Projects

Here are some of the projects I have done in reverse chronological order.

Please Note that these aren’t all of the project I have worked on, but those I have selected to present as part of my portfolio.

Creating these pages and editing them is an ongoing project - Currently all of the following are nearly complete, and they only require final editting/formatting.

chrome-A for LibreGameFest GameJam Sept- Sept 2023

I created a 2.5D exploration game with two other students at TMU within a week. It was a good taste to see how game creation worked.

Covid-19 Daily Stats Android App Oct - Nov 2020

I created an android app that tells the day’s Covid-19 statistics for any country or the world, using webservice api disease.sh to aggregate data from Jphn Hopkins University

Capstone with SolarShip Sept 2018 - Apr 2019

I collaborated on a team of 4 to design an airship ballonet regulating valve. This was a year-long capstone project.

Turtlebot2 Coding Challenges Jan - Apr 2019

Collaborated with 3 others to design and code the Turtlebot to complete 3 challenges: 1) mapping and object avoidance, 2) path planning and image identification, and 3) emoting and user interaction.

Lac Megantic Accident Analysis Jan - Apr 2019

With 3 other teammates, we researched the accident to apply CAST, a systems-engineering approach to accident analysis.

Note: Only contains images and very rough sentences.

PID Controls: Motorized Pendulum Sept - Dec 2018

I cooperated on a team to create PIDs controls that would force a rotor-powered pendulum to always be at a set angle. Any displacement would be immediately corrected.

Lap Joint: FEA and Design Jan - Apr 2017

I worked with a partner to design a lap joint between an acrylic and aluminum sheet. We usd FEA on ANSYS and iterated design with Solidworks to reduce weight and determine the highest Ultimate Strength.

Heat Sink Testing Jan - Apr 2017

I worked on a lab team of 4 to find the optimal placements of 2 heat sinks on 3 heating blocks. I derived the modifided heat transfer equations and also coded in MatLab the Gauss-Seidel numerical method to solve the temperature of each node.

Automaton Toy Design Sept - Dec 2016

Cooperating with 4 other members, we created a nutcracker automaton that would crack a walnut using realistically human motions of someone swinging a hammer down.

 

List of all projects