Strategies for Teaching and Leaning Movement Flashcards
Motor Learning Stages
Cognitive, Associative, Autonomous
Cognitive Stage of Motor Learning
a person is seeking to understand what is required to develop a skill
- utilize trial and error
- PT’s role: model the task
Associative Stage of Motor Learning
movement begins to look more organized and coordinated
- ID typical challenges that they face in daily life
- perform skill or task in a predictable environment
- PT’s role: decrease cueing, take the pt outside of the clinic setting
Autonomous Stage of Motor Learning
task no longer requires cognitive effort
- perform the skill or task in a dynamic and changing environment - vary the environment by increasing distractions
- incorporate dual-task demands
- PTr’s role: give maximal control to the patient, work towards pt’s discharge
Open Movement
Occur under variable conditions requiring instantaneous adaptations
-encourages exploration and growth mindset
Example: walking in a busy corridor
Close Movement
Tasks or skills occur in a constant environment and can be produced with minimal variations each time
-encourages performance and fixed mindset
Example: Teaching a patient to walk in the parallel bars where the surface, length, and height of the bars remain constant
Discrete Movement
has inherent beginning and end
Ex: setting brakes on wheelchair
Continuous
has no inherent beginning or end & performer decides when to begin or end
Ex: driving a car or propelling a wheelchair
Stability Tasks
require a stable base of support
Ex: lying down, sitting
Mobility Tasks
task demands associated with mobile base of support
Ex: running, jumping
Massed Practice
- Session in which the amount of practice time in a trial is greater than the amount of rest between trials
- May lead to fatigue
- Enhances short term recall
Distributed Practice
- enhances accuracy
- Session in which the amount of rest between trials is equal to or greater than the amount of time for a trial
- Enhances overall performance or retention
Variable Practice
- ensures learning
- Conditions and types of practice vary between practice attempts
- Varying the practice requires more active learning and problem-solving
- Enhances retention and generalizability of the skill to novel tasks
- May be most essential when learning tasks that are likely to be performed in variable conditions
Constant Practice
- Uniformed practice
- Repeated skill in the same way each time
- Maximizes skill performance under certain conditions
- Tasks that require minimal variation and will be performed in constant conditions
Random Practice
- better than blocked practice
- Practice skills in unpredictable order
- Vary position, of starting point
- Enhances retention/generalization