AI can write essays.
Search engines can answer questions.
Information has never been more accessible.
A child can learn about dinosaurs, planets, ancient civilisations, or the human body in seconds. Facts that once required hours of research are now available instantly.
So why should children still spend time playing games?
While technology is becoming better at providing answers, the ability to think remains human. Thinking is not something that can simply be downloaded, memorised, or automated. It must be developed. That is why play matters more than ever.
For generations, education focused heavily on access to information. Knowing more often meant having an advantage. Today, information is abundant. The challenge is no longer finding answers. The challenge is knowing what to do with them. Children growing up in the age of AI will need more than knowledge. They will need curiosity to ask meaningful questions. Judgment to evaluate information. Adaptability to respond when circumstances change. Creativity to connect ideas in new ways. These are not skills that emerge from memorization alone. They develop through experience.Play provides some of the richest experiences for developing them.
When children play a meaningful game, they enter a world of decisions. Every move has consequences. Every choice creates new possibilities. A strategy that worked a moment ago may suddenly fail. An unexpected action from another player may require an entirely new approach. In these moments, children are not simply following rules. They are analysing situations, testing ideas, making predictions, and learning from outcomes. The game becomes a laboratory for thinking. The goal is not just to win. The goal is to learn how to navigate uncertainty.
Every important discovery begins with a question. Play naturally encourages children to wonder.
What happens if I try this?
Is there another way?
What am I missing?
Could this work instead?
Unlike environments that reward only correct answers, games invite experimentation. Children are free to test ideas, take risks, and explore possibilities. Curiosity becomes part of the process rather than a distraction from it. Curiosity is often where learning begins.
Many children grow up believing mistakes should be avoided. Games teach a different lesson. Mistakes are information. A failed strategy reveals something new. A poor decision provides feedback. An unexpected outcome creates an opportunity to reflect. Players learn that mistakes are not endpoints.They are clues. The ability to learn from failure is one of the most valuable skills a child can develop in a rapidly changing world.
Imagine a child playing a strategy game. They have spent several turns working toward a carefully planned goal. Everything seems to be going according to plan. Then another player makes an unexpected move. The original strategy no longer works.Now the child faces a choice. Continue with a plan that no longer fits reality, rethink the situation and find a new path forward. This moment is about much more than a game. It is an exercise in adaptability. The child is learning how to respond when expectations and reality no longer match. That lesson extends far beyond the game board.
Artificial intelligence can generate information. It can summarise articles. It can answer questions. But it cannot replace human judgment. It cannot replace curiosity. It cannot replace imagination. It cannot replace the ability to interpret complex situations through lived experience. As technology becomes more capable, these human abilities become more valuable, not less. The future will belong not simply to those who can access information the fastest. It will belong to those who can question it, interpret it, connect it, and use it creatively.