Thinking about a reader's mind: fostering communicative clarity in the compositions of youth with autism spectrum disorders.
Two quick computer sessions with visual feedback teach high-functioning students with autism to write so others can understand them.
01Research in Context
What this study did
Davidovitch et al. (2013) tested a short computer program that teaches kids with autism to think about the reader’s mind.
The kids were high-functioning and wrote short notes to a pretend friend.
After each note they saw a split-screen photo: one side showed the friend understanding, the other showed confusion. The kids picked the photo that matched their writing.
What they found
Kids who got the visual feedback wrote clearer notes right away.
Six weeks later they still wrote so their partner could understand, even on new tasks.
How this fits with other research
Wang et al. (2025) looked at 15 later computer studies and found the same kind of social-cognition boost, but warned that most trials are short and we lack long-term data.
Whitehouse et al. (2013) narrative review said computer tools “look good” yet most proofs were weak; Michael’s RCT now supplies the firmer evidence that review asked for.
Miller et al. (2018) also used two quick computer lessons for autistic kids and got more eye contact; together these papers show brief tech sessions can move different social skills.
Why it matters
You can add this five-minute perspective check to writing lessons today. After a student writes, show two photos: one partner looks puzzled, one looks sure. Ask the student to pick the match and revise if needed. No extra staff, no fancy gear, and the skill sticks for at least six weeks.
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Join Free →After a student writes a note, show a happy vs. confused face photo and ask which one the reader would show; have the student fix the note until the happy face is chosen.
02At a glance
03Original abstract
A critical component of effective communication is the ability to consider the knowledge state of one's audience, yet individuals with autism spectrum disorders (ASD) have difficulty representing the mental states of others. In the present study, youth with high-functioning ASD were trained to consider their reader's knowledge states in their compositions using a novel computer-based task. After two training trials, participants who received visual feedback from a confederate demonstrated significantly greater communicative clarity on the training measure compared to a control group. The improvements from training transferred to similar and very different tasks, and were maintained approximately 6 weeks post-intervention. These results provide support for the sustained efficacy of a rapid and motivating communication intervention for youth with high-functioning ASD.
Journal of autism and developmental disorders, 2013 · doi:10.1007/s10803-013-1786-y