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Ch 14 Teaching & Learning Psychomotor Skills

Shayla.Haynes1Shayla.Haynes1

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Cas d’usage

À propos

The Ch 14 Teaching & Learning Psychomotor Skills mind map template provides a comprehensive overview of motor learning concepts, covering 10 major branches with 171 nodes. It distinguishes between motor learning and motor performance, explores processes of motor learning, and details theories such as Adams' Closed-Loop Theory, Schmidt's Schema Theory, and Newell's Ecological Theory. The template includes specific nodes like 'Fitts & Posner Motor Learning Stages' (Cognitive, Associative, Autonomous) and 'The Challenge Point Framework by Guagagnooli & Lee'. It is designed for physical therapy students, educators, and clinicians seeking a structured cheat sheet for psychomotor skill instruction. The template organizes variables influencing skill learning, error detection, and motor memories into an accessible mind map format, making it a practical study aid for exam prep or lesson planning.

Conditions d'utilisation

Quand utiliser ce modèle

Physical therapy students

Preparing for a physical therapy exam on motor learning concepts

Physical therapists and educators

Designing a lesson plan for teaching psychomotor skills to patients

Clinicians and rehabilitation specialists

Reviewing key theories and variables before a clinical skills workshop

Comment utiliser ce modèle

Étape 1

Launch and Explore Core Concepts

Open the template in Xmind to navigate the ten major branches covering motor learning theories and the Fitts and Posner stages.

Étape 2

Customize Nodes and Clinical Notes

Select specific nodes like the Challenge Point Framework to add your own clinical case studies, research findings, or detailed descriptions.

Étape 3

Export for Study and Presentation

Save your customized psychomotor skills map as a PDF or image to use as a structured cheat sheet for teaching or clinical practice.

Questions fréquentes

The template covers 10 major topics including motor learning vs. performance, motor learning theories (Adams', Schmidt's, Newell's), stages of learning, error detection, motor memories, and variables that influence skill learning, all organized into 171 nodes.

Open the .xmind file in Xmind, then explore each branch to review key concepts. Customize nodes by adding examples or clinical applications. Use it as a study guide for exams or to prepare lesson plans for teaching psychomotor skills.

Yes, the template is fully editable. You can add, delete, or modify nodes, change colors, and insert notes or images to tailor it to your learning or teaching needs.

The three stages are Cognitive (understanding the task), Associative (refining movements), and Autonomous (automatic performance). The template details each stage with characteristics and teaching implications.

The 'Error Detection' branch explains that error detection relies on memory of sensory feedback, and distinguishes between slow-positioning and fast-timing tasks, which use different error detection mechanisms.

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