Custom industrial style automation controller integrating strict galvanic isolation and many on-board features, with a custom MODBUS automation engine.
Educational analogue stylus synthesizer with many integrated features including tuneable keys, octave capacitor banks, and vibrato.
An early-stage exploration into bioimpedance-based wearable sensing, with the long-term goal of investigating hydration and muscle fatigue monitoring. The project is currently focused on benchtop validation rather than a finished wearable device.
Always interested in discussing engineering challenges, embedded systems, and circuit design.
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An exploration into analog synthesis, noise filtering, signal modulation, and amplification.
Utilising the NE555 timer IC, I created a stylophone inspired stylus synth from scratch, featuring 4-switchable octaves, vibrato, an on-board amplifier, and individually tuneable keys.
Designed with a "modularised" silkscreen, the custom PCB shows how many different parts or sub-blocks work together in an analog circuit.
I released the project fully Open Source on GitHub, providing instructional documentation to several builders worldwide!
