What the 2026 SEND White Paper Means for Science Teaching

15 June 2026By Dr Marisa French

In February 2026, the government published its schools White Paper, Every Child Achieving and Thriving, setting out the most significant reform to special educational needs provision in more than a decade (DfE, 2026). At its centre is a simple but far-reaching commitment: every child with identified SEND in a mainstream school should have a statutory Individual Support Plan, and Education, Health and Care Plans should be reserved for those with the most complex needs.

For science departments, this is not an administrative footnote. It changes who is responsible for delivering and, just as importantly, evidencing high-quality support, and it does so in the subject where inclusion is hardest to achieve. Practical science is built around equipment, hazards, and physical technique. It is the part of the curriculum where pupils with additional needs are most likely to end up watching rather than doing. The White Paper asks every school to close that gap, and to be able to prove it has done so.

What Did the SEND White Paper Actually Change?

The reform reshapes where support is delivered. According to the House of Commons Library's summary of the White Paper, Education, Health and Care Plans are to be reserved over the coming years for children with the most complex needs, while every other pupil with identified SEND receives a statutory digital Individual Support Plan held by their mainstream school. The changes are backed by a £1.6 billion Inclusive Mainstream Fund and a £1.8 billion "Experts at Hand" service designed to put specialist advice into ordinary classrooms (House of Commons Library, 2026).

The throughline is clear. Mainstream classrooms, not specialist settings, become the place where most SEND support is delivered and documented. That shifts a significant responsibility onto subject teachers, who are now expected not only to make their lessons accessible but to record how they did it and what difference it made.

Why Is Practical Science So Hard to Make Inclusive?

Every subject faces inclusion challenges, but practical science carries a distinctive set. A standard lab is full of benches at fixed heights, open flames, hot plates, glassware, scalpels, and reagents, used under time pressure in a noisy, busy room. A pupil who uses a wheelchair, a pupil with a hand tremor, a pupil whose anxiety rises around fire, or a pupil who is overwhelmed by sensory load can all find themselves excluded from the very activity that defines the subject. The usual adjustment is to let them observe while a partner or the teacher does the experiment, which quietly removes them from the learning.

This sits on top of a broader decline in hands-on science. The Royal Society and EngineeringUK Science Education Tracker found that regular practical work for GCSE pupils fell from 44% in 2016 to 26% in 2023, with video demonstrations increasingly standing in for experiments pupils once carried out themselves (Royal Society, 2024). When demonstrations replace doing, the pupils who lose the most are those who were already least able to take part. A reform that promises genuine access to every pupil runs directly against this trend.

What Does an Individual Support Plan Have to Show?

An Individual Support Plan is not a tick-box exercise. It is expected to set out the barriers a pupil faces, the provision and adjustments put in place, the outcomes those adjustments are intended to achieve, and a regular review of whether they are working. For a science teacher, that means being able to answer, pupil by pupil, three concrete questions: how did this child take part in this practical, what adjustment made that possible, and what progress did they make as a result.

Those questions are difficult to answer honestly when a pupil's involvement in a practical was to watch from the side. Good intentions and recollection are no longer enough. The plan expects a record, and the record needs to show participation and progress rather than mere presence in the room.

Inclusion Is Now Part of Every Ofsted Inspection

The accountability has sharpened at the same time. In June 2026, Ofsted confirmed that from September 2026 inclusion would run through every inspection rather than sit in a separate box, with inspectors looking at how well schools include pupils with SEND across the curriculum, comparing outcomes against schools working with similar groups of pupils, and expecting senior leaders to take direct ownership of inclusion (Ofsted, 2026). A science department that cannot demonstrate how its SEND pupils access and progress in practical work will find it hard to evidence inclusion in one of the subjects that matters most to inspectors and families alike.

How Accessible Virtual Labs Give Every Pupil a Place at the Bench

This is where we believe virtual labs change the picture. Because WhimsyLabs runs a real physics engine in the browser on the Chromebooks schools already own, the barriers that exclude pupils from a physical bench are simply not present. There is no flame to fear, no glassware to drop, and no single pace the whole class must keep. A pupil can repeat a titration as many times as they need, slow a reaction down to follow each step, or return to a dissection without the sensory overload of a crowded laboratory.

The effect is that pupils who would otherwise watch a demonstration carry out the experiment themselves. They choose the equipment, make the decisions, encounter the unexpected results, and learn from their own mistakes. We designed for SEND from the start rather than retrofitting accessibility afterwards, so the labs work with keyboard navigation and assistive technology, allow adjustable pacing, and avoid the time pressure and physical risk that push additional-needs pupils to the margins of a practical lesson. Access stops being an exception that has to be arranged and becomes the default the platform was built around.

Turning the Evidence Burden Into a Documented Win

The same design that widens access also answers the evidence question the White Paper raises. Our process-based assessment logs every action a pupil takes: the equipment they select, the order in which they perform steps, how they respond when something goes wrong, and how their technique improves across sessions. For a SENCo or science lead, that interaction record is exactly the per-pupil evidence an Individual Support Plan asks for, and exactly the kind of progress data Ofsted's similar-context model rewards.

Instead of writing an ISP review from memory, a teacher can point to a documented trail of what a pupil actually did and how far they came over a term. A pupil who could never safely hold a pipette at a physical bench can still demonstrate that they understand and can execute the procedure, and that demonstration is captured automatically. The compliance burden becomes a by-product of good teaching rather than a separate paperwork exercise bolted on at the end.

What Science Departments Can Do Before September

With the new inspection focus arriving in September 2026, there is a practical planning window. Departments can start by auditing which required practicals are currently inaccessible to particular pupils, and being honest about how often observation has stood in for participation. The £1.6 billion Inclusive Mainstream Fund gives school leaders a budget line that accessible, evidence-generating tools can legitimately draw on, which makes a pilot easier to justify than it would have been a year ago.

From there, a small pilot in one year group or one science can establish both the access and the evidence trail before the wider rollout. The aim is not to replace every hands-on experiment, which remains valuable for pupils who can take part, but to ensure that no pupil is left watching, and that the department can show, plan by plan, how it included them. Inclusion is a duty under the new White Paper, but it is also an opportunity to give every pupil genuine practical science and the documented progress to prove it.

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