School & Classroom

Academic Technologies for College Students With Intellectual Disability.

Barbetta et al. (2021) · Behavior modification 2021
★ The Verdict

Behavior-analytic classroom tech plus UDL packaging makes college lectures reachable for students with intellectual disability—now go test it.

✓ Read this if BCBAs coaching or teaching college students with intellectual disability.
✗ Skip if Clinicians who only serve elementary or non-academic clients.

01Research in Context

01

What this study did

Higgins et al. (2021) wrote a story-style review. They hunted for tech that helps college students with intellectual disability. The tech had to use behavior-analytic steps and follow Universal Design for Learning rules.

They looked at prompting apps, response-card clickers, and self-monitoring sheets. No new experiment was run; they simply mapped what exists.

02

What they found

The paper is a menu, not a scoreboard. It lists tools but gives no win-loss record. You will not find effect sizes or sample counts.

The authors say: pair simple ABA moves (prompts, self-graphing, choral responding) with UDL choices (captions, audio, large print) and the lecture door opens for students with ID.

03

How this fits with other research

Curiel et al. (2023) widen the lens. Their 2023 scoping review counted 59 behavior-analytic tricks in regular college classes. Most lifted quiz scores. M et al. narrow the view to students with ID, but both papers push the same tools—response cards, group contingencies, PSI—showing a smooth bridge from general to special population.

Torres et al. (2021) go further and actually test one package. They taught college students with IDD to pick suitable jobs using remote audio coaching and a short mnemonic. Skills lasted and spread to new apps and new coaches. Their data fill the empty chair left by M et al.’s review.

Kuder et al. (2018) looked at autism, not ID. They found CBT and social-skills groups work on campus. Together the two reviews circle the same conclusion: behavior-analytic or CBT-based supports can survive the college leap, but we still need more trials.

04

Why it matters

You can act today. Open your slide deck and add two UDL layers: captions and a built-in response poll. While you teach, run a 2-minute self-monitoring break: students mark their own attention on a phone graph. These tiny moves cost nothing and follow the exact tech list M et al. spotlight. Start collecting your own data to join the thin evidence pile.

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Add a free response-card poll to your next lecture and have students self-graph their correct answers for five minutes.

02At a glance

Intervention
not applicable
Design
narrative review
Population
intellectual disability
Finding
not reported

03Original abstract

Institutes of higher education have encountered an increase in enrollment of students with intellectual disability (ID). This increase is due, in part, to societal movements (e.g., inclusive participation in life activities) and federal legislation. There are potential benefits to both individuals with ID and society when students within this population complete college (e.g., earn certificates, a collection of completed courses and experiences, increased future employment opportunities). Nevertheless, there are barriers to college that students with ID need to overcome to have successful experiences, particularly in their academic or functional academic courses. This paper presents numerous instructional technologies grounded in behavior analytic strategies and Universal Design for Learning (UDL) that university faculty might implement in their courses and/or recommend to their students for studying to facilitate the learning of college students with ID and their classmates.

Behavior modification, 2021 · doi:10.1177/0145445520982980