Students explore core physics concepts behind electromagnetic induction, including how moving magnets within a coil generate electrical current. They build hands-on circuits to convert mechanical energy into usable electricity, developing practical skills in energy transfer, circuit assembly, and quantitative measurement of voltage and current.
Designed for Years 7-10, this kit is ideal for the classroom, makerspace, or home learning. It bridges theory and application in renewable energy and electricity topics.
Covers Physical Sciences for Years 7 (ACSSU117: energy transfer and transformation) and Year 9 (ACSSU190: electric circuits and energy conservation). Also supports Design and Technologies (ACTDEK029: energy systems).
No coding required for this kit.
Recommended group size: 2-3 students. Estimated build time is 25-35 minutes, with extension experiments adding 15-20 minutes. Teachers should prepare a basic introduction to circuits and magnetic fields prior to the activity.
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