Many parents want their children to develop skills that will help them stand on their own in the future.
But what those skills are has become harder to see. Good grades, entrance exams, and qualifications still matter. They just no longer guarantee that a child will be ready for the world they will enter as an adult.
In January 2025, the World Economic Forum's "Future of Jobs Report 2025" projected that by 2030, 22% of all jobs will face major disruption, and roughly 40% of the skills required for work will change.
By the time today's elementary school students enter the workforce, what will they actually have in their hands? That is the question parents and educators need to start asking now.
The Limits of School's "Find the Right Answer" Model
Japan's school system has long been optimized for producing students who can quickly and accurately arrive at predetermined correct answers — through testing, memorization, and repetition. This model served its purpose in an industrial economy that needed a reliable, standardized workforce. But in an era where AI can search, calculate, and draft documents faster than any human, the ability to produce correct answers on demand is no longer a competitive advantage.
What the coming era demands is the capacity to engage with questions that have no fixed answer and generate original responses. One researcher described this shift as moving from a "jigsaw puzzle" model — assembling known pieces into a fixed picture — to a "LEGO" model, where the builder starts with no predetermined design and creates freely from imagination. School curricula are changing, but the transition is slow. The gap between what schools teach and what the future requires is real, and it falls to families and communities to help close it.
The Top 4 Skills Employers Will Value in 2030
The World Economic Forum's 2025 ranking of the skills employers most want to see in their workforce makes the priority clear:
- Analytical thinking — the ability to structure information and identify what actually matters
- Resilience, flexibility, and agility — the ability to recover from setbacks and adapt to change
- Leadership and social influence — the ability to motivate people and produce results collaboratively
- Creative thinking — the ability to generate genuinely new ideas beyond existing frameworks
None of these can be developed by memorizing a textbook. Every one of them grows through experience — encountering a problem, thinking it through, failing, revising, collaborating, and ultimately making something. That cycle is the curriculum that matters most, and it happens largely outside the classroom.
The Quality of Experience Is What Divides Futures
What matters is the nature of the experience. Passively watching videos or completing game levels does not build analytical thinking or creative confidence. Writing a program to make a game work, assembling a computer from components, giving precise instructions to an AI tool and then evaluating its output critically — these active, making-oriented experiences are what build the skills on the WEF's list, one iteration at a time.
And access to these experiences is not equal. Families who can invest in programming classes, up-to-date devices, and digital learning tools give their children a richer base of experience. Those who cannot face a compounding disadvantage. The gap in "future-proof abilities" starts as a gap in childhood experiences — and it starts early.
What Parents Can Do Today
The answer is not to search for expensive extracurricular programs. It starts with creating space — any space — where a child can build, try, fail, and try again. Let them touch a computer. Let them explore free programming tools. Ask them to query an AI and then talk through whether the answer makes sense. Small, repeated experiences of active creation accumulate into the durable skills that no AI will replace.
This is precisely what Digital Kodomo BASE exists to provide. At our free facility in Ota City, Tokyo, every child — regardless of their family's financial situation — can work with real computers, learn programming, experiment with AI, and experience the complete cycle of making something from nothing. Future-proof ability is not reserved for children with special talent. It grows wherever children have the right environment. We will keep building that environment, one step at a time.