- Hosting weekly mechanical workshops to provide beginner and first year students with design experience in addressing practical problems, such as waterproof battery box design, and improve their SolidWorks skills- Oversaw and advised in the design and manufacturing of 5 vehicles, including bikes, skateboards, onewheels, and scooters- TIG welded the S24 Onewheel

- Leading a team of 20 students to build a Dutch-style cargo bike, including the implementation of a custom frame, battery, antispark PCB, display interface, and reverse engineering of proprietary motor communication protocol- Optimized frame geometry over various iterations lowering the center of gravity, improving steering responsiveness, and maximizing frame rigidity- Designed steering linkage system using SolidWorks Weldments to ensure ease of manufacturing, reducing component count by 20%

- Designed and manufactured a 24 cell LiFePO4 eMotorcycle battery pack using aluminum extrusions and waterjet-cut steel brackets- Assisted in design and Finite Element Analysis of motorcycle frame

- Manufactured a student-designed eBike by designing the frame using SolidWorks surface modelling, machining tubing, and assembling the welding jig- Designed and built a 10s2p 18650 lithium-ion eBike battery pack- Created SolidWorks workshops and design resources for new members, passing on experience gained from designing the team's first eBike- Acted as a mechanical design advisor for subsequent eBike and eScooter projects, advising on frame design and manufacturing challenges

- Manufactured carbon fiber, fiberglass, and kevlar solar car aerobody components using wet layup and resin infusion techniques- Prepared molds for composite manufacturing and thermoforming- Designed the dashboard layout to provide an ergonomic and efficient instrument cluster arrangement

- Coordinated and conducted installation of lightweight ramp replacements and placard holders on Type-A nuclear equipment shipping containers at the EnergySolutions Canada Walker Operations Facility- Led the inspection and maintenance of Bruce Reactor Inspection and Maintenance System cabling to return them to production status- Created 18 Bruce Power procedures for the inspection and maintenance of equipment such as the Tool Transfer Cart, Mover Cart, control pendants, and cabling- Managed the procurement, delivery, storage, and cataloguing of spare parts and materials to maintain an adequate inventory

- Fixed documentation defects and wrote product documentation for QNX Core OS, Security, and CLT teams for the Software Development Platform using Oxygen XML- Pioneered usage and documentation of internal tools on Linux (Ubuntu) systems- Developed C programs to verify documentation code sample accuracy across 78 networking API documents- Gathered information from source code and engineers to improve documentation- Studied "Realtime Programming for the QNX Neutrino RTOS" (QNX course at "QNX University")

- Delivered weekly aviation and leadership lessons- Oversaw training of 4th year cadets and ran the 4th & 3rd year teaching performance evaluations- Led various squadron-wide fitness and spirit nights

- Coordinated aircraft on the apron to ensure safety and traffic flow- Processed payments and answered phone calls- Monitored fleet fuel and oil levels- Performed basic maintenance in accordance with guidance from AMEs