Teacher Communities and Training
How the Arm School Program Helps
Download our brochure to find out about the range of support Arm provides for schools (K-12).
Communities of Practice for Teachers
Join one of our communities to access events, resources, and peer-to-peer support.
Innovation Days
Bring computing to life by organizing an exciting design competition for your learners.
Resources for Teachers and Learners
Micro:bit Project Book
An introductory book of projects guiding learners from first plugging in their micro:bit to programming in Python. Suitable for all ages.
Arduino Projects for Schools
A hands-on introduction to microcontrollers, the internet of things and data science. Ages 11-18.
Raspberry Pi Pico Projects for Schools
Raspberry Pi Pico Projects for Schools: Explore cutting-edge topics in Computing, including ML and IoT. Ages 16-18.
Computing on micro:bit
Interactive activities and engaging projects with MakeCode as the programming interface. Ages 7-14.
Robotics and IoT
Projects use micro:bits and peripherals to create autonomous cars and smart cities. Ages 11-16.
Programming with MicroPython
Introduction to programming in MicroPython on a micro:bit. Ages 11-16.
Smart Schools on Arduino
Accessible and engaging projects based on the more advanced features of Arduino in real-world contexts. Ages 11-18.
Grades 5-7 Computing Course
A complete curriculum covering grades 5 to 7 based on a project-based learning approach using micro:bits and MicroPython. Ages 9-12.
Computational Thinking Tasks
Resources for the UK GCSE on computer science computational thinking, with interactive activities. Ages 14-16.
Robotics Competitions
Arm is a proud partner of FIRST Robotics in the US and FIRST Tech Challenge in the UK.
Click on the links to find out how you can enter a team.
Communities of Practice for Teachers
Arm is proud to support two growing communities of practice, which help teachers in applying a combination of project-based learning and physical computing to teach STEM and Computing. Physical computing devices, such as the Micro:bit and devices from Arduino and Raspberry Pi, encourage learners to experience the subject as creative and social experiences, as well as a means of solving real-world problems.
Members of each community can:
- Enjoy the opportunity to network with peers, to share their own experiences, to discuss challenges of teaching, and expand their knowledge and understanding.
- Join online events.
- Gain Arm-branded digital badges the more involved you become in the community.
How Do I Join?
Visit our partner websites to join the online communities of practice:
Computing At School Physical (CAS) Computing Community
Computer Science Teachers Association (CSTA)
