Projects

Autonomous Machine Learning Rover

Designing and building a rover that utilises artificial intelligence and machine learning through computer vision combined with Internet of Things to plot, map and analyse upon deployment.

Research resulted on my code being implemented on all Ubuntu Distributions affecting over 40 million users.

The rover uses a Raspberry Pi, Virtual Private Networks and Computer Vision to communicate with hardware.

NASA MINDS

Designing an inventory tracking system for implementation in the NASA Artemis Mission.

Utilising an RFID network to monitor and track gear and instruments in a given area with centimetre accuracy.

My designs include usage of Arduino in conjunction with RFID and radio equipment.

Self-Piloting Rocket

Using 3D printed parts as well as Arduino, electrical components and F grade rocket engines to build a rocket that flies and lands by itself.

Designed circuitry and software in C language for the rocket’s stability.

Calculated the rocket's flight trajectory using Physics and Mathematical principles.

President of the Applied Engineering Club

Created the first active applied STEM club on Campus, garnering 200+ members in a year.

I personally hold workshops and presentations for artificial intelligence, electronics, circuitry and programming to educate and enhance the skills of club members.

Acting liaison with organisations such as IEEE and guest speakers.

I oversee all club activities, projects and competitions to assist in development and report progress to the dean of engineering.