A child can now ask AI how to make almost anything. It can suggest a design, list the steps and produce a convincing picture of the finished object. That can be useful. But the picture cannot tell the child whether the wood in front of them will split, whether their measurements are right, or why the saw keeps drifting away from the line.
For those answers, they have to pay attention to what is happening in their hands.
A place to try, observe and adjust
The workbenches for the new Sloyd Workshop project at SD Kristen Widya Wacana Jamsaren have been specially designed for children. Each has four custom built-in vices that hold the wood firmly at the bench edge. Children do not have to hold the workpiece with a hand close to the sharp saw teeth. They can keep their free hand well away from the cutting line, giving it more space from the blade if the saw slips or jumps. An adult checks that the wood is secure and supervises each cut.
At a woodworking bench, a child begins with an idea and meets the material as it really is. They measure, mark, secure the wood in a vice and try a cut. They notice whether the saw cuts as they push, as they pull, or in both directions, and listen to how its sound changes. As they work, they smell the freshly cut pine and see its beautiful grain emerge. Every piece has its own pattern.
Perhaps the cut goes wrong. They have to look closely, work out why, and decide whether to adjust the tool, change the plan or begin again. The wood gives them immediate feedback.
That process matters beyond woodworking. Children practise making decisions, noticing mistakes and finding a way forward when instructions are not enough. They learn that an answer which sounds right still needs to be tested. They also experience the satisfaction of saying, “We made this,” knowing what they did to get there.
Making and thinking in an AI world
UNESCO’s AI competency framework for students emphasises the importance of judging AI’s answers critically, as well as learning to use it. Woodworking gives children a tangible way to practise asking, “Does this actually work?”
Practical learning is receiving renewed attention in schools, too. In September 2026, the UK government announced plans for greater emphasis on practical skills and assessment in GCSE subjects in England, including Design and Technology.
AI can be part of that learning. A child might use it to explore possible designs or ask why one joint might be stronger than another. Then they can bring the idea to the bench and find out. AI can suggest possibilities, but the child still has to observe, judge and take responsibility for the work.
I do not think children need to choose between traditional skills and new technology. They need opportunities to use both thoughtfully. In a world where polished answers and images can appear in seconds, making something slowly and carefully has a practical value. It lets a child discover the difference between an idea that looks good and one that works.
What can parents look for?
A practical activity does not have to produce a perfect object. Look for chances for a child to plan, use suitable tools with close guidance, notice what happened and decide what to try next. The thinking belongs to the child, even when an adult helps keep the work safe.
The new Sloyd Workshop project at SD Kristen Widya Wacana Jamsaren in Surakarta, Indonesia, is exploring how children can learn through hand-tool woodworking. The objects they make may be simple. The decisions involved in making them are anything but.
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