Projects List

TaskFlow is a SaaS platform designed to simplify project management for remote teams. The goal was to create a clean, intuitive interface that would allow users to manage tasks, set deadlines, and communicate with their teams seamlessly. My role involved designing the entire user interface, focusing on usability and aesthetic appeal. I collaborated closely with developers to ensure the design was not only beautiful but also functional, with a responsive design that works across all devices.

Link to the slicer: https://brickit.netlify.app/

Helped build composite airframe (fin-can/fuselage) for Waterloo Rocketry Aurora rocket. Controlled mass properties and geometry for predictable flight stability.

I’m currently working on a project to streamline airfoil data generation and validation for flight simulation. By integrating XFLR5, XFOIL, and polar2afl, I can efficiently calculate lift, drag, and moment coefficients, then convert the output for X-Plane’s \texttt{.afl} file format. Airfoil Maker is used to customize characteristics like flap behavior, followed by iterative tuning and flight-testing in X-Plane to refine aerodynamic performance.

Mech Days was a 2 day long buildathon organized by the University of Waterloo at the E7 IDEAs Clinic, where my team (Joseph Schurmann, Victor Radu, Kingsley Fong) and I got to collaborate on creating a ping pong ball elevator powered solely by gravity.

Ball Pursuit is a dynamic, two-player tabletop game that offers a fresh take on a mix of classic playground and arcade activities. The two players go head-to-head using multiple “Bumpers” interconnected by a system of “Tracks” to control their marble-sized balls inside a shell. Each ball is assigned to the role of its player; one controls a "running" ball, while the other operates a “chasing” ball. It is essentially a game of tag, where one player aims to tag the other within a specific time interval.

Led a team of eight to pitch a sustainability solution to the Ivey Business School, developing a nine-component filter assembly aimed at reducing Tetraethyl Lead emissions from general aviation aircraft. Using Fusion 360 and AutoCAD, we created an exploded view, engineering drawings, and a 3D-printed prototype. We then collaborated with an Engineering Professor to conduct CFD simulations in OpenFOAM, validating the filter’s effectiveness.