Thinking Different — Education Series

Every mind
deserves
better

The UK curriculum was last fundamentally redesigned for an industrial world. New vocational pathways are welcome — but they are unlikely to succeed without a revolution that starts at the very beginning: in prep schools, pre-preps, and the earliest years of learning. This is a case for all children, not just a few.

Read the Full Case →
1 in 5 Children are neurodivergent in UK classrooms
2028 Earliest date a new curriculum reaches classrooms
353K Apprenticeship starts in 2024/25 — demand outpacing preparation
The Spectrum of Every Learner

This is not a
conversation about
some children.

The debate around education reform is too often framed around outliers — the most gifted, or those with formally diagnosed learning differences. But neurodiversity is not a binary. Every classroom is, by definition, a neurodiverse classroom. Every child processes information, builds meaning, and demonstrates knowledge differently.

Around 1 in 5 people in the UK are neurodivergent — including ADHD, autism, dyslexia, dyspraxia, dyscalculia and others. A further significant proportion are neurotypical but still learn in radically different ways: visual versus verbal, collaborative versus solitary, practical versus abstract. None of these differences are deficits. All of them are invisible to a system built around a single template.

The question is not how we accommodate the exceptional. It is why we continue to measure all children against a narrow standard designed for none of them — and call the result education.

NeurotypicalProcesses information in broadly similar ways to the majority
MixedCognitive profiles that span conventional categories
NeurodivergentADHD, autism, dyslexia, dyspraxia, dyscalculia and more
🔍
Analytical
Strong sequential reasoning; thrives in structured, exam-based environments — but disengages when learning lacks context or meaning.
Well served by current system — but increasingly unengaged
🖼️
Visual-Spatial
Thinks in images, patterns and systems. Struggles with text-heavy, verbal instruction but excels in design, engineering and innovation.
Poorly served — GCSE format works against them
🤝
Collaborative
Learns through dialogue, relationships and shared problem-solving. Terminal individual exams misrepresent their actual ability.
Invisible in current assessment model
Kinesthetic / ADHD
Hyperactive curiosity, high energy, non-linear thinking. 3–5% of children have ADHD. A classroom built for stillness is hostile to how they learn.
Systemically disadvantaged from the age of 5
🧩
Autistic
Deep expertise, pattern recognition, and intense focus. Often highly capable — but poorly supported in environments built for social conformity.
92% of school distress cases are neurodivergent
💡
Creative / Lateral
Makes unexpected connections across domains. The basis of innovation and entrepreneurship — but the exam system actively penalises non-linear thinking.
The future's most valuable asset, least measured today
Why the Current System Is Failing
92%
Of children experiencing school distress and attendance difficulties are neurodivergent
Connolly et al., 2023
50%
Of GCSE students found it difficult or very difficult to cope with exam stress — half of those finding it "very difficult"
Francis Review Polling, 2024
80%
Of dyslexics leave school without ever being identified — just one indicator of how many children are lost to the wrong system
Made By Dyslexia
14 yrs
Between last major curriculum reform (2014) and earliest date a new one enters classrooms (2028) — during the most rapid period of change in human history
DfE / Francis Review
The Central Argument

The government chose
"evolution".
That answer should be revolution.

The Francis Review, published November 2025 after a 16-month process, was explicitly framed as "evolution not revolution." The revised curriculum will not reach classrooms until 2028. The underlying pedagogical model — fixed classrooms, subject silos, terminal exams, age-cohort progression — is not being questioned at all.

Current trajectory

The Government's "Evolution"

Incremental updates to content. More digital literacy. More diversity representation. A few exam reforms. All framed around the existing model, timetabled over a decade.

  • Curriculum unchanged since 2014 — revision not in classrooms until 2028
  • Terminal exams remain the primary measure of all children's worth
  • AI fluency not substantively addressed in the new framework
  • Subject silos intact — no cross-disciplinary or project-based learning mandate
  • SEND reform creates a binary: formal EHCP or under-resourced mainstream
  • Pedagogical model — fixed classrooms, passive instruction — untouched
What's actually needed

A Real Revolution

Structural reimagination of what school is for, who it serves, and how it proves that children are learning — starting in the earliest years.

  • A curriculum designed around 21st-century skills from pre-prep upward
  • Multi-modal assessment: portfolio, project, performance, collaboration
  • AI fluency, critical digital thinking and media literacy embedded from primary
  • Interdisciplinary, project-based learning that mirrors how real problems are solved
  • Every learner's cognitive style recognised and supported — not just diagnosed extremes
  • Interactive, experiential, outdoor and studio-based environments as standard
The Vocational Opportunity

New pathways are
the right instinct —
but they need
new roots

The government is right to create genuine alternatives to A Levels. T Levels, degree apprenticeships, and BTECs are legitimate and increasingly valued routes into skilled, high-quality careers. Apprenticeship starts reached 353,500 in 2024/25, with 761,500 people in active programmes. Employer demand is growing fast.

This is progress. But here is a structural challenge at the heart of it: vocational pathways are being added on top of a primary and secondary system that was never designed to prepare students for them. The curriculum, the teaching style, the assessment philosophy — all of it still points, implicitly and explicitly, to A Levels and university as the destination of a successful child.

If vocational routes are to be genuinely equal in culture and not just in policy, the change cannot start at 16. It has to start at 4.

T Levels

Two-year technical qualifications equivalent to 3 A Levels, combining classroom learning with a mandatory 315-hour industry placement. Now 22 subjects available, employer-designed curricula.

22
T Level routes now available — from engineering to marketing

Apprenticeships

From intermediate to degree level, covering every major sector. 353,500 starts in 2024/25. Over three-quarters concentrated in Business, Health, Engineering and Digital.

353K
Starts in 2024/25 — up 11.9% year-on-year

BTECs & Applied Generals

Applied General qualifications including BTECs sit alongside T Levels, serving learners who need breadth and flexibility. The qualification landscape is being rationalised — but not yet simplified enough.

1.8M
Adults in further education and skills in 2024/25

The Critical Proviso: Vocational Routes Cannot Be Bolted On

T Levels and apprenticeships will only deliver their potential if children arrive at 16 with the curiosity, practical intelligence, self-direction and collaborative skills to thrive in them. That means the change has to happen much, much earlier. A child who has spent eleven years in a passive, exam-focused, one-size classroom will not suddenly become a self-directed vocational learner at 16. The pipeline matters. The culture matters. The earliest experiences of school matter most of all.

Where Revolution Has to Start

Change at 16 fails
without change at 4

The government's reforms — T Levels, apprenticeship expansion, curriculum updates — all operate at the 16-plus end of education. But the cognitive habits, the sense of self as a learner, the relationship with curiosity and risk-taking: these are formed in pre-prep and prep. By the time a child reaches secondary school, the damage is often already done.

Children in 2026 are categorically different from the children our school structures were designed for. They are always-on. They expect choice and immediacy. They have accessed more information by age 8 than previous generations did in a lifetime. They are fluent in multiple channels, comfortable with visual storytelling, and accustomed to self-directed exploration — until they arrive at school and are asked to sit still, listen, and wait.

This mismatch is not a discipline problem. It is a design problem. And the solution is not to make children conform to a system built for a different world. It is to redesign the system to meet the children who actually exist in it.

The early years — pre-prep from age 3–7, prep from 7–13 — are where the foundations of a lifelong approach to learning are set. A more interactive, project-based, curiosity-driven curriculum at this stage does not make academic excellence harder to achieve. The evidence consistently shows it makes it more likely — for all learner types.

01

Move from passive to active learning

Replace lecture-and-recall with discovery, inquiry and project-based models from the very first year. Curiosity is the foundation of all learning — it should be protected, not scheduled away.

02

Break the single-classroom default

Learning happens outdoors, in studios, workshops, and community settings. The built environment of school should reflect the diversity of how minds work — not enforce a single model of attention.

03

Replace uniform assessment with learning profiles

Every child should have a rich, multi-dimensional picture of what they are good at — built over years, not reducible to a single grade. Portfolios, projects and peer learning are the tools.

04

Embed technology as a tool for thinking, not a subject

AI literacy, digital critical thinking and creative technology use are not subjects to be added to the timetable. They are lenses through which every subject should be taught from the start.

05

Design for the full spectrum of learners — without labelling them

A curriculum that works for a neurodivergent child works better for every child. Universal design in learning is not accommodation — it is simply good teaching.

"By the time a child reaches secondary school, the damage is often already done. The pipeline matters more than the destination."

The Thinking Different Philosophy
The Skills the World Now Needs

The thinkers our
system undervalues are
the ones the future
needs most

The World Economic Forum's future skills framework — creativity, lateral thinking, complex problem-solving, innovation — describes not just neurodivergent thinkers but every child whose natural intelligence falls outside the narrow band our exams are designed to measure.

Made By Dyslexia's work on dyslexic thinking is a powerful illustration of a broader truth: the cognitive styles our system treats as problems are precisely the ones that drive innovation, entrepreneurship and social progress. AI can aggregate and recall. It cannot imagine, empathise or invent. Those capabilities — distributed across the full spectrum of human minds — are what we should be building education around.

Explore Made By Dyslexia →

Made By Dyslexia — Dyslexic Thinking Campaign Film
A window into the broader truth: our most undervalued thinkers are one of our most valuable future assets.

What Revolution Actually Looks Like

Six shifts that would
change everything

These are not utopian proposals. Each has evidence behind it. Each is being implemented somewhere in the world. None requires waiting until 2028.

01

A Skill-First Curriculum from Age 3

Rebuild early years education around the skills the future needs — critical thinking, creativity, collaboration, communication — with subject knowledge as the vehicle, not the destination.

02

Multi-Modal, Portfolio-Based Assessment

Replace the single exam as the arbiter of ability. Portfolios, project assessments, practical demonstrations and peer review — all are more accurate, more equitable and more motivating.

03

Interdisciplinary, Real-World Projects

No real problem is solved in a single subject. Design learning around problems that cross disciplines — the way the world actually works, and the way T Levels and apprenticeships require.

04

Learning Environments That Reflect Minds

Studios, workshops, outdoor classrooms, maker-spaces, digital labs. Physical space is pedagogy. A child who cannot sit still in a desk-grid is not failing — the room is failing them.

05

AI Literacy as Infrastructure

Not as an optional add-on or a single lesson. AI fluency, critical evaluation of information, and creative use of technology should be embedded across every subject from the very first year.

06

Universal Design — Not Accommodation

Stop treating neurodiverse learners as exceptions requiring individual fixes. Design the whole system for the full spectrum of minds. What works for all learner types works better for every learner.

The Reform Timeline vs The Timeline Change Demands

2014
Last Reform
The current National Curriculum takes effect. Smartphones are just becoming ubiquitous. ChatGPT is nine years away.
2026
Right Now
Generative AI is mainstream. Social media has reshaped childhood. T Levels are live. The curriculum is still 2014.
2028
Government Plan
The revised curriculum enters classrooms. Fourteen years since the last one. The AI landscape will have shifted again, multiple times.
Now
What's Needed
Immediate pilots. Early years redesign. Schools empowered to innovate. The revolution should not wait for the policy cycle.

The pipeline
for a better
future starts
very young

The new vocational pathways are right in principle. But they will underdeliver unless every child — regardless of how their mind works — arrives at 16 with the curiosity, confidence and capability they need to thrive in them. That starts in pre-prep. It starts with how we think about every child from day one.

The government's evolution is better than nothing. But better than nothing is not good enough for a generation of children who deserve a system built for their world, not their grandparents'.