When Play Turns into Learning, a Child's 'Ability to Think' Grows Significantly

"My child is always playing games or watching videos, will they be okay?"
"What skills should I help them acquire now that will be useful in the future?"

When raising children, there are many moments when you feel these kinds of anxieties. In particular, it is said that in the coming era, it will become increasingly important to have not just the ability to 'memorize knowledge,' but the 'ability to think for oneself, experiment, and create something.'

But how can we help them acquire that ability?

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The Option of 'Learning' as an Extension of Play

Recently, there has been an increase in extracurricular activities where children can learn while playing. Among them, the type of learning that focuses on 'creating something with one's own hands' and 'thinking about mechanisms with one's own head' is gaining attention.

For example, assembling parts to make something move, or using a computer to animate characters. Even if things don't go well at first, by using trial and error—asking 'How can I make this move?' or 'What happens if I change this?'—the habit of thinking is naturally cultivated.

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The Experience of 'Searching for the Answer' Instead of 'Being Taught the Correct Answer'

The interesting thing about this kind of learning is that it values the process of thinking and arriving at a conclusion on one's own, rather than being taught the answer from the start.

Things don't go well → Think about the cause → Try again → I did it!
The accumulation of these small successful experiences fosters the feeling that 'thinking is fun' and 'if I put in the effort, I can do it.'

This becomes a very important foundation that will be useful in any field they pursue in the future, not just in math or science.

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Stepping Up Without Pressure According to Age and Level

Many of these classrooms have a system that allows students to step up gradually according to their age and level of understanding. Starting with the 'joy of creating,' as they get used to it, the level gradually rises to 'understanding the mechanism' and 'making improvements in one's own way.'

Also, when there are opportunities to present their work periodically, skills like 'conveying ideas to others' and 'explaining the points they put effort into' are naturally acquired. This is actually a very important experience as well.

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Cultivating the 'Ability to Think Spatially' and the 'Ability to Think Sequentially'

Among the skills that are difficult to acquire with just workbooks on a desk are the 'ability to think about things spatially' and the 'ability to organize procedures.'

The work of thinking about the positional relationship of parts or organizing the order of movement is exactly that kind of training. Even if it looks like they are just playing, there are many scenes where they are doing quite sophisticated things in their heads.

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If You're 'Not Sure If It's Right for Them,' Try Experiencing It First

When hearing stories like this, I think some people might feel anxious, wondering, 'Is this right for my child?' But there is no need to decide whether they are good or bad at it from the start.

What is important is to 'try touching it' and 'try experiencing it.'
In the process, they might find their eyes sparkling, or you might discover an unexpected talent.

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The Trigger for Learning Always Starts with a 'Small Step'

What is important for a child's future is 'whether they can enjoy thinking.'
That foundation is firmly cultivated not only on a study desk but also through this kind of 'experiential learning.'

If you are currently thinking about 'an extracurricular activity that will lead to the future,' first take a step forward in the form of a trial. From there, unexpected growth might begin.

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