A school re-built for the world children are actually growing into.

A child often learns something differently once they can feel the gap in their own knowledge.

Imagine a class designing a café to open for real customers, for an afternoon, with actual money. The café keeps losing money on paper — and suddenly percentages matter, because working out the margins is the only way to make it work.

The maths suddenly has a job; it isn’t just another abstract exercise any more. It’s the thing standing between them and a café that opens.

That is what we mean when we say the knowledge should sometimes be load-bearing. The activity doesn’t merely illustrate what was already taught. The child actually needs the knowledge in order to get somewhere.

If the bridge won’t stand, geometry matters.

If they’ve got an argument they genuinely want someone to believe, the writing matters.

That is a completely different object from a practical activity bolted onto a lesson to make it look engaging.

Underneath this is a claim about motivation.

It’s a little like learning a language for a country you’ve never visited and know almost nothing about.

You need to make the destination vivid, important and interesting before the work of getting there makes sense.

Schools tend to treat the desire to learn as either a trait a child happens to have or a mood a teacher conjures on the day. It’s neither. It has a sequence, and the sequence can be built:

A desire → a problem you can’t yet solve → hitting the limit of what you know → teaching → practice → using it for real

The first steps are also the easiest ones to skip. Why should this child care enough to push through the difficult part?

A six-year-old and an eleven-year-old shouldn’t be taught the same way.

Younger children need more direct instruction, firmer structure, and much more help deciding what deserves their attention. They don’t yet have enough in their heads to discover much on their own — so we teach explicitly, and let the application follow.

As knowledge and maturity grow, we hand more over. An older child can increasingly meet a problem first, make an intelligent attempt, find out what they’re missing, and then learn the formal method — and it tends to stick harder, because they went looking for it.

So the method matures with the child, rather than one fashionable approach being applied flat from five to eleven.

A child learned percentages six weeks ago — do they recognise that today’s problem needs percentages, without being told?

They were taught a way through a hard task — do they reach for it when they’re actually stuck? They learned to check whether an answer is sensible — do they notice, on their own, when they’ve just worked out that six tins of paint will cost £4,700?

That’s much closer to what we mean by learning. The knowledge has become available to them. It turns up when it’s needed.

This changes what a report should say. Maths: 82% isn’t useless, but it tells a child very little about themselves.

Something like:

I can cost the materials for a small build, explain my assumptions, notice when an answer makes no sense, and work out where I went wrong.

gives them a usable picture of what they can actually do.

So we’re making a deliberate decision to depart from CAT-style tests and exam-board assessment, and to build instead a growing map of each child’s real capability and self-acknowledged competence.

The recurring pedagogical question is:

Can you show me what you can do?

Because that’s what the real world asks too.

We take children’s interests seriously. A child gripped by horses, football, or Ancient Egypt has enormous educational potential in front of them.

But you can’t organise a whole education around existing interests, for a simple reason: children can only be interested in what they’ve already encountered.

A child doesn’t know they might love structural engineering until someone shows them how a suspension bridge holds itself up. They don’t know they might care about architecture until someone shows them why one building feels alive and another feels dead. They may never discover electronic music until somebody puts a synthesiser in front of them and shows them how a sound is built from a waveform.

A plain chair becomes a different object once someone points out the joinery, the materials, and the decisions hidden inside it.

And often that first encounter needs a knowledgeable adult to make the interesting part visible.

Part of education, then, is not simply asking children what they’re interested in; it’s continually putting worthwhile things in their path — giving them room to follow whatever catches hold, while steadily enlarging the world those interests can come from.

Children write better arguments when they actually know something worth arguing about.

A child can make a much better case about whether a new road should be built when they understand transport, land, cost and the people affected, and can push back on an AI answer about cooking when they understand food. They can see why a writer’s case is weak when they understand what’s being argued about.

Knowledge gives thought something to work with. So we don’t want children merely collecting facts — but we won’t ask them to think deeply with an empty cupboard either.

We like projects. We’re also fairly wary of what usually gets called project-based learning.

A child can spend two weeks building something interesting and not learn much mathematics, science or writing in the process. Doing something practical isn’t automatically the same as learning through it, and one project rarely gives enough repetition to make anything fluent.

The real opportunity is not “less Maths and English” and more projects, but not acting as though Maths and English only take place within their respective lessons.

For example:

A child calculating scale in engineering is doing Mathematics.

A child making a historical argument is doing English.

That lets us protect the explicit instruction that matters while moving enormous amounts of meaningful practice into science, history, engineering, business and projects.

The distinctive balance is becoming embedded practice within useful, load-bearing projects.

We want a school where children eventually have unusual freedom — to pursue interests, make things, go deep, and take real responsibility for their own learning.

That doesn’t mean a vague place where everything is optional and adults are afraid to say pay attention, try again, you haven’t got this yet, this matters.

If anything, freedom needs more structure underneath it, not less.

Strong foundations. Clear standards. Adult authority. Good habits. Serious expectations.

Real freedom becomes possible precisely because the child has the tools to use it.

A child without history, literature, science and a sense of our shared cultural inheritance is badly equipped to understand the present or play a serious part in our nation’s future.

We don’t think children are better prepared for what comes next by becoming detached from the country and wider civilisation they have inherited: its history, literature, music, religion and traditions.

Quite the opposite.

School should prepare children for the future, yet take the best from the past.

That means rightly instilling a sense of civic pride, cultivating their sense of distinct British citizenship, and actually passing things on.

A respect for the past means understanding its lessons; the bad and the ugly, as well as the good.

A child’s only homework, every day, should be to run home and tell their parents exactly what they learned — and why they think it matters.

That seems like a fairly decent test of whether the day was worth having.