Movement Therapy in SEN Settings (Ages 11–19)

Context

This programme was delivered in a UK special school serving learners aged 11 to 19 — a setting in which the distance between a child's cognitive potential and their capacity to access learning on any given day can be very wide. Many of the learners in this setting experience sensory, emotional, and motor barriers that sit beneath curriculum access: they are not failing to learn because the curriculum is wrong for them, but because the conditions for learning — regulation, attention, relational safety, physical readiness — have not yet been established when they arrive in the room.

Movement therapy in this context is not an alternative to academic provision. It is what makes academic provision reachable. The programme was designed around that understanding — as a direct intervention on the neurological and regulatory foundations of learning, delivered in a relationship-based, adaptive format that could flex around the considerable variation in need across an 11–19 SEN cohort.

The learners in this setting had a range of additional and complex needs including autism, ADHD, sensory processing differences, and communication difficulties. No two sessions were identical, and no fixed programme could have served the full range of who was in the room. The structure was consistent; everything within it was responsive.

The approach

Sessions were delivered to small groups, with adaptations throughout for individual sensory needs, communication profiles, and motor abilities. The four-part session structure provided the predictable frame within which all of that variation could be held — consistent enough to reduce anxiety, flexible enough to meet children where they were on any given day.

"The structure was consistent; everything within it was responsive. Predictability is not rigidity — it is the frame that makes genuine flexibility possible."

Annarie Boor

Execution

Sessions were delivered in small groups — small enough for genuine co-regulation, responsive enough to adapt in real time to what individual learners brought on any given day. The programme was explicitly iterative: not a fixed intervention applied uniformly, but a design that evolved continuously based on learner response, staff feedback, and direct observation of what was working and what was not.

Staff involvement was a material feature of the programme's success. Support staff observed, recorded, and fed back; their knowledge of individual learners — their triggers, their signals, their particular sensory needs — informed adaptation across the programme. The relationship between the practitioner and the staff team was as important to the programme's effectiveness as the relationship between the practitioner and the learners.

Measurement tools were deliberately low-burden: regulation incident counts, engagement observation rubrics, and communication proxies that could be completed within the normal flow of a session rather than requiring separate assessment time. Auditability mattered — these were records that could support review conversations with leadership, parents, and multi-disciplinary teams — but the tools were designed not to add to the load on already stretched staff.

Outcomes

Improved regulation — reduced frequency and duration of dysregulation incidents during and after sessions. Learners showed faster returns to calm-alert states following dysregulation, and improved capacity to sustain engagement across the session period over time. For some learners, this represented a qualitative shift in what classroom participation looked like — not a minor adjustment, but a change in kind.

Executive function gains — measurable improvements in inhibitory control, working memory tasks, and cognitive flexibility within the movement context. These gains were observed to transfer, to varying degrees, into classroom behaviour — particularly in the immediate post-session period, and more durably for learners who had been in the programme longest.

Enhanced communication — more functional requests, improved joint attention, and more successful turn-taking. For learners with limited verbal communication, the movement context provided an alternative channel through which communication could be initiated and practised — joint attention through mirroring, functional requests through choice-making, turn-taking through paired movement games — before those skills transferred into other contexts.

Motor improvements — stronger balance, improved coordination, and better bilateral integration across the cohort. These are not peripheral to learning readiness in this age group; poor motor competence is associated with reduced participation in physical activities, reduced social inclusion, and the proprioceptive dysregulation that compounds attention and emotional regulation difficulties. Motor gains here are gains in the conditions for learning.

Programme timeline

1. Design SEN-aligned session architecture developed in consultation with school staff — four-part structure, evaluation tools, and sensory adaptation framework designed prior to first delivery.
2. Implementation Small-group delivery with full sensory and communication adaptations. Predictable session rituals established from the first session and maintained consistently throughout.
3. Observation Regulation, engagement, and communication markers tracked by support staff using embedded low-burden tools aligned with existing school recording systems.
4. Iteration Ongoing adjustments to activities, groupings, and sensory parameters based on learner profiles and staff feedback. The programme was treated as a working document, not a fixed curriculum.
5. Review Regular analysis of executive function, communication, and motor outcome data — used to inform review conversations with leadership, parents, and multi-disciplinary teams, and to shape the next phase of the programme.

Key takeaways

1. Predictable session structure reduces anxiety and supports transfer to classroom learning — consistency is the container within which responsive practice becomes possible.
2. Cognitively engaging movement tasks are more effective than repetitive aerobic activity — rule-switching, sequencing, and mirroring target the executive functions directly.
3. Expressive movement supports emotional literacy and relational engagement, including for learners for whom verbal communication is not reliably available.
4. Low-burden, staff-embedded measurement strengthens programme credibility, supports review conversations, and makes outcomes visible to leadership, parents, and MDT without adding to already stretched capacity.
5. Sensory and communication adaptations are not optional adjustments for edge cases — they are essential design features for any movement programme that is genuinely going to reach SEN learners in a specialist secondary setting.