Engineering Physics student specializing in mechanical design, prototyping, and material science. From fiberglass hulls to robotic end-effectors — I turn ideas into hardware.
Boat / Windsurfing
Mechanical team lead for Queen's autonomous surface vehicle. Engineered fiberglass hulls from FDM mold components.
Designed a robotic arm end-effector prototype in collaboration with the Canadian Space Agency.
Designed, prototyped, and sold an FDM-printed gauge measuring wing angle of attack for Olympic windsurfing.
Leading hull design, fabrication, and project coordination for an autonomous surface vehicle competing at RoboBoat 2026.
Collaborated with the CSA to design a robotic arm end-effector, applying FEA-driven optimization for additive manufacturing.
Represented Canada in iQFOiL windsurfing at the international level.
Nationally ranked top five U18 in multiple disciplines. Competed at NORAM Finals in Downhill and Super-G.
Organized and coached summer camps for youth sailors in a high-performance dinghy program.
Mentored a cohort of 25 incoming students, facilitating their transition to engineering at Queen's.
I'm looking for internship opportunities for starting Summer 2027. If you're working on applied physics, mechanical design, or areospace — I'd love to hear from you.