ASE 2025 Annual Conference

Cheap and easy to use microcontrollers such as Arduino, BBC Micro:bit, and the Crumble are an excellent way to enhance your 11-18 physics curriculum. In this session we showcase and practice how to integrate strands of the computing curriculum into the physics classroom with hands on demonstrations of how you can build on your students programming skills.

Programming RGB LEDs to model the life cycle of stars (KS5 Physics)

Coding a reaction time experiment (KS3-4 Physics)

Visualising potential divider circuits (KS4-5 Physics)

Sensing circuits and control (BTEC/Vocational) is presented as a curriculum case study:
We teach a module focusing on sensors and transducers as part of the Applied Science BTEC course. To escape the monotony of multimeters, we have adapted the scheme of work to incorporate Micro:Bits instead. Using simple breadboard circuits to connect various sensors to the Micro:Bit, and quick drag & drop coding to retrieve data from them, we get meaningful readings which can be immediately put into contextual applications. In one experiment we use a reed switch to sound a burglar alarm, in another we make an LED array tell the user if their plant’s soil is too wet, too dry or just right. Students leave equipped with the theoretical knowledge of how sensors work, the practical skills to use them in real-life scenarios, and the confidence to explore further.