The effects of precision teaching and self-regulation learning on early multiplication fluency

Fluent recall of basic facts is essential to the development of more complex math skills. Therefore, failure to develop fluency with basic facts may impede the development of these skills. The present study used a between groups experimental design to investigate whether a basic facts fluency program, implemented within a self-regulated learner (SRL) framework, could lead to increased fluency with multiplication facts for Year 5 and Year 6 New Zealand students (9–10 years old). This study also investigated the extent to which the SRL program altered students’ basic facts practice behavior outside of school hours. The study found that the SRL program resulted in rapid fluency development that was maintained over time. Nomothetic and idiographic analysis confirmed that the program was suitable for use within Tier 1 of the response to intervention framework. In addition, the study also found that students who received the program altered their practice behavior outside school hours. The results from this study show how elements of self-regulated learning and precision teaching can be successfully combined to enhance students’ mathematics achievement

Using Taped-Problems and Rewards to Increase Addition-Fact Fluency in a First Grade General Education Classroom

We used a multiple baseline design across math facts to evaluate classwide use of a taped problem (TP) intervention on first graders' digits correct per minute in a general education classroom. During TP, students attempted to respond to each math fact before they heard the answer on an audiotape. As problems were repeated, response intervals were varied and individual and group feedback and rewards were provided contingent upon improved performance. Across all 3 sets of problems, digits correct per minute increased following the use of TP. We discuss the efficacy of TP as an instructional (as opposed to remedial) procedure, practical implications for teachers, and areas for future research