Why Every Child Should Be Allowed to Take Things Apart
Children are naturally curious.
They want to know what is inside the remote, why a toy moves and what makes a light switch on. Yet adults often respond with the same warning:
“Don’t touch it, you’ll break it!”
But what if taking things apart is exactly how children learn?
Curiosity is where engineering begins
Before children can design or invent something, they need to understand how everyday objects work.
Taking apart a broken torch, old keyboard or battery-operated toy introduces them to buttons, wires, circuits, motors and switches. It turns an ordinary object into a puzzle waiting to be solved.
Children begin asking useful questions:
What does this part do?
Why is it connected there?
What makes the object move, light up or produce sound?
Could I put it back together differently?
These are the beginnings of engineering and computational thinking.
Learning does not always look neat
Meaningful learning can look messy. There may be loose screws on the table, wires that lead nowhere and a toy that never works again.
That does not mean the activity failed.
The real learning happens while children examine the parts, make predictions and test their ideas. They discover that technology is not magic. It is made from smaller components working together as a system.
That shift is powerful. Instead of seeing technology as something they can only use, children begin to see it as something they can understand and eventually create.
Try a “Tech Autopsy” in the classroom
Ask families to donate old or broken electronic items such as keyboards, computer mice, remote controls or battery-operated toys.
Working in small groups, learners can:
Predict what they will find inside.
Carefully open the object with adult supervision.
Identify any buttons, wires, circuit boards or motors.
Draw and label what they discover.
Explain what they think each part does.
The object does not need to be repaired. The goal is to investigate it.
Always remove batteries first, avoid appliances that connect directly to electricity and check for sharp parts.
From curious learners to confident creators
Coding & Robotics is not only about sitting behind a computer. It is about understanding instructions, systems, inputs and outputs and learning how different parts work together.
When we give children permission to investigate, make mistakes and ask “What happens if…?”, we develop more than technical knowledge. We develop confidence, creativity and problem-solving skills.
And here is the twist: the child who keeps taking things apart may not be destructive at all.
They may be showing you exactly how they learn.
That curiosity can be the starting point for understanding real circuits, building working electronics projects and eventually learning how robots move, sense and respond.
So the next time a child asks what is inside something broken, perhaps the answer should not be “Leave it alone.”
Perhaps it should be: “Let’s find out—and then let’s build something of our own.”
Ready to turn curiosity into something they can build?
Club Electron’s online Electronics course guides learners through hands-on projects using their own component kit. Step-by-step videos help them understand how electricity and circuits work before progressing to robotics. Parents and grandparents can even learn and build alongside them.
For educators, our SACE-accredited online Coding & Robotics course offers practical, CAPS-aligned activities for the Foundation Phase—no previous coding experience required.
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