Receptive labeling with flashcards and a tablet — conceptual image, not from the cited study.
In one sentence
For one six-year-old child with autism spectrum disorder, receptive labeling practice reached mastery faster with physical flashcards than with the same stimuli shown on a tablet.
What the researchers did
This was a single-case study using an alternating-treatments design. The participant was a six-year-old Italian child with autism spectrum disorder who was learning receptive identification, meaning matching spoken words to the correct pictured object.
Six stimuli were split into two sets. In the traditional condition, a therapist used paper flashcards twice a week and gave immediate social reinforcement for correct responses. In the technology condition, the same pictures appeared as slides on a tablet. Teaching procedures were kept as similar as possible across conditions, and sessions alternated between formats in a semi-random order.
The team first assessed the child's profile with a standard verbal behavior milestone tool, then tracked how many sessions each format needed to reach mastery. They also checked whether skills generalized and were maintained three weeks after treatment.
What they found
The child reached mastery more quickly with flashcard instruction than with tablet instruction. Learning in the flashcard condition looked exponential, while learning with the tablet looked more linear and slower.
Importantly, follow-up testing three weeks later found no clear difference between formats in generalization or maintenance. So the main contrast was speed during initial acquisition, not whether one format permanently outperformed the other after training ended.
What this means for learners and educators
For therapists and teachers, the study is a reminder that medium matters during early learning, even when the content is identical. A screen can feel engaging, but tactile cards, therapist pacing, and immediate social feedback may support faster progress for some learners.
For parents and designers of educational apps, the lesson is not "avoid tablets," but "do not assume digital equals better." The same pictures on a screen did not automatically produce the same learning rate in this case.
For broader educational practice, the result fits a pattern seen elsewhere: active, well-scaffolded retrieval with clear reinforcement often beats passive presentation, regardless of whether the material is printed or digital.
Limitations and what we don't know yet
This was one child in one clinical context, so the findings cannot be generalized to all autistic learners or all age groups. The license metadata for the source paper was unclear, and the summary here stays conceptual rather than quoting the original text.
We also do not know why flashcards were faster. Possible reasons include attention differences, therapist delivery, reinforcement timing, or motor interaction with physical cards. Larger comparative studies would be needed before recommending paper over screens for every receptive labeling program.