Gross-motor skill acquisition by preschool dance students under self-instruction procedures.

Vintere et al. (2004) worked with preschool dance students who had no diagnosis. They wanted to see if kids could learn dance moves faster by talking themselves through the steps.

The team compared two ways to teach. One way was the usual show-and-praise. The other way added self-instruction: the child said the steps out loud while copying the teacher. They tracked how many tries each child needed to get each move right.

Both groups learned the dances, but self-instruction plus modeling and praise won. Most kids reached mastery in fewer trials when they spoke the steps aloud.

The gap was clearest on the hardest moves. Talking themselves through the sequence acted like extra glue for the new motor chain.

Ketcheson et al. (2017) and Badi’ah et al. (2021) later showed big motor gains in autistic children using longer, adult-led programs. These studies extend Parsla’s work by proving ABA motor methods still work when the child has autism and when instruction is far more intense.

Jones et al. (1992) used a similar self-management package in the same age room—preschoolers evaluating their own social play. The design and praise match, but the target changed from dance steps to peer interaction, giving a clean conceptual replication.

Faso et al. (2016) and Attwood et al. (1988) taught physical chains too, yet they used graduated guidance instead of self-talk. Their positive results show prompting works, but Parsla’s team shows you can sometimes let the child do the talking and still hit mastery faster.

If you run early-childhood sessions, add a short self-instruction script. Have the child say, “Step, together, spin,” while doing it. You keep your model and praise, but the child supplies the prompt. This tiny add-on can shave trials off acquisition and free up time for the next skill.