Movement as the Pathway to Focus in the Classroom

Walk into most classrooms twenty minutes into a lesson and you will see the same thing: a scatter of children who have mentally left the room while their bodies remain seated. Glazed eyes. Fidgeting hands. A subtle but pervasive drift away from the task. Teachers work hard to re-engage them — repeating instructions, redirecting attention, adjusting tone. But the intervention is almost always verbal, and verbal prompting alone rarely solves the problem. The problem is physiological.

Children — and particularly children with SEND — are not failing to pay attention through laziness or defiance. Their nervous systems are dysregulated. Their arousal levels have either peaked into overwhelm or collapsed into the flat fatigue that prolonged sedentary behaviour produces. In either case, the gateway to sustained learning has closed. The question is not how to demand better attention but how to restore the biological conditions that make attention possible. The answer, consistently supported by research, is movement.

The attention problem schools inherit

The design of the standard school day is premised on a particular model of learning: that children sit, listen, and produce. This model has been the dominant template for formal education for well over a century, and it has shaped not just classroom furniture and timetabling but the deeper assumption that stillness is the appropriate context for thinking. That assumption is not well-supported by what we now know about how the brain works — and for a significant proportion of children, particularly those with additional needs, it actively works against the outcomes schools are trying to achieve.

The children most harmed by this design are often the ones most visible in classrooms: the child who cannot sit still, who needs to move constantly, who is described as disruptive or inattentive. What these children are frequently doing is self-regulating — responding to genuine neurological need in the only way available to them in an environment that has not provided an alternative. The behaviour is not the problem. The environment is.

Why sustained attention has a hard ceiling

One of the most important findings to emerge from attention research in recent years is deceptively simple: sustained human attention is not unlimited, and structuring lessons as though it were causes measurable harm to learning. A 2025 study published in Frontiers in Psychology, involving 253 undergraduate students, found that human attention is reliably limited to durations of approximately twenty-five minutes, and that students given structured micro-breaks — brief, frequent interruptions — significantly outperformed those given traditional break patterns, sustaining better performance over time. The authors note that perfect sustained attention is fundamentally impossible due to inherent neural, biological, and cognitive limitations.

This matters for every classroom. It matters more in a SEN setting, where many learners begin the day already working against sensory dysregulation, anxiety or fatigue. For these students, expecting forty-five minutes of focused seated learning is not ambitious — it is physiologically unreasonable. Schools that understand this are not lowering expectations. They are designing instruction that can actually succeed.

"The question is not how to demand better attention but how to restore the biological conditions that make attention possible."

Annarie Boor

The neuroscience: what movement does to the learning brain

Physical movement triggers a cascade of neurobiological changes that directly support attention and memory. Cerebral blood flow increases, delivering more oxygen and glucose to the prefrontal cortex — the region responsible for executive function, working memory, and self-regulation. Neurotransmitters including dopamine and norepinephrine are released, improving alertness and the ability to filter distracting stimuli. Brain-derived neurotrophic factor (BDNF), sometimes described as fertiliser for the brain, promotes synaptic plasticity and new neuron growth in the hippocampus, supporting memory encoding and retention.

A 2025 systematic review and meta-analysis in Educational Psychology Review found that prolonged sedentary behaviour in school settings negatively affects students' cognitive performance, reducing cerebral blood flow and the release of neurotransmitters essential for meaningful learning. The same review identified neurobiological consequences including impaired brain health, reduced synaptic plasticity, and alterations in the neural networks that underpin executive functions. In short, keeping children still for extended periods is not neurologically neutral — it actively works against the conditions required for learning.

Two sensory systems schools rarely plan for

For SEN learners especially, two sensory systems deserve particular attention: the vestibular system and the proprioceptive system. The vestibular system, housed in the inner ear, detects motion and plays a direct role in arousal regulation, balance, and spatial orientation. Vestibular input — through movement that changes head and body position — can be profoundly alerting or calming to the nervous system, depending on the type and intensity of input provided.

The proprioceptive system, built into muscles, joints, and tendons, tells the body where it is in space. Heavy work, resistance, and grounded physical activity through the proprioceptive channels tend to downshift hyperarousal and produce a calm, focused, ready state. When these systems are dysregulated — as is common in learners with autism, ADHD, sensory processing differences, and anxiety — the impact on attention, participation, and learning is significant. Targeted movement that addresses vestibular and proprioceptive needs is not supplementary provision: it is direct intervention on the neurological systems that govern readiness to learn.

What the research says about movement breaks in school settings

The evidence base for classroom movement breaks has grown substantially in recent years. A systematic review and meta-analysis published in the International Journal of Environmental Research and Public Health found that low-to-moderate intensity movement breaks improve cognition, learning, memory, and executive function in students. A feasibility study involving 85 university students found that five-to-ten minute movement breaks, inserted after twenty minutes of sedentary time in two-hour classes, produced perceived improvements in concentration, engagement, and productivity, with no adverse events and strong acceptability ratings from both students and tutors.

A 2024 primary school study running across eleven weeks found significant improvements in both selective and sustained attention following a structured active-break programme incorporating warm-up, brief high-intensity movement, and cool-down phases — delivered within the classroom during regular lessons. A 2025 meta-analysis specifically examining active breaks and executive functions in school-aged children concluded that brief physical activity during the school day induces neurophysiological responses associated with attentional regulation and memory consolidation, with effects mediated by increases in cerebral blood flow and neurotrophic factor release.

Across this research, several features of effective movement breaks are consistently identified: they work best when delivered routinely rather than reactively, when timed to transitions and natural attention dips, when cognitively as well as physically engaging, and when followed by a clear return-to-learn cue that preserves the regulation gains and transfers them into the next task.

Drama and embodied learning: a distinct and powerful mechanism

Not all movement is equal in its effects on attention. Research into embodied cognition — the theory that cognitive processes are rooted in bodily interaction with the environment — suggests that movement integrated with learning content produces effects that purely aerobic activity does not. When students move in the service of meaning, anchoring abstract concepts to physical experience, retention and understanding deepen. This is precisely the mechanism that makes drama-based learning so effective.

Drama is movement with intention. In a drama lesson, students do not simply move their bodies — they inhabit emotional states, negotiate spatial relationships, mirror and respond to others, sequence narrative actions, and make real-time decisions under conditions of low threat and high engagement. Each of these demands rehearses executive functions: inhibitory control (staying in role, delaying response), working memory (holding a character's motivation while tracking what other students are doing), and cognitive flexibility (adapting to an improvisational prompt or a partner's unexpected choice).

Research confirms that drama activities significantly enhance communication skills and engagement in SEN students, and that participatory and embodied approaches are highly effective for overcoming barriers to inclusion. A 2023 study examining drama-based intervention with students including those with ADHD found improvements in social inclusion alongside the learning gains. Drama uniquely combines the neurological benefits of movement with the relational and communicative conditions that many SEN learners find otherwise inaccessible.

"Drama is movement with intention — it rehearses executive functions through inhabiting emotional states, negotiating space, and making real-time decisions under conditions of low threat and high engagement."

Annarie Boor

Multi-channel encoding and memory

There is specific evidence that pairing movement with spoken or written content enhances information retention through the creation of embodied memory traces. When gesture, action, and language are bound together in the learning moment, the brain encodes the information across multiple systems simultaneously — verbal, motor, spatial, and emotional. Retrieval is therefore supported by multiple pathways. For students who struggle with purely verbal or written encoding, this multi-channel approach can be transformative. It is not a workaround; it is more cognitively sophisticated than the traditional alternative.

From theory to timetable: practical implementation

The research is clear. The harder question for most schools is how to move from principle to practice in a timetable that already feels impossibly full. The answer lies in reframing movement not as time taken from learning but as time invested in making learning possible.

The single most important design principle

Movement breaks work best when they are routine rather than reactive. A movement break offered as a consequence of dysregulation is less effective than one built into the lesson structure as a predictable feature. Students — particularly those with anxiety or sensory differences — benefit from knowing when movement will come. Predictability reduces anticipatory stress and allows them to sustain effort in the preceding seated phase. Aim for a movement component every fifteen to twenty-five minutes, timed to natural transitions in the lesson, rather than waiting for dysregulation to arrive before responding.

No specialist space or equipment required

Several established drama conventions function directly as attention resets without requiring any specialist performance context. Freeze-frame asks students to hold still in response to a stimulus — combining proprioceptive grounding with focused attention and inhibitory control. Mirroring pairs students and requires sustained joint attention and responsive co-regulation. Hot-seating and teacher-in-role briefly elevate arousal through novelty and playful challenge, then channel that energy toward focused listening and questioning. Soundscaping uses movement and voice to build an imagined environment, engaging multiple sensory systems simultaneously and anchoring attention through creative investment.

None of these require a drama room, specialist equipment, or a formal performance outcome. They require only a clear, safe structure and a teacher confident enough to use the space and the body as tools for learning.

Design principles remain the same; the adaptations matter

In SEN settings, the design principles for movement breaks remain the same but careful adaptation is essential. Visual sequence cards reduce verbal load during transitions between movement phases. Sensory choices — music or no music, open space or defined zones, tactile options — respect individual sensory profiles and reduce the risk of the movement break itself becoming a source of dysregulation. Group sizes should be small enough to allow genuine co-regulation and responsive teaching.

Communication targets — joint attention, functional requests, turn-taking — can be explicitly embedded into movement tasks without adding to session length. The return-to-learn bridge is particularly important in SEN contexts: without it, the physiological benefits of movement may dissipate before the next lesson task begins.

Addressing the time objection

Teachers and school leaders sometimes resist movement integration on the grounds that it displaces curriculum content. This objection is understandable but empirically weak. A student who is dysregulated, fatigued, or physiologically under-aroused is not learning the curriculum content being delivered to them — they are managing their internal state while appearing to participate. Ten minutes of well-designed movement that restores attentional capacity produces a net gain in learning time, not a loss. Research consistently demonstrates that students return from structured movement breaks with measurably improved on-task behaviour, faster task initiation, and greater accuracy of performance.

The more productive framing for school leaders is not "can we afford to include movement?" but "can we afford to continue designing instruction that ignores the biological conditions for attention?" The evidence answers that question clearly.

Implications for teacher development

Embedding movement effectively requires teachers who are confident in using space and the body as pedagogical tools — and confident enough not to default to stillness when things feel uncertain. This is a CPD question as much as a curriculum question. Teachers who have experienced movement-integrated learning as participants understand its effects from the inside. They are better placed to design it well, adapt it responsively, and advocate for it with colleagues and leaders.

For drama specialists working in SEN contexts — where therapeutic arts provision is increasingly recognised as evidence-based practice — the opportunity is significant. The drama classroom is already a regulated, movement-rich environment. Articulating its neurological and attentional mechanisms, in the language of current research, strengthens its position in school timetables and multi-disciplinary team discussions. It is not a marginal arts subject. It is a high-impact intervention on the conditions for learning.

"The drama classroom is already a regulated, movement-rich environment. Articulating its neurological mechanisms, in the language of current research, strengthens its position in school timetables."

Annarie Boor

What this means for Monday morning

Focus is not a disposition children either have or lack. It is a physiological state — one that can be supported or undermined by the design of the environment and the instructional choices made within it. Movement is the most direct, accessible, and evidence-supported tool available for restoring the neurological conditions that make sustained attention possible. Structured movement breaks, drama-based embodied learning, and vestibular and proprioceptive regulation strategies are not additions to a good lesson — they are mechanisms through which good lessons become possible at all.

Schools that integrate movement as a routine feature of instructional design — not an occasional treat or a response to crisis — will see students who are more present, more regulated, and more genuinely engaged with the learning in front of them. That is not a marginal gain. It is the difference between a classroom that produces compliance and one that produces learning.