Behavior skills training for teaching and generalizing self-instruction skills for students with intellectual disability.

Research demonstrates that combining video modeling and visual activity schedules into video activity schedules has been effective in increasing independence for students with disabilities. However, the instructional procedures used to teach students to acquire the necessary skills to navigate those tools vary among existent research. In this study, a behavior skills training package was investigated within a multiple probe design across participants, to determine if four elementary aged participants with intellectual disability could acquire self-instruction skills to navigate a video activity schedule. Three participants acquired the self-instruction skills using behavior skills training. After learning how to navigate the video activity schedules, the same three participants generalized and maintained the self-instruction skills to perform additional novel behaviors. The results suggest that behavior skills training may be an effective instructional strategy for teaching self-instruction skills and a means to program for generalized behavior change for students with intellectual disability.

Measuring Police Officer Self-efficacy for Working with Individuals with Autism Spectrum Disorder.

Autism spectrum disorder (ASD) is currently one of the most researched of all childhood developmental disorders and is receiving attention in many domains. The purpose of this study was to design and provide psychometric evidence for a scale that measures police officer self-efficacy for working with individuals with ASD. Psychometric properties of a scale designed to measure knowledge of ASD were also explored. Data from 620 police officers were collected and a 13-item scale was created and evaluated. Results indicated that the scale represented a unidimensional construct. Knowing more about officers' knowledge and beliefs in their own capabilities to work with individuals with ASD can help inform future police education and training efforts.

Can I teach students with Autism Spectrum Disorder?: Investigating teacher self-efficacy with an emerging population of students.

Currently, 1 in 68 children in the U.S. is diagnosed with Autism Spectrum Disorder (ASD; Centers for Disease Control & Prevention, 2015) and this growing population of learners has been noted as one of the most challenging groups to teach. Teacher self-efficacy, the belief teachers hold about their instructional capabilities, has been shown to differ according to contextual factors, such as the type of students teachers face. The purpose of this investigation was to develop an instrument that can used to measure teachers' self-efficacy for effectively working with students with ASD. Study 1 involved the development and evaluation of a new instrument, the Teacher Self-Efficacy for Students with Autism Scale (TSEAS) with a sample of general and special education teachers in the U.S. (N = 120). Study 2 involved a cross-validation of the measure with teachers in Australia (N = 85). Results indicated that the scale represented a unidimensional construct in both studies. Self-efficacy for teaching students with ASD was distinct from, though positively related to, general teaching self-efficacy, job satisfaction, and self-regulation. Using a student-specific teaching self-efficacy measure might provide more useful information for supporting teachers' beliefs for teaching students with ASD.

Scripted and Unscripted Science Lessons for Children with Autism and Intellectual Disability.

Both scripted lessons and unscripted task analyzed lessons have been used effectively to teach science content to students with intellectual disability and autism spectrum disorder. This study evaluated the efficacy, efficiency, and teacher preference of scripted and unscripted task analyzed lesson plans from an elementary science curriculum designed for students with intellectual disability and autism spectrum disorder by evaluating both lesson formats for (a) student outcomes on a science comprehension assessment, (b) sessions to criterion, and (c) average duration of lessons. Findings propose both lesson types were equally effective, but unscripted task analyzed versions may be more efficient and were preferred by teachers to scripted lessons. Implications, limitations, and suggestions for future research are also discussed.

Video Modeling and Observational Learning to Teach Gaming Access to Students with ASD.

The purpose of this study was to evaluate both video modeling and observational learning to teach age-appropriate recreation and leisure skills (i.e., accessing video games) to students with autism spectrum disorder. Effects of video modeling were evaluated via a multiple probe design across participants and criteria for mastery were based on these results. Secondary measures were collected on observational learning across participants and behaviors. Participants included 4 children with autism, ages 8-11, who were served in self-contained special education classrooms. Results indicated a functional relation between video modeling and increased independence in gaming; observational learning occurred for at least some steps across students. Results, implications for practitioners, limitations, and ideas for future research are discussed.

Evaluating visual activity schedules as evidence-based practice for individuals with autism spectrum disorders.

A comprehensive review of the literature was conducted for articles published between 1993 and 2013 to evaluate the quality of the Visual Activity Schedules (VAS) literature using current evidence-based criteria developed by Horner et al. (Except Child 71:165-179, 2005). Authors sought to determine whether VAS can be considered an evidence-based practice by expanding on the findings from previous reviews. A total of 31 studies met inclusion criteria for the use of VAS to various behaviors to students with autism spectrum disorder (ASD). Of these studies, 16 met criteria for acceptable quality. Results suggest that VAS can be considered an EBP for individuals with ASD, especially when used in combination with systematic instructional procedures. VAS can be used to increase, maintain, and generalize a range of skills of individuals from preschool through adulthood in a variety of settings (e.g., general education, community). Implications for practitioners using VAS, limitations, and recommendations for future research are discussed.

Talking Picture Schedules: Embedding Video Models into Visual Activity Schedules to Increase Independence for Students with ASD.

Studies examining video modeling and visual activity schedules independent of one another have been shown to be effective in teaching skills for students with autism, but there is little research about the effectiveness of combining the two methods. Use of visual activity schedules with embedded video models via an iPad application was investigated to determine if high school students with autism could transition within and between novel activities (e.g., writing paragraphs, setting a table, data entry) using a multiple probe across participants design. Findings indicate youth with autism were able to independently transition within and between tasks. Students exhibited high rates of generalization to the static visual activity schedules and novel task exemplars after the embedded video model was removed.