Self-instructional intervention for teaching generalized problem-solving within a functional task sequence

Effects of an intervention that combined self-instruction with multiple exemplar training on the generalized problem solving of five high school students with severe mental retardation were examined. Innovative features of the intervention included (a) preteaching self-instruction to proficiency with one exemplar before introducing multiple exemplars and (b) embedding problem situations within a functional task sequence. Findings indicated that all students learned to perform five trained problem responses and five generalized responses while self-instructing. The self-instructional intervention appeared to decrease training time required to self-instruct as well as to decrease variability with which participants verbalized their self-instructions.