Motor Development, Motor Learning, and Movement Skill Acquisition
Domain 1 tests how you explain and apply motor development, motor learning, and movement skill acquisition in secondary physical education. Expect items that ask you to distinguish learning from performance, diagnose a learner's stage, and design practice and feedback that fit the learner and task.
Core distinctions
- Motor development is age-related change across the lifespan; motor learning is a relatively permanent change in capability from practice or experience; performance is temporary and can vary with fatigue, motivation, or context.
- Development proceeds through reflexive, rudimentary, fundamental, and specialized phases. Fundamental motor skills include locomotor, stability, and manipulative skills; Seefeldt's proficiency barrier suggests that without competent fundamentals, later sport participation is limited.
- Fitts and Posner's stages: cognitive (needs explanation and error correction), associative (refines movement, fewer errors), autonomous (automatic, attention free for tactics).
Constraints and practice design
Newell's constraints model balances learner (structural and functional), task, and environmental constraints. Practice can be massed or distributed, blocked or random, constant or variable, part or whole. Random and variable practice often improve transfer and retention but can depress immediate performance. Feedback includes knowledge of results (outcome) and knowledge of performance (movement quality); faded, bandwidth, and self-controlled schedules support learning better than continuous feedback.
Worked example
A 10th grader dribbles accurately in a stationary drill but loses control when a defender adds pressure. The teacher observes inconsistent head-up scanning and no change of pace, placing the student in the associative stage. Rather than adding more stationary drills, the teacher uses a task constraint: defender at 50% pressure, then 75%, with a rule that the dribbler must scan a target before crossing half court. Feedback is bandwidth KP ('scan before the second dribble') only when the error persists. Reasoning: the added pressure and cue target the specific learner-task constraint and promote transfer, while limited feedback prevents dependence.
Traps
Do not equate improvement in a drill with learning; do not assume all students are at the same developmental stage; avoid constant blocked practice as the default; avoid feedback that is too frequent or prescriptive; and do not judge skill only by product (accuracy) while ignoring process.