Drawing links between the autism cognitive profile and imagination: Executive function and processing bias in imaginative drawings by children with and without autism.
Autistic kids can imagine well when executive-function demands are managed; typical kids shift predictors with age.
01Research in Context
What this study did
Eggleston et al. (2018) asked kids to draw made-up pictures. Some kids had autism, some did not.
The team tested each child’s executive-function skills and checked if they focused on tiny details or the big picture. Then they looked at which skills best predicted creative drawings.
What they found
For kids with autism, stronger executive function meant richer imaginative drawings.
For typical kids, the picture changed with age. Younger ones needed both good executive skills and a detail focus. Older ones only needed a big-picture style.
How this fits with other research
Webb et al. (1999) first showed autistic kids give fewer make-believe ideas. The new study adds that executive function is the lever behind that gap.
Rutherford et al. (2003) found pretend-play delays in preschoolers with autism were tied to theory-of-mind, not executive function. That looks like a clash, but the tasks differ: pretend play versus drawing, and ages differ: preschool versus mixed ages.
Greenlee et al. (2024) later tested scene imagery in autistic adults and also found no overall deficit, just narrative hiccups. Together the papers say imagination is not missing in autism; it just rides on different cognitive wheels.
Why it matters
When you test creativity in autism, score executive function first. If scores are low, break drawing tasks into tiny planned steps and give visual scaffolds. For typical kids, match prompts to age: younger ones need structure, older ones need open space. Stop labeling autistic learners as “non-imaginative”; adjust the supports instead.
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Join Free →Before a drawing prompt, give a quick executive-function checklist; if scores are low, provide step-by-step visuals and let the child rehearse each part before drawing.
02At a glance
03Original abstract
Little is known about the relation between cognitive processes and imagination and whether this relation differs between neurotypically developing children and children with autism. To address this issue, we administered a cognitive task battery and Karmiloff-Smith's drawing task, which requires children to draw imaginative people and houses. For children with autism, executive function significantly predicted imaginative drawing. In neurotypically developing controls, executive function and cognitive-perceptual processing style predicted imaginative drawing, but these associations were moderated by mental age. In younger (neurotypically developing) children, better executive function and a local processing bias were associated with imagination; in older children, only a global bias was associated with imagination. These findings suggest that (a) with development there are changes in the type of cognitive processes involved in imagination and (b) children with autism employ a unique cognitive strategy in imaginative drawing.
Autism : the international journal of research and practice, 2018 · doi:10.1177/1362361316668293