Decreasing transition times in elementary school classrooms: Using computer-assisted instruction to automate intervention components.

The team set up a computer to cue kids when it was time to switch subjects. The cues were short sounds and pictures shown on a screen in the classroom.

They used an ABAB reversal design. This means they turned the computer cues on, off, on, off to be sure the cues caused the change.

The study took place in a regular elementary classroom. The paper does not list student diagnoses, so we treat them as general-ed learners.

When the computer cues were on, kids moved to the next task faster and started working right away.

Teachers gave fewer reminders and more praise. Everyone won: shorter down-time, more learning, less nagging.

Rutter et al. (1987) already showed that simple antecedent prompts cut transition time in preschoolers with delays. Foti et al. (2015) now show a machine can deliver those prompts just as well, freeing the teacher.

Ledbetter-Cho et al. (2023) push the idea further. They let teachers run short video schedules during math and also saw more on-task behavior and less stereotypy. The 2015 study automates the cue; the 2023 study keeps teacher control but adds video. Both boost engagement.

Miller et al. (2018) and Williams et al. (2002) used computers to teach eye gaze and reading. They remind us that the same tool can target many skills, not just transitions.

You can shrink transition time without adding staff or extra vocal prompts. Load a slide deck with a chime and a picture. Hit play when it is time to switch. Watch kids move faster while you save your voice for praise. Try it during one tough transition this week and track the seconds.