A WiFi connected, RGB LED clock that tells the time in words

Some initial software and fixing light leakage

Designing power and signal routing PCBs for the WS2812b strips

Laser cutting, never-come-apart-again-fit construction and PCB mounting

ESP8266, WS2812b and a DS3232 RTC

It's CC BY-NC-SA 4.0 and all on GitHub

Building a drawing machine

Spec'ing out a final project - WordClock2.0

Writing an Android app that interfaces to the word clock over WiFi

Using the ESP8266 to drive a custom I2C character LCD

Creating a composite part from burlap and epoxy

A custom PSoC 4 board to drive a 16x2 character LCD display

PSoC 4 CapSense buttons and reading temperature using a TMP275

Machining a positive in wax, casting a negative mould in silicone and then casting some parts in plaster and plastic

Making a table on a large format CNC machine

Designing a breakout board/shield for the CY8CKIT-049 4200 dev kit, including making a solder paste mask from a Kapton sheet

Getting started with PSoC 4: flashing some WS2812b LEDs

Using KiCad to design a test board for WS2812 LEDs with an ATtiny85

Scanning a person, fixing the mesh in MeshMixer and printing a bust

Scanning a broken oven knob on the Modela and printing it

Make a FabISP (In-circuit Serial Programmer)

A press-fit cardboard WordClock2.0 (and some vinyl cutting)

Design, make and document a press-fit construction kit

Making a 3D model in Inventor of WordClock2.0

AKA "Stuff I want to make"

Making a website and planning a final project