The A.S.S.I.S.T. Framework: A Structured Adaptive Swimming Teaching Model for Special Needs Children

Abstract

Adaptive swimming instruction for learners with special educational needs requires structured pedagogical guidance that supports teacher competence, decision making, and confidence in real teaching environments. While prior research has demonstrated that the AquaExplorers module improves special education teachers’ knowledge and self-confidence in swimming activity management, there remains a need to translate these gains into an operational instructional framework. This study presents the A.S.S.I.S.T. framework, an Adaptive Swimming Support and Instructional Teaching model developed by synthesising empirical findings from two mixed-method and intervention studies on AquaExplorers implementation. The framework integrates six instructional domains: assessing student needs, setting learning objectives, structuring ability-based activities, identifying swimming aids, simplifying instructions, and tracking progress. Conceptual analysis was conducted by mapping recurring instructional themes, teacher reflections, and observed pedagogical shifts reported in the AquaExplorers research to structured teaching components. The resulting framework provides a practical decision pathway that connects teacher knowledge acquisition to classroom action. The A.S.S.I.S.T. framework extends prior intervention findings by offering a transferable instructional structure that supports inclusive aquatic pedagogy, reduces instructional uncertainty, and strengthens teacher agency. The model has implications for professional development, curriculum design, and adaptive physical education training programmes.