Digital upgrade of an E61 style espresso machine, with custom round LCD ‘analog’ displays and a Home-Assistant enabled ESP32 motherboard.

A low-cost DisplayPort switch for sharing a single monitor/keyboard/mouse between two PCs, using simple logic and a high-speed DP mux chip.

Datasheets2 is a simple datasheet/document/PDF organizer that allows you to quickly search your collection and open specific files

pyMATE is a python library that can be used to emulate an Outback MATE unit, and talk to any supported Outback device such as an MX charge controller, an FX inverter, a FlexNET DC monitor, or a hub with multiple devices attached to it.

Viscons is a hand-crafted icon set for common filetypes used in development (eg. C header files, binary objects, schematics, 3D models), using a nice eye-soothing sky-blue theme

Over the last year or so I have been working on this project; a custom-built smartwatch! It is still very much a work in progress, and I have plans to build a new hardware platform in the future… Everything was built from the ground-up: the schematics, PCB, firmware, and PC software.

This project uses the Kinect face-tracking SDK to replace a user’s face with another, warping it to match the user. It was developed for my computer vision research project at the University of Canterbury.

As part of a Summer Scholarship at the University of Canterbury, I developed a system for detecting fire hotspots using thermal imaging cameras and remotely piloted aircraft systems (RPAS).

After making a mistake in my last design, I took the opportunity to re-design the PCB and add some extra features. This will be a work in progress so look in here for related blog posts!

As a side project, I decided it’d be neat to have a programmable wrist watch. I had an OLED lying around with the right dimensions, but I needed a breakout board to be able to use it. So instead of simply making a breakout board, I decided I’d turn it into a smart-watch platform!