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
Introduction to AI
Take your first steps with AI. Develop your understanding and experience of AI and machine learning in our new course, presented by Arm engineers.
Available on EdX.
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)
