraded the issue board for a more efficient workflow.
I oversaw the equipment operation of over 40 events on campus, providing all the necessary audio and visual setups required to run the event.

I created a server for over 100+ daily active players for this personal business venture with a centralized server for players to engage on.

In this role, I assisted daycare staff in supervising and engaging with children aged 1-5 years old and supported educational and recreational activities, such as storytime, arts and crafts, and outdoor play.