Start Date
18-6-2025 5:00 PM
End Date
18-6-2025 6:30 PM
Abstract
Neurotraining is a cutting-edge approach that integrates neuroscience with movement training to optimize human performance, rehabilitation, and overall well-being. This workshop will provide participants with an interactive, hands-on experience to explore key neurotraining principles, focusing on the interplay between sensory input, neural processing, and motor output.
Participants will gain insights into neurovisual training, coordination, vestibular training, and proprioception. We will examine how targeted interventions can enhance movement efficiency, balance, and cognitive-motor integration. Through practical exercises, attendees will experience the impact of visual and vestibular training on postural control, reaction time, and athletic performance.
The session will emphasize the importance of high-quality sensory input for improved motor execution, highlighting neuroplasticity principles and the individual uniqueness of each brain. By the end of the workshop, participants will leave with applicable tools and techniques to integrate neurotraining into their practice, whether in sports, rehabilitation, or general movement training.
This workshop is designed for professionals in adapted physical activity, rehabilitation, coaching, and movement sciences who seek to enhance their understanding of brain-body interactions and apply innovative training methodologies in their work.
Keywords: Neurotraining, Neurovisual Training, Vestibular Training, Sensory Integration
Recommended Citation
Křivánková, Markéta, "Neurotraining for Adapted Physical Activity: Enhancing Coordination, Balance, and Perception." (2025). International Symposium of Adapted Physical Activity and International Symposium on Physical Activity and Visual Impairment and Deafblindness. 61.
https://sword.mtu.ie/isapa/2025/day3/61
Neurotraining for Adapted Physical Activity: Enhancing Coordination, Balance, and Perception.
Neurotraining is a cutting-edge approach that integrates neuroscience with movement training to optimize human performance, rehabilitation, and overall well-being. This workshop will provide participants with an interactive, hands-on experience to explore key neurotraining principles, focusing on the interplay between sensory input, neural processing, and motor output.
Participants will gain insights into neurovisual training, coordination, vestibular training, and proprioception. We will examine how targeted interventions can enhance movement efficiency, balance, and cognitive-motor integration. Through practical exercises, attendees will experience the impact of visual and vestibular training on postural control, reaction time, and athletic performance.
The session will emphasize the importance of high-quality sensory input for improved motor execution, highlighting neuroplasticity principles and the individual uniqueness of each brain. By the end of the workshop, participants will leave with applicable tools and techniques to integrate neurotraining into their practice, whether in sports, rehabilitation, or general movement training.
This workshop is designed for professionals in adapted physical activity, rehabilitation, coaching, and movement sciences who seek to enhance their understanding of brain-body interactions and apply innovative training methodologies in their work.
Keywords: Neurotraining, Neurovisual Training, Vestibular Training, Sensory Integration