Overview

As mentioned in STM32F0xx DigitalIO / AnalogIn PCB, one of the main motivations behind this project was to learn more Rust.

If Rust turns out to be genuinely useful in an embedded setting, I definitely won’t be subjecting myself to C again anytime soon. Just kidding — I like you, C… …nah, not really. 😄

Overview

I decided to try my hand at developing a distributed I/O system based on the STM32F0xx MCU.

The goal was to create a small, flexible board that could be used in a variety of automation or control scenarios, while keeping the cost low and the design relatively simple.

Overview

Decided trying my hand at creating a modular industrial backplane, the idea here is creating a pluggable system with a variety of different modules. The modules in this case could be different MCU modules with options for say faster or slower MCU’s or different logic levels for Input/Outputs.

Some images captured at my wedding, held at Te Puna, New Zealand.

The various vehicles I owned before Immigrating to New Zealand