Facilitating generalization of on-task behavior through self-monitoring of academic tasks.
Teach kids to count their own finished work in a quiet room and the on-task gains carry into class for months.
01Research in Context
What this study did
Six children learned to track their own work completion. Some kids had no diagnosis, others had mixed needs.
The trainer first taught the skill in a quiet lab. Later the kids used the same plan in their regular classroom.
A multiple-baseline design showed when each child started self-monitoring.
What they found
Every child stayed on task more once they counted their own finished work.
Two kids still benefited one full school year later.
How this fits with other research
Duker et al. (1991) ran a direct replication. They also saw more on-task behavior when kids noted their own work.
Rosenbloom et al. (2019) and Fiene et al. (2015) extended the idea. They gave students with autism apps or watches instead of paper. The tech tools worked just as well.
Leif et al. (2026) seems to disagree. They found self-monitoring alone did nothing for task engagement in students with developmental disabilities. The difference: they measured true engagement, not just sitting still, and their learners needed extra reinforcement to stay involved.
Why it matters
You can teach almost any student to watch their own work. Start in a quiet spot, then move to the real classroom. The simple paper method still works, but apps and watches are fine upgrades. If the child has IDD, pair the self-count with praise or points so the work itself pays off.
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02At a glance
03Original abstract
This study (1) examined whether a self-monitoring procedure taught in a laboratory setting would increase independent on-task behavior there and would generalize without further teaching to a classroom setting, and (2) analyzed the durability of the training effects over the course of 5 months for one subject and 10 months for two other subjects. Two multiple-baseline designs, one across three normal and the other across three deviant children, showed that self-monitoring of academic task-completions facilitated on-task responding for all subjects in the generalization (classroom) setting. A subsequent reversal design showed that these effects were durable, in two of the three subjects still available, at least as much as 1 year after commencement of training. This latter design also suggested that one subject who was not maintained by self-monitoring could be supported in on-task behavior by a peer who was maintained by self-monitoring.
Journal of autism and developmental disorders, 1979 · doi:10.1007/BF01531449