The Effects of Motor Fluency on Dressing Tasks and Decreasing Escape Behaviors
Time-and-chart each small dressing movement and the whole task gets faster, neater, and less fight.
01Research in Context
What this study did
One child with developmental delay hated getting dressed. The team broke zipping, buttoning, and pulling on clothes into tiny motor steps.
They ran 1-minute speed drills on each step every day and charted correct movements per minute.
The case study tracked dressing time, accuracy, and escape behaviors like running away or screaming.
What they found
After a few weeks the child dressed faster and made fewer mistakes.
Escape behaviors dropped almost to zero.
The study showed that making the small moves fluent made the whole task easier and less aversive.
How this fits with other research
Cruz et al. (2019) used the same precision-teaching mindset. They let a safety checklist pick prompts for hand-washing instead of guessing. Both papers measure component skills and let data guide next steps.
McIntire et al. (1987) also used escape, but in a different way. They gave preschool kids breaks from the dentist chair plus stickers. Bryson et al. removed the need to escape by making dressing itself quicker and less work.
Polaha et al. (2004) had swimmers count their own strokes to cut wasted motion. Self-monitoring worked for neurotypical athletes; Bryson shows direct timing and feedback works for kids with delays.
Why it matters
You can copy this Monday morning. List every tiny move your learner needs to dress. Time each move for one minute and record correct responses. When speed rises, chain the moves together. Expect fewer tantrums because the task now takes less effort and time.
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Pick one dressing step, set a 1-minute timer, count correct responses, and praise speed.
02At a glance
03Original abstract
Interventions aimed at teaching composite dressing skills assess individuals’ current abilities and improve their performance at more independent and fluent levels. The current case study aims to report on the improvements observed when specific component motor skills are targeted for improved performance using frequency building techniques. We extend previous research by including the measure of escape-maintained behaviors during task completion. Similar to those of previous research, the results of this study reveal a significant increase in speed and accuracy across all targeted composite skills and a reduction in escape-maintained behaviors. A direct assessment of composite skills can be used to identify key component skills for intervention.The frequency building of component motor skills can effectively improve accuracy in completing daily living tasks.Addressing component motor skill deficits can reduce escape-maintained problem behaviors during daily living tasks.Mastery of daily living tasks involves completing tasks accurately, fluently, and in the absence of escape behaviors. A direct assessment of composite skills can be used to identify key component skills for intervention. The frequency building of component motor skills can effectively improve accuracy in completing daily living tasks. Addressing component motor skill deficits can reduce escape-maintained problem behaviors during daily living tasks. Mastery of daily living tasks involves completing tasks accurately, fluently, and in the absence of escape behaviors.
Behavior Analysis in Practice, 2024 · doi:10.1007/s40617-023-00839-4