I design and build things: from chemically powered vehicles to self-hosted infrastructure. Currently at UNSW, competing internationally, and pushing tolerances as close to zero as possible.
I'm a Mechatronic Engineering student at UNSW with a deep focus on CAD and mechanical fabrication. My work lives at the boundary between hardware and software. Where design decisions have physical consequences.
I've led mechanical design on vehicles that will compete internationally in China, run Cloudflare secured home servers, and optimised 3D printed assemblies to shave filament and time without sacrificing fit. I care about precision in tolerances, in code, and in how I explain things to others.
Outside engineering I teach HSC Physics, and I was honoured to receive the ADF Long Tan Future Innovators Award for excellence in STEM.
A model vehicle powered exclusively by chemical reactions, designed for international competition in China. Co-Led mechanical design in SolidWorks with a DfM first approach, producing precision 3D printed assemblies for cross-functional integration.
Solar-powered vehicle with a hybrid 4-panel array. Engineered an adaptive 8-switch circuit for real-time series/parallel toggling to optimise voltage and current delivery across variable irradiance conditions.
Extended Zach Freedman's modular storage system with custom Fusion 360 housings. Precision-toleranced for perfect fit while reducing filament and print time. A study in constrained DfM.
This site runs on a private home server, traffic routed through Cloudflare Tunnels to mask the home IP. An interesting project that delves into, SSH security, and building public-facing infrastructure with a security-first mindset.
I'm open to roles, research, and any challenging engineering problems. Don't hesitate to reach out.