A collection of builds, coursework, and hands-on experience. Open any project for the full write-up, drawings, and gallery.
A robot designed and built to navigate a course and deposit balls, placing 2nd at the University of Canterbury.
A portable, modular wind tunnel built for UC's Human Powered Club to introduce kids to aerodynamics.
Designing, optimizing, and fabricating an aluminium structure to survive a calculated target load.
Hands-on composite lay-up work with the 2025 final year project team on a bike monocoque.
A Python tool for finite element analysis using the direct stiffness method, built for ENME302.
Upgrading past human-powered vehicles (Maroro & Mako) to maximize speed and improve handling.
Designed aerodynamic and practical mounts for my Garmin GPS device.
More builds are on the way — check back soon.
Finite difference models of steady-state and transient 2D heat conduction with mixed boundary conditions.