Projects

As part of the update of our sUAS quadcopter airframe model, I created new, detailed, and dimensionally accurate 3D models of components on our craft, Spirit XII. These components include our motors, propellers, batteries, and power distribution board.

Super-Resolution Generative Adversarial Network created using Tensorflow and Keras as part of a neural networks group project in Multivariable Calculus. The SRGAN model was created and trained by us, over a period of three weeks. This code is designed to run on an M1 chip.

After updating the 3D model for Spirit XII, I created new technical drawings derived from the model for future technical design papers.

3D printed mathematical equations for a Multivariable Calculus project. We wrote code to create STLs from equations, then 3D printed and calculated the printed object's deviation from the original equation. The STLs were generated using Maple.

I equipped 4 Prusa i3 MK3S printers with Raspberry Pi 4bs running Octoprint in our Robotics Lab.