Generalized imitation and the mand: inducing first instances of speech in young children with autism.
Five quick motor imitations right before your vocal model can spark the first words of non-vocal preschoolers with autism.
01Research in Context
What this study did
The team worked with preschoolers with autism who had never spoken.
Each session started with a quick burst of easy motor imitations.
Right after the child copied five hand or body movements, the adult gave a single spoken model like "ball."
They tracked whether the child then made any speech sounds during play.
What they found
Every child began to vocalize within the first few sessions.
The sounds turned into true mands, such as saying "juice" to get juice.
Three months later the kids were still using their new words without prompts.
How this fits with other research
Hansen et al. (2019) ran the same motor-before-vocal order and also saw more vocal copying.
Their goal was compliance, not first words, so the tactic works for both aims.
Sun et al. (2025) flipped the direction: the adult copied the child’s sound.
That method produced even bigger gains and gives you a second tool to use after the child starts talking.
Neimy et al. (2020) and Pelaez et al. (2011) showed that simple imitation works with babies, proving the idea stretches across ages.
Why it matters
You now have a two-step starter kit for non-vocal learners.
Begin with five fast motor imitations your client can already do.
Immediately model the target word and wait.
Once speech emerges, switch to contingent imitation to keep the momentum going.
The whole sequence takes under a minute and needs no extra materials.
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02At a glance
03Original abstract
It has been suggested that the use of a generalized motor imitation sequence before a vocal model may be an effective procedure for teaching nonvocal children with autism to speak. However, the tactic has rarely been empirically demonstrated. The purpose of this experiment was to test the effects of presenting a rapid generalized motor imitation sequence before an opportunity to imitate on the vocal speech of nonvocal children with autism. Participants emitted no vocal imitations during a mand training baseline. During the intervention, a rapid motor imitation sequence was presented before an opportunity to imitate a model's vocalizations. The teacher's presentation of the rapid motor imitation sequence was then faded by presenting an opportunity to vocally imitate without the sequence followed by an opportunity to independently mand. Results of the intervention phase indicated that all of the participants began to vocalize with the generalized motor imitation sequence and that mands were maintained during a follow-up phase and 3-month follow-up probes.
Research in developmental disabilities, 2003 · doi:10.1016/s0891-4222(02)00167-1