Reliable places to start

These sources are well established and offer material that can be used or adapted in class.

• Micro:bit Educational Foundation: free lessons and projects for MakeCode and Python, including robotics and sensing units.

• LEGO Education: unit plans for SPIKE Essential and SPIKE Prime, with teacher notes and assessment ideas.

• Raspberry Pi Foundation: free projects, Code Club materials and online courses for teachers.

• Tinkercad Circuits by Autodesk: a free browser simulator for building and coding Arduino circuits without hardware.

• FIRST and the REC Foundation: coaching guides and engineering notebook templates for competition teams.

Planning a scheme of work

Start from your curriculum outcomes, not from the kit. Decide which computing and design concepts each unit should teach, then choose activities that practise them. A six-lesson unit might move from exploring the kit, to sequencing, to using one sensor, to a small open project.

Plan progression across years as well. If pupils use floor robots in Year 2 and block-based kits in Year 5, make sure the later unit builds on what they already know rather than repeating it with new equipment.

Bloom's taxonomy can help in writing objectives that move from recalling parts to designing and evaluating solutions. The SAMR model is useful when checking whether technology is changing the task or only replacing paper.

Build in assessment points. Short practical checks, such as asking a pupil to predict what a given program will make the robot do, show understanding better than a finished model alone.

Staff training activity

For a department meeting of 60 minutes, pair colleagues and give each pair one robot, one laptop and a printed challenge card: drive a square, then stop at a line. Spend 10 minutes on setup, 30 on the challenge and 20 on discussing classroom management, storage and which year group could start first. Teachers who have debugged a robot themselves plan more realistic lessons.

Practical management

Label every kit and keep a parts checklist inside the lid. Charge batteries on a rota. Use a shared online space, such as Google Classroom or Moodle, to hold instructions, code examples and pupil design logs so work carries over between lessons.

Finally, connect with other teachers. Regional computing hubs, subject associations and online teacher groups share tested lesson ideas and honest reviews of kits. A short visit to a school with an established robotics programme can answer more questions than hours of reading.

Key points

• Use a small number of trusted resource providers.

• Plan units around learning outcomes, not the kit.

• Let staff try a robot challenge before teaching it.

• Set up labelling, charging and storage routines early.

Photos: Gaurav Tiwari, Jelleke Vanooteghem / Unsplash