This project focused on the design, fabrication, and integration of board-side connectors across multiple enclosures for the electric powertrain and low-voltage systems of the McGill Formula Electric car. To meet performance and reliability requirements, including waterproofing, durability, weight…

This project focused on improving our Formula SAE team’s accumulator cart to make it safer, easier to use, and more versatile at competitions. The old setup required four people to lift the accumulator out of the car, so we integrated a U-line manual lift table directly into the cart; now, one…

This project was taken on by two of my personal friends and me for our digital logic class. We were evaluated on our ability to independently create a functioning 3-bit up-counter and accessory features that meet strict criteria. These include, but are not limited to, FSMs, testbenches, flip flops,…