awesome-microbit

Computing challenges with the micro:bit to boost your programming skills or spice up your teaching of computer science.

A suite of teaching and learning resources to help teachers deliver engaging and inspirational lessons in Computing (K-12).

Barefoot Computing latest set of resources, teamed up with the Micro:bit Foundation, to create three activities with an outdoors theme and making cross-curricular links to science.

Kodu is a visual programming language made specifically for creating games and allow interaction with the micro:bit.

An an exciting investigation inviting school children from across the UK to survey their playground in a engaging whole class activity.

This fun learning resource has been put together to provide teachers with an all in one design & technology challenge that you can set for your students.

Example micro:bit functions to read and write to a Microchip I2C EEPROM.

Library for interfacing with an Aosong AM2320 temperature and humidity sensor over I2C.

Module for the 4tronix Bit:Bot XL Robot for BBC micro:bit.

BBC micro:bit I/O library for Python. It allows you to run code in Python on a PC/Mac/Linux/Raspberry Pi and interact directly with the micro:bit.

Python package to interface with Bluetooth devices, with examples for the micro:bit.

Library to interface with a BME280 humidity, pressure, and temperature sensor via I2C.

Forward Education 3D printed, tested and reviewed 7 different micro:bit holders to use in the classroom.

Device holder to store your micro:bit in a A4 school folder.

A star ornament to clip the micro:bit and its battery pack and hang it.

Simple battery clip for the BBC micro:bit.

A slim, nice looking, and functional snap-together case that protects all sides and corners.

A multi-purpose battery pack holder for BBC micro:bit that can stand on its own, be clipped on lanyard, or with use of velcro strap used as wearable.

Implementing a ray tracer, an algorithm which simulates light rays to render a 3D scene, to render a pyramid in the micro:bit display.

Adafruit Learning System section for the BBC micro:bit.

Article describing an experiment to add a new module into MicroPython for the micro:bit.

A varied collection of micro:bit resources by Kitronik.

Using different timing mechanisms to run multiple things in MicroPython.

Collection of blogs written about using the BitIO Python module to control the micro:bit.

A CAD 3D model of the CYLCONN surface mount 40 pin horizontal edge connector for micro:bit.

A CAD 3D model of the CYLCONN surface mount 40 pin vertical edge connector for micro:bit.

A CAD 3D model of the micro:bit through-hole 80 pin card edge connector for micro:bit.

Designing and builds the Access:bit, an add-on for the micro:bit using 3.5mm jacks for adaptive switches and I/O.

Project designed to enable unique gesture recognition for people with limited control of their motion.

A constantly updated list of accessories for the micro:bit.

The new micro:bit comes with a cardboard cut out to hold the micro:bit and battery pack, this is the template to create and customise your own battery holder.

Tutorial to write a driver in Ada for the micro:bit LSM303AGR accelerometer and make a small nerve game.

Drivers for the micro:bit on-board components and instruction on how to setup the Ada development environment.

(

How to setup an Ada development environment for the micro:bit.

Examples and tutorials for Ada on the BBC micro:bit.