Braking system with an electrical actuator to autonomously stop the car in addition to a mechanical energy storage system that would bring the car to a full stop in case of electrical failure.

Redesigned the Brake Pedal Tray for more strength without any welding required.

I designed a reduction gearbox as one of my projects in my Mechanical Engineering Design class.

I designed the University of Toronto Formula Racing Throttle Pedal Tray for the UT22 car.

A grasping deployable tree station designed for acquiring temporal data in forest canopies for environmental monitoring.

In Progress

Kava bowl designed to complement a friend's business idea.

An entry level, professional grade, desktop CNC milling machine focused on aluminum rapid prototyping in an office or other non-industrial setting.

Brake Rotor Finite Element Analysis in ANSYS for Brakes System Section of University of Toronto Formula Racing Team.

The first revision of the front wing was designed for the University of Toronto Formula Racing Team.

The CFRP sandwich panel floor that supports the pedal box was made in a hand layup.

Swan-neck chassis inserts made using a lathe.

As part of a team course design project, I designed a 4-axis entry-level desktop CNC milling machine intended for use in small design companies.

C-Beam Mould CAD and C-Beam Carbon Fibre Layup.

Receiving feedback from my peers and analyzing it, has been very helpful for me to develop my skills in a team setting, and as a leader.