2017 | MOE Gold Innergy Award
DC motor demonstration kit designed around content representation
The DC motor demonstration kit award shows the strength of combining apparatus, representation, and explanation. The CoRe approach keeps the physics idea at the centre while technology and demonstration design make it easier to reason about.
Why This Award Matters
The DC motor demonstration kit award shows the strength of combining apparatus, representation, and explanation. The CoRe approach keeps the physics idea at the centre while technology and demonstration design make it easier to reason about. The deeper achievement is not just the prize. It is the design habit behind the work: start from a real classroom problem, build something teachers and students can use, and keep improving it until the technology helps thinking become visible.
Strengths Worth Noticing
- Makes motor behaviour observable and discussable.
- Uses content representation to connect the apparatus to teacher explanation.
- Supports repeated demonstration without losing conceptual focus.
Alignment to EdTech Masterplan 2030
The EdTech Masterplan 2030 calls for technology-transformed learning, stronger use of AI and digital tools, and a student-centred approach to teaching and learning. This award connects to that direction in three practical ways:
- Enhances science learning through clear visual and physical representation.
- Builds teacher pedagogical content knowledge with technology-supported demonstrations.
- Supports active meaning-making around electromagnetism concepts.
Classroom Conversation Starter
Ask a teacher team: what part of this award can be made smaller and used next week? A simulation, a sensor task, a scaffolded SLS activity, an automation script, or an AI-supported manipulative becomes powerful when it is attached to a clear learning question.