Movement as a Therapeutic and Creative Development Tool in Early Learning

A structured movement-based programme designed to improve attention, executive function, early learning behaviours and motor competence in children aged 3–6, delivered in a mainstream early years setting and grounded in peer‑reviewed research.

Attention & On‑Task
Improved readiness and reduced transition time
Executive Function
Gains in inhibition, working memory and flexibility
Early Learning Behaviours
Better listening, turn‑taking and persistence
Motor Skills
Enhanced balance, coordination and bilateral integration

Context

Delivered in a mainstream early years setting (ages 3–6) under an American school system accredited by the Middle States Association, this programme addressed early learning readiness behaviours: attention, inhibition, task‑switching, emotional regulation and motor competence. These foundational skills strongly influence early academic engagement and classroom participation.

Approach

  • Structured session format — 10–20 minute sessions combining regulation warm‑ups, cognitively engaging movement games, expressive movement and a return‑to‑learn transition.
  • Cognitively loaded movement — rule‑switching, inhibition games, sequencing and mirroring to target executive functions.
  • Creativity and expression — movement stories, improvisation and collaborative problem‑solving to support language and flexible thinking.
  • Routine and visibility — sessions embedded into the school day with teacher‑visible behaviours to support transfer into classroom learning.

Execution

Sessions were delivered 3× weekly in‑class, using predictable rituals and simple equipment. Teachers collected observational data on attention, transitions and early learning behaviours. Movement tasks were adapted for developmental stage and cognitive load, ensuring accessibility while maintaining challenge.

Outcomes

  • Improved attention — shorter time‑to‑settle and increased on‑task behaviour following sessions.
  • Executive function gains — stronger inhibition, sequencing and rule‑switching accuracy.
  • Enhanced early learning behaviours — improved listening, turn‑taking, persistence and collaboration.
  • Motor development — measurable improvements in balance, coordination and bilateral integration.

Key takeaways

  1. Movement breaks are most effective when cognitively engaging, not purely aerobic.
  2. Routine and predictability support transfer into classroom learning.
  3. Simple, auditable measures (time‑to‑settle, EF game scores) strengthen evaluation.
  4. Creative movement enhances language, expression and conceptual understanding.
  5. Early motor competence supports confidence and participation in learning.