4-WAY TRAFFIC LIGHT
Four-way traffic control with pedestrian crossing logic, timers, counters, sensors and HMI.
HELLO, I'M
Computer Engineering student, builder, gamer, problem-solver — and probably someone who will spend way too long figuring out why something isn't working.
I'm studying Computer Engineering at CPUT, but that's only one part of the story.
I like understanding how things work — whether that's a program, a network, a Linux machine, a PLC, a piece of hardware or a cluster of computers. Most of my favourite learning experiences have happened when something broke and I had to figure out why.
Outside engineering, I'm into Gaming, Music, YouTube, and Anime. I'm a big fan of finding something interesting and going down the rabbit hole until I know way more about it than I planned to.
My degree has taken me from programming and electronics into networking, automation, embedded systems and Linux. The fun part is where those areas overlap.
THE CLUSTER
CHANGED THINGS.
My team and I qualified to represent CPUT at the CHPC Student Cluster Competition National Round 2026. The experience pushed me into the kind of practical systems work you can't fully learn from a textbook.
Four-way traffic control with pedestrian crossing logic, timers, counters, sensors and HMI.
Ultrasonic and temperature sensors integrated with motor control into one practical embedded system.
On/Off temperature control designed in MATLAB and Simulink, then deployed to physical hardware.
Seven-segment display designed from basic logic gates using binary truth-table logic.
Hands-on work with head and compute nodes, SSH keys, NFS, networking, firewall behaviour and cluster configuration.
Noorder Paarl High School
Engineering Technology — Computer Engineering, CPUT
CCNA foundations and Introduction to Cybersecurity
Engineering Technology — Computer Engineering, CPUT
Representing CPUT at the Student Cluster Competition
Sometimes the engineering brain needs to switch off and watch someone else deal with chaos.