Self-Organization

Self-organization refers to the natural process by which the human body organizes and improves movement patterns through internal feedback mechanisms, without explicit external guidance. This concept is fundamental in understanding how athletes adapt and develop motor skills.

When an individual learns a new motor skill, initially, there may be a degree of trial and error. Over time, the system discovers movement patterns to achieve the desired outcome with greater efficiency and accuracy. The process of self-organization takes into account an individual’s unique physical abilities, such as structure, force potential, elasticity, and coordination. The body intuitively finds the most effective way to perform a task based on these constraints.

In motor learning, the sensory system plays a pivotal role. It encompasses the various sensory inputs an individual receives from their environment and their own body. This includes proprioception (awareness of body position and movement), visual, auditory, and tactile sensations. During the process of learning and improving motor skills, the sensory system provides critical intrinsic feedback.

Through a continuous loop of action, feedback, and adjustment, an athlete refines their motor skills. This process is dynamic and adaptive, allowing individuals to respond to changes in the environment, opponents, or task requirements. Self-organization aims to achieve the desired outcome with the least amount of effort, resulting in more efficient movement patterns. Once a skill is mastered, similar movement principles can often be applied to related tasks, illustrating the adaptability and versatility of the self-organizing process.

Self-organization emphasizes the importance of providing opportunities for athletes to explore and discover movement patterns, allowing them to actively participate in the learning process and develop skills that are well-suited to their own unique constraints. 
​