Introduction and Context
The Department for Education’s (DfE) White Paper, Every Child Achieving and Thriving, mandates that every secondary school provide an inclusion base to support pupils with special educational needs and disabilities (SEND) in remaining within mainstream communities.
However, critics argue that these “internal alternative provisions” (AP) risk becoming little more than isolation rooms that mask rising exclusion rates and provide a “watered-down curriculum” rather than genuine integration. Furthermore, recent data from the FFT Education Datalab reveals a critical “transition leak”: 10% of pupils with EHCPs leave the state-funded system entirely after Year 6, while 23% of those in mainstream primary move to special or Alternative Provision (AP) for Year 7.
To avoid these pitfalls, school leaders are advised to move beyond mere physical hubs and instead implement a data-driven, neuroscientific approach to inclusion, to keep vulnerable pupils in mainstream education, as exemplified by the work of Evolve.
Strategic Identification of Needs: Addressing the “Vanishing” SEN Status
A significant risk in the transition to secondary school is the “delayed identification” of needs. Statistics show that 19% of pupils receiving SEN Support in Year 6 cease to be identified as having SEN in Year 7, yet nearly 30% of these pupils are re-identified by Year 11.
- The EDT as a Lifeline: To counter this temporary “vanishing” of status, schools should utilise the Evolve Development Tracker (EDT). By providing “whole-child intelligence” on sleep, nutrition, self-efficacy, and emotional wellbeing, the EDT allows staff to “see under the surface” during the volatile Year 7 transition.
- Precision and Retention: Proactive tracking ensures that the specific reasons behind behavioural challenges are uncovered before they lead to a pupil leaving the state-funded system—a key metric of success for the new SEND reforms.
Effective Practice: The Wirral Wellbeing Report Example
The Wirral Virtual School Impact Report demonstrates how targeted, relationship-driven support can stabilise pupils during these critical periods.
- Measurable Impact: This partnership delivered a 5.7% increase in combined wellbeing in just one term, using mentoring to improve attitudes toward school and emotional regulation.
- Relationship-Driven Support: The success of the Wirral model was built on high-quality relationships and long-term mentoring that spanned the academic year. Multiple contact points across various school activities ensured that vulnerable pupils remained engaged in the classroom environment.
- Preventing “Magnet” Concentration: By building high-quality, long-term mentoring relationships, schools can better support EHCP pupils locally, reducing the pressure on a small number of “SEND magnet” schools that currently admit far more pupils than their local area average.
Addressing Cognitive Difficulties: The ENHANCE Programme
To support pupils with executive dysfunction or neurocognitive conditions like ADHD, schools should consider the ENHANCE neurocognitive development programme. Data indicates that schools with high inclusion rates (EHCP rates above 9%) often face the “current risk” of negative Progress 8 scores. To protect academic standards while remaining inclusive, schools must address the underlying cognitive barriers to learning.
- Mechanism of Action: ENHANCE uses daily 15-minute AI-powered training sessions to improve brain health and cognitive function. These physical and chemical changes in the brain lead to improved cognitive, social, emotional, and mental health outcomes.
- Neurochemical Upregulation: Drawing on the groundbreaking INHANCE Study, the programme targets the brain’s neuromodulatory systems. Specifically, the study demonstrates that neurocognitive speed training can reverse losses in cholinergic terminal densities.
- The Role of Acetylcholine: The programme upregulates levels of acetylcholine (the primary neurotransmitter in the cholinergic system) by increasing binding in networks that support attention, memory, and executive function. This reorganisation of functional connectivity is driven by synaptic plasticity, which is regulated by cholinergic projections across the forebrain.
- Cognitive Resilience: This neurochemical intervention strengthens networks for attention, memory, and executive function. By improving the fundamental brain health of pupils, schools can improve outcomes in a way that is measurable and justifiable to Ofsted, mitigating the performance risks often associated with high-inclusion environments.
Conclusion for School Leaders: Meeting New Success Metrics
The success of the Schools White Paper will be judged by a reduction in pupils leaving state education and a more even distribution of SEND pupils across all schools. To achieve this, leaders must move from a reactive disciplinary model to a proactive, neuroscientific one. By combining the EDT for early identification with the ENHANCE programme for cognitive development, schools can ensure that inclusion and high standards are “two sides of the same coin,” allowing every child to thrive through the primary-to-secondary transition period.
Technical Note: Research and Practice Framework
1. Critical Analysis and Practice Examples
- Benedict, A. (2025) “Internal AP is not the way to make our system more inclusive.” Schools Week. This article provides the critical perspective that physical “internal alternative provision” hubs risk becoming “isolation rooms” that offer a “watered-down curriculum” rather than genuine inclusion.
- Wirral Council and Evolve (2025) “Wirral Virtual School Impact Report. A termly evaluation demonstrating a 5.7% increase in combined pupil wellbeing through the implementation of targeted health mentoring and data-driven progress tracking.
2. The INHANCE Study and Neurocognitive Research
- Attarha, M., et al. (2025) “Effects of Computerized Cognitive Training on Vesicular Acetylcholine Transporter Levels… Results from the INHANCE Randomized Clinical Trial.” JMIR Serious Games. This landmark study demonstrates that neurocognitive speed training (BrainHQ, used in the ENHANCE programme) can reverse losses in cholinergic terminal densities, significantly increasing acetylcholine binding in the anterior cingulate cortex.
- Attarha, M., et al. (2025) “Association of a Brief Computerized Cognitive Assessment With Cholinergic Neurotransmission: Assessment Validation Study.” JMIR Formative Research. This study validates that performance on specific neurocognitive tasks, such as Double Decision, serves as a reliable behavioral proxy for forebrain cholinergic function.
3. Transition Data and Systemic Analysis
- Thomson, D. (2026) “The transition from primary to secondary for pupils with special educational needs (SEN).” FFT Education Datalab. Provides the statistical basis for the “transition leak,” identifying that 19% of pupils lose their SEN status between Year 6 and Year 7, and 10% of EHCP pupils leave the state-funded system entirely after primary school.
- FFT Education Datalab (2026) Data analysis regarding “SEND magnet” schools, showing that secondary schools with high concentrations of EHCP pupils (above 9%) often report negative Progress 8 scores, highlighting the systemic performance risks schools face when prioritizing inclusion
For a full evidence pack or to discuss the contents of this Briefing Report, please contact:
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