A simple tutorial showing how to use Arduino and Python to make some sound-reactive LED lights!

For Year 13 Graphics & Design, we were tasked to find a real client and design a project for them. My clients were my parents, who wanted to build a house on an empty section they have.

My first blog post here, showing some spectrograms of an RFM23 transmitter module. This post was mainly for testing the capabilities of my website.

In this, I show how you can add extra parts to the PicKit2 programmer, so you can program Microchip's newer PIC24 devices.

A coffee table made from an earthquake-damaged LED backlit TV

In this tutorial, I will show you how to properly control an LEDs brightness using <a href="http://en.wikipedia.org/wiki/Pulse-width_modulation">PWM</a>. It isn't as simple as you think!

An overview of a collaborative 3D-printing project between me and a friend

A simple program for quickly accessing datasheets

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!

Experiments with Repaper's e-Ink display, and driver code for the PIC32

How to add the latest PIC24 chips to the PicKit2, plus an advanced GUI for editing the device file

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!