Projects
I am always working on something new.
Check back soon.
MecE 260 Course Project – Fruit Harvester Challenge
This mechanical design and fabrication project was completed alongside four other group members as part of the MecE 260 course. The goal of the project was to create a vehicle capable of knocking down, collecting, and delivering squash balls (fruit) to a storage area. This project was extremely valuable to me, as it helped me further develop my SolidWorks skills as well as my manufacturing knowledge.
Personal Project – Circuit Cube Python Interface
I wanted to be able to control the Circuit Cubes Bluetooth Battery Cube without using the default smartphone app. In order to do this, I develeloped a Python interface that communicates with the Circuit Cube via Bluetooth Low Energy.
Personal Project – Macintosh Apple Watch Clock Stand
Using SolidWorks, I made a stand for my old Apple Watch, so that it could be used as a clock. The stand is shaped to resemble the 1984 Apple Macintosh. The top of the stand has an opening so that an Apple Watch Series 5 (44mm) can be inserted, as well as an internal passage for the charging puck and cable.
Dean's Research Award – "Extending the Capacity of a 3D-Printed Multi-Articulating Hand"
My poster for the Fall 2024 Dean's Research Award poster presentation. Details the background, objectives, and results of my work.
Lego BrickLink Designer Program Series 6 – "City Scoop Ice Cream"
Submission on Bricklink website
My submission to Series 6 of the Lego Bricklink Designer Program. I created a digital model, along with instructions and high quality renderings.
ENCMP 100 Coding Contest – Bending Moment Diagram Generator
My entry for the ENCMP 100 (Computer Programming for Engineers) coding contest. It is a bending moment diagram generator. It outputs a figure containing a free body diagram (FBD), complete with support reactions, point loads, and moments acting on a straight beam.
Baccalauréat international – Évaluation interne
This investigation explores parallel curves that approximate a complex curve. This is achieved by using multiple quadratic curves regressed from points on the original. It is written in French.