Hardware & Fab
Arduino and ESP32-class microcontrollers, 3D CAD and printing — including a lot of hands-on troubleshooting — laser cutting, and PCB design. Part of the team behind GynaeCam, a handheld cervical cancer screening device built at TCTD.
Biomedical engineer turned maker and product-minded designer. Comfortable with a soldering iron, a CAD file, or mapping out how someone should move through an app — and just as deliberate about how I spend time off the clock.
I trained as a biomedical engineer, and I've spent years since then inside a makerspace-style lab — the kind of place where you go from soldering iron to CAD file to app wireframe in the same afternoon.
Some of that work has gone into medical devices, built as part of a larger team rather than solo. Alongside that, I'm the person colleagues come to when a new app needs its framework mapped out — how a user actually moves through it.
Slowly transitioning toward design while keeping the engineering underneath it. Outside of work, that same instinct — figure out what actually matters, then get good at it — shows up in what I play, not just what I build.
Arduino and ESP32-class microcontrollers, 3D CAD and printing — including a lot of hands-on troubleshooting — laser cutting, and PCB design. Part of the team behind GynaeCam, a handheld cervical cancer screening device built at TCTD.
Not a coder — but the one who maps out an app's framework and how a user navigates it before anyone writes a line of code. Structure and flow, not syntax.
Freelance training for kids and adults on makerspace fundamentals — 3D printing, circuit design, and the basics of AI and data science.
Freelance CAD modelling for companies, from concept geometry to print-ready files.
Open to freelance work across this full skillset — not just CAD.