Social skills deficits may hinder learning, terminate relationships, and impede employment. Individuals with autism and intellectual disability are often characterized with difficulties in social judgement, emotions, and interpersonal relationships, all of which can lead to disruptive and aggressive behaviors. Explicit instruction, video modeling, and video feedback are research-based practices that have been used to teach conversation skills to individuals, particularly children with developmental disabilities and social impairments. This study examined the effects of explicit instruction combined with video modeling and video feedback in teaching six adults ages 18-20 with autism and intellectual disability skills for initiating a conversation. A multiple baseline across dyads design was used to teach these skills in a post-high school transition program. The dependent variable was the number of correct conversation initiation responses. The independent variable was an intervention package that included explicit verbal instruction with interspersed video modeling clips, followed by video feedback. All six participants acquired the skills and were able to initiate a conversation, and five participants maintained these skills over time, demonstrating them without the intervention. Implications for practitioners are described as well as suggestions for future research.

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Video self-modeling has been used in the past to teach many skills to children with autism. Children with Autism Spectrum Disorders have a lack of language processing, expressive communication, and social skills. These deficits may impact the ability to function in the general education classroom. The current investigation examined the effects of using video self-modeling with an iPad device to teach inclusion readiness skills to children with autism. The specific group directions that were taught were cleaning up, lining up, and sitting down. Three young children with autism participated in this study. A multiple baseline design across behavior and subjects was used. All three participants reached mastery criteria in all three behaviors. Experimental control was shown with the multiple baseline across subjects. Moreover, experimental control was established with the multiple baseline across behaviors with one of the participants. Due to generalization across behaviors, experimental control was shown with two of the behaviors with a second subject. When video models were discontinued and maintenance probes were conducted, all three children maintained group direction skills. Results showed that the prerequisite classroom skills were effectively taught to children with autism using video self-modeling. The results are discussed in terms of implications for the general education classroom and future research directions. / Educational Psychology

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The purpose of this study was to evaluate the effectiveness of teaching self-instructional skills to navigate to a mobile device to access video prompts to teach novel behaviors to two adults with autism spectrum disorder (ASD) in a vocational setting. This study used a multiple probe across conditions design to evaluate effectiveness. In baseline, the researcher directed the participants to complete a novel task and collected data on correct steps completed. In technology training the researcher used a system of least prompts procedure to teach participants to initiate the use of the mobile device, navigate to an app, navigate to the specific behavior schedule, watch video prompt, navigate to the next step, and complete the modeled behaviors. After mastery of technology training, researcher evaluated performance of novel tasks following self-instruction to access video prompts on the mobile device. Participant’s fidelity of navigation skills was assessed, however was not included in mastery criterion. Both participants learned to self-instruct to independently access video prompts on a mobile device. One participant self-instructed using the mobile device and video prompts to correctly complete novel tasks.