ABSTRACT
We taught seven preschoolers with developmental disabilities to point-and-click with a computer mouse. The computer-based training program consisted of three parts, based on a task analysis of the behavioral prerequisites to point-and-click. Training 1 was designed to shape moving the mouse. Training 2 was designed to build eye-hand coordination by teaching the children to move the on-screen cursor onto specific items on the screen. Training 3 was designed to teach pressing and releasing the mouse button. An instructor provided prompts and blocking to facilitate skill acquisition. A multiple baseline design across participants was used to evaluate the effectiveness of the training program. The results showed that all participants learned to point-and-click after exposure to the training program.
Subject(s)
Computer Peripherals , Computer-Assisted Instruction/methods , Developmental Disabilities/rehabilitation , Education, Special/methods , Psychomotor Performance/physiology , Child, Preschool , Developmental Disabilities/physiopathology , Follow-Up Studies , Humans , Male , Motor Skills/physiologyABSTRACT
Programmed Instruction combined with experimenter-provided prompts (physical, verbal, and gesturing) was used to teach pointing with a computer mouse. Three preschoolers who scored at least 1 year below their chronological age levels participated. During the pre-assessment, none of the participants demonstrated pointing. However, they could press and release the mouse button. Programmed Instruction consisted of three stages, based on an analysis of the behavioral prerequisites for pointing. Stage 1 was designed to teach participants to move the mouse. Stage 2 was designed to teach participants to move the on-screen cursor onto specific items on the screen. Stage 3 was designed to teach participants to click on specific items on the screen. Experimenter-provided prompts were used to facilitate skill acquisition at each stage. The post-assessment showed that all participants learned pointing after intervention. The intervention package consisting of Programmed Instruction and experimenter-provided prompts was effective for teaching the hand-eye coordination required for pointing.
