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Dynamic Systems Theory

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The dynamic (ecological) systems approach addresses the relationship between the organised and executed skilled movements of a learner and the specific manipulation of boundaries during a practise task In this educational blog article we will look at the many concepts involved in the dynamic systems approach to movement patterns and ways in which a practitioner may apply the theory to their practical methods. Components of this article include: constraints, self-oragnisation, affordances and perception-action coupling and the practical application of dynamic system approach.  Dynamic systems theory suggests that movements of a learner can happen due to a response between an individual and their environment (Coker, 2017). The learner can also be described as a dynamical movement system (Araujo, Button, Davids & Shuttleworth, 2003). In contrast, when it comes to the control of complex systems, motor program theory based on cognition is said to fall short (Coker, 2017). Whe

Showcasing Dynamic Systems Theory

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Showcasing Dynamic Systems Theory Succeeding my last blog post “Dynamic Systems Theory”  (see here) , this blog will showcase the practical application of dynamic systems theory in dribbling a soccer ball.  Dynamic systems theory supports the use of hands-off teaching methods (Coker, 2017; Chow, 2010). During hands-off instruction the practitioner becomes the facilitator rather than the dictator (Coker, 2017). This is where the teacher manipulates the task constraints which leads to the learner discovering and formulating a movement plan (Coker, 2017). Hands-off method does not require a practitioner to stand back and do nothing, there are important aspects of instruction that must be considered. During instruction it is important to inform the learner of the desired task outcome without limiting their discovery of the task (Davids, Renshaw & Savelsbergh, 2010; Football federation, 2018).  Similarly, when designing a practise task for an individual, it is important that