Personal Project: Satellite Analysis Toolkit

A WIP project of various tools and scripts for analyzing the functioning and behaviour of artificial satellites. Implemented an interactive ground track tool to visualize the ground tracks and ECI orbits of satellites. Includes functionality to define ground stations and perform visibility analysis. Also includes orbital propagators (two-body, three-body, circular restricted three-body) for simulation.

Personal Project: To-Do List App

A simple to-do list app built with Next.js, React, and Tailwind CSS.

Capstone Project: Kickstage Spacecraft AOCS

Final year university project involving the design and testing of a kickstage spacecraft for payload deployment in low-Earth orbit. Responsibilities included designing and simulating the attitude control system, writing tooling for simulating the spacecraft's orbits, and consulting with other technical teams involved with the overall project.

Personal Project: Simple NN Framework

A simple neural network framework written in Julia that uses reverse-mode auto-differentiation implemented by Zygote.jl. Inspired by PyTorch and tinygrad.

Course Project: Aerial Thermography System

Fourth year systems engineering course project. Involved the design and manufacturing of an infrared mapping system intended to be mounted to a drone. Responsibilities included design and assembly of electronics and writing the flight controller and ground-station analysis software.