Meta-analysis of Tablet-Mediated Interventions for Teaching Academic Skills to Individuals with Autism.
Let the learner tap the screen themselves—self-operated tablets boost academic gains more than teacher-operated ones.
01Research in Context
What this study did
Ledbetter-Cho et al. (2018) pooled 19 single-case studies that used tablets to teach math, reading, or spelling to learners with autism.
They compared two set-ups: tablets run by the learner versus tablets run by the teacher.
What they found
Learner-operated tablets produced bigger academic gains than teacher-operated ones.
Overall, tablet lessons gave a clear boost to school skills.
How this fits with other research
The finding updates Knight et al. (2013), which warned that tech-based academic evidence was too thin. Five years later, the same type of review now shows solid, positive effects.
Hong et al. (2017) looked at all tablet skills, not just school work, and also found moderate-to-large benefits. Katherine narrows the lens to academics and adds the learner-control twist.
Single-case studies have since echoed the theme: Ledbetter-Cho et al. (2023) used teacher-run video schedules and still saw math gains, while Strang et al. (2017) let kids self-monitor on iPads and raised on-task behavior. Both fit the larger pattern—tablets work, and letting learners tap the screen themselves works even better.
Why it matters
If you run tablet lessons, hand the device to the student. Choose apps that require the learner to touch answers, turn pages, or record their own data. This tiny shift can enlarge academic gains without extra staff time.
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02At a glance
03Original abstract
Portable touch-screen devices have been the focus of a notable amount of intervention research involving individuals with autism. Additionally, popular media has widely circulated claims that such devices and academic software applications offer tremendous educational benefits. A systematic search identified 19 studies that targeted academic skills for individuals with autism. Most studies used the device's built-in video recording or camera function to create customized teaching materials, rather than commercially-available applications. Analysis of potential moderating variables indicated that participants' age and functioning level did not influence outcomes. However, participant operation of the device, as opposed to operation by an instructor, produced significantly larger effect size estimates. Results are discussed in terms of recommendations for practitioners and future research.
Journal of autism and developmental disorders, 2018 · doi:10.1007/s10803-018-3573-2