A Closer Look: Examining Teachers' Language Around UDL, Inclusive Classrooms, and Intellectual Disability.

The purpose of this study was to examine the language teachers used to discuss inclusion, Universal Design for Learning (UDL), and learners with intellectual disability (ID) in an effort to better understand how teachers describe the relationship between those three. Utilizing a secondary analysis procedure, interview transcripts from seven general education teachers were reanalyzed to identify language used by teachers to refer to inclusive educational settings, the implementation of UDL, and learners with intellectual disability. The identified themes were then juxtaposed against the UDL framework (principles, guidelines, and checkpoints) and the current literature related to UDL and inclusive education. We end with recommendations for future practice and research involving inclusive classrooms, UDL, and learners with ID.

Development of a robotic device for facilitating learning by children who have severe disabilities.

This paper presents technical aspects of a robot manipulator developed to facilitate learning by young children who are generally unable to grasp objects or speak. The severity of these physical disabilities also limits assessment of their cognitive and language skills and abilities. The CRS robot manipulator was adapted for use by children who have disabilities. Our emphasis is on the technical control aspects of the development of an interface and communication environment between the child and the robot arm. The system is designed so that each child has user control and control procedures that are individually adapted. Control interfaces include large push buttons, keyboards, laser pointer, and head-controlled switches. Preliminary results have shown that young children who have severe disabilities can use the robotic arm system to complete functional play-related tasks. Developed software allows the child to accomplish a series of multistep tasks by activating one or more single switches. Through a single switch press the child can replay a series of preprogrammed movements that have a development sequence. Children using this system engaged in three-step sequential activities and were highly responsive to the robotic tasks. This was in marked contrast to other interventions using toys and computer games.