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Awesome micro:bit

@awesomemicrobit.bsky.social

📤🦋 Sharing the latest entries to the Awesome micro:bit repository, a curated list of BBC #microbit resources: https://git.io/awesome-microbit 🤖 Bot maintained by @carlosperate.bsky.social

38 Posts318 Follower231 Folgt
pro² network+@prosquared.org · 5mo ago

Have you applied yet for our 3.5 day summer school at Lancaster University? 30 places available with accommodation, meals & all course content included for just £100, plus thousands in prizes to develop the most compelling and impactful prototypes into products. Apply by 13 May: lnkd.in/etb-b6jC

A photo shows a blurry person in the background holding out an electronic device prototype which is in focus in the foreground. The device is made with a BBC Micro:bit and solder:bit gamepad components, and has a row of green glowing LED lights in the centre. Text reads '14-17 July 2026 Device Prototyping Lancaster University Summer School, Apply by the 13th of May'. Underneath are the EPSRC, Lancaster University and pro2 network+ logos.
BlogMyWiki@blogmywiki.bsky.social · 12mo ago

I made a very rough tide clock using a BBC micro:bit and an eInk display. Updates every 5 minutes, battery-powered, fixed interval between tides of 6h 12m 30s, set by flashing code with the number of seconds between tides. Next steps: setting the tide remotely by radio! #microbit

A BBC micro:bit with a Pimoroni inky:but electronic ink display showing a bar chart of tide height, an arrow to show if it's rising or falling and the temperature.Blocks of code that make it workA screen shot of today's tide times in Gwithian, Cornwall, where I am not.
Awesome micro:bit@awesomemicrobit.bsky.social · 7mo ago

🏫 Professional Development for Teachers - Teach computing: Introducing physical computing Bring physical computing to the classroom with the #microbit, using #MakeCode or #Python and control external devices like sensors, RGB LEDs, and buzzers.

RaspberryPiFoundation: Teach computing: Introducing physical computing | edX

Explore the exciting world of physical computing! Learn how to bring physical computing into your lessons using your choice of one of two devices and programming languages. Either explore what your learners can do with MakeCode block-based programming to control the sensors and outputs on the BBC micro:bit, or discover how they can use the power of the text-based language Python to control external devices like RGB LEDs and buzzers via the Raspberry Pi Pico.

edx.org