School & Classroom

Teaching selected microcomputer skills to retarded students via picture prompts.

Frank et al. (1985) · Journal of applied behavior analysis 1985
★ The Verdict

Paper picture prompts alone can give learners with ID full control of a computer program.

✓ Read this if BCBAs teaching computer skills in special-ed classrooms.
✗ Skip if Clinicians whose clients already use on-screen prompt apps.

01Research in Context

01

What this study did

Five students with intellectual disability learned to start and quit a computer program.

The teacher taped picture cards above the monitor. Each card showed one step.

A multiple-baseline design proved the prompts worked before any student moved to the next step.

02

What they found

All five students mastered the steps. They kept the skill weeks later.

They also opened a new, untrained program without extra teaching.

03

How this fits with other research

McMillan et al. (1999) and Lancioni et al. (2000) took the same idea and put the pictures inside the computer. Their adults with severe ID got more steps right than with paper cards.

Vedora et al. (2016) used picture prompts plus a short wait to teach receptive labels to autistic teens. The tool stayed the same; only the skill changed.

Shimizu et al. (2010) also ran a multiple baseline across students with DD, but they shaped mouse moves instead of program access. Same design, new target.

04

Why it matters

You can teach computer routines with cheap paper prompts first. Once the chain is fluent, fade the cards or switch to on-screen cues as E et al. later did. Start simple, then upgrade the tech only if needed.

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Tape three photo cards above the classroom computer: press On, click the icon, click Quit.

02At a glance

Intervention
prompting and fading
Design
multiple baseline across participants
Sample size
5
Population
intellectual disability
Finding
positive

03Original abstract

Five retarded students were taught to use picture prompts to help them access and terminate a microcomputer program. Training was provided within a multiple baseline format. Posttesting (picture prompts without feedback), and a return to baseline were later conducted for both the training program and an untrained (generalization) program. The results indicate that the program was successful in teaching the microcomputer skills to the students. In addition, all students were able to maintain their skills over a 7-day interval in which they did not have access to the microcomputer.

Journal of applied behavior analysis, 1985 · doi:10.1901/jaba.1985.18-179