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Plan a robotics activity for your learners

Start with one observable learning outcome, a supported hardware setup and a small test that learners can explain.

Choose the activity before the equipment

A display pattern can introduce sequencing. A game can introduce input and decisions. A stationary sensor experiment can introduce measurement and uncertainty. Choose an activity that matches the learners’ experience and the equipment you can safely supervise. The public project briefs describe experiments; they do not claim alignment with a particular accredited curriculum.

Check access and compatibility

An example lesson structure

Ask learners to predict a display sequence, run the baseline example, change one value and compare the outcome. Have them record the input, expected result, observed result and explanation. Extend the same structure to a sensor only after the simpler experiment works. This is a planning example, not a report of a classroom deployment.

Evidence of learning

Assess whether learners can explain their decision, reproduce a test, interpret a mismatch and keep useful notes. A working demo alone does not demonstrate every underlying skill. Provide an alternative logic exercise when a robot is unavailable, and keep student records inside the authorized workspace.

Discuss a classroom setup

Contact CYOBot with your learner age range, objectives, group size, hardware model, computer environment and timeline. Ask about current kit contents, availability, workspace access and support arrangements before making purchasing or lesson commitments.

Contact the CYOBot team · Explore project and tool guides · Check setup instructions