Projects

Awards
For the Canadian Engineering Competition my team traveled to McGill University in Montreal, QC to compete against the winners and runners up of the Ontario, Quebec, Eastern Canada, and Western Canada competitions. In this competition, the challenge was to create an amphibious vehicle that could travel across grass, sand, and water. Every team came up with a similar design where the wheels doubled as paddles in the water, but our team had some distinct aspects of our design that set us apart.

We created a unibody design out of one piece of foam that decreased seams allowing our vehicle to be waterproof. We also chose to gear down our motor to provide more torque to the wheels at the cost of speed. This proved to be very effective because it was the extra torque gained was essential for traversing the uneven terrain and it would have been difficult for the wheels to get any traction if they were spinning any faster. These strengths in our design helped us finished tied with one other team with the best performances in the testing period. Our ability to justify our design and our efficient use of our budget gave us the edge and made us Canadian champions.
The Ontario Engineering Competition had the same format as the Waterloo competition and consisted of the 14 teams from around Ontario that won their University`s qualifier. The challenge was to create a prototype of an emergency relief shelter that collapsed to the smallest size possible and popped up at the press of a button. We created a folding device that used elastics to pop open. Most of the teams managed to complete the objective including us, but our well rehearsed presentation helped us finish second and advance to the Canadian competition.
The Waterloo Engineering Competition is Waterloo's qualifier for the Ontario Engineering Competition and is held twice per year. The Junior Team Design Category challenges teams of four first and second year engineering students to design and build a solution to a previously undisclosed problem. The teams then have to present their design to a panel of judges consisting of professors and industry professionals. The fall 2010 competition challenged the 22 participating teams to launch a projectile at targets on the ground at varying distances.

My team's solution was a miniature ballista powered by elastic bands with a sled for the projectile to sit on. We had a pin mechanism to launch the ballista and we drilled a series of holes to customize the power. During testing we fired it from each pin position and measured the distance the projectile traveled so we could configure it accurately. This testing paid off during the presentation when we were the only team that managed to hit all of the targets. Thanks to our ballista's performance and the strength of our presentation we were selected to represent Waterloo at the provincial level.
The first university engineering competition in which I participated was the IEEE First Year Rocket Design Contest. In this competition, my team of four built a rocket from a kit we received, using modeling software to help determine the wing shape. The goal of the competition was to launch the rocket and have it land as close to the launch site as possible after successfully deploying its parachute. The biggest challenge was correctly aiming the rocket to achieve the maximum accuracy. After our first launch landed on the median of a nearby road, we were able to make the adjustments necessary to win the competition by landing less than 50m from the launch site.