The researcher investigated 17 participants, ten novices' and seven experts', scores of facial emotion and decision-making while engaged in a special education simulated case conference, SchoolSims. Educational leaders' facial emotions during decision intervals were examined to determine if differences existed between novice and expert computer evidence scores of decision-making and facial emotion. Results indicated no significant differences between groups, but mean evidence scores of joy, surprise, anger, and disgust were expressed at higher levels by novice leaders. While expert leaders' scores of facial emotion were expressed less frequently scores of each emotion remained close to the group mean as indicated by standard deviation scores. Implications to identified facial emotion and decision-making differences provide initial exploratory findings in potential differences between novice and expert leaders' decision-making and emotional response when leading a simulated conference. This study created a structure for use of simulation and online facial tracking in an online environment. Further investigation of education leaders moving from simulation decision-making to real environments is needed. Future directions should include providing educational leadership with the effects of different facial emotions during decision-making in simulated learning environments as part of their preparation program to increase their capacities in effectively working with families and ultimately in improving outcomes for students with disabilities.

The purpose of this study was to examine the relationship between the introduction of education assistance dogs (EAD) on the attendance, verbal communication utterances, and maladaptive behaviors of students on behavior intervention plans who were enrolled in self-contained, special education classrooms. Teachers in two elementary classrooms and one middle school classroom gathered data on the three areas of focus. The researcher then utilized a single subject design and corresponding line graphs to represent the data. The results indicated a positive trend in the scores for verbal communication utterances and maladaptive behaviors among targeted students after end introduction of the EAD. The results were inconclusive for student attendance. These results suggested that the large, urban, Central Florida school district in which the study was conducted may want to consider continuation of the EAD program to gather additional data.

Individuals with intellectual disabilities (ID) are known to have deficits in problem-solving skills within the realm of social communication, which may pose a barrier to employment (Livermore & Goodman, 2009). The ability to provide appropriate verbal responses is critical to success in an inclusive workplace for people with ID (Alber, Heward, & Hippler, 1999). Foley and colleagues (2013) found individuals with ID with strong communication skills were more likely to be engaged in independent employment than peers with weak communication skills. Furthermore, the Workforce Innovation and Opportunity Act (WIOA; 2014) mandated improved access to inclusive employment opportunities for people with disabilities. However, social communication for the workplace is a seldom addressed skill (Langford, 2013; Matsumoto & Hwang, 2013b). In an attempt to contribute to the research base surrounding workplace communication skills for individuals with ID the researcher conducted an experimental group design study to examine the effects of mixed-reality virtual peer interactions on workplace problem-solving. The Innovative Facilitation of Requisite Communication Skills for Employment (In-FORCE) intervention consisted of four 5-minute interactions with a virtual avatar playing the role of a peer in the TLE TeachLivE (TLE) virtual environment. Each participant in the treatment group completed the intervention. During interactions participants discussed workplace problem scenarios with the peer avatar, and received coaching and feedback from the avatar. Scenarios were based on a soft skills curriculum from the U.S. DOL (n.d.) and were validated by experts in the field of entry level employment. Problem-solving achievement was measured using a checklist. Checklist data were analyzed between pretest and posttest based on group assignment using a repeated measures analysis of variance (ANOVA) with one factor between. The results of the analysis indicated positive change between pretest and posttest for individual members of the treatment group, but the results were not statistically significant. A possible reason for this lack of significance is the minimal amount of time participants spent engaged in the intervention. The 20 minutes total intervention time was advantageous as it (1) required participants to spend minimal time away from regular daily activities; (2) controlled the emotional impact of the interactions, as 5 minutes in a simulator has been found to have to the emotional equivalence of 30 minutes of human interaction (Dieker, Hynes, Hughes, & Smith, 2008); and (3) it allowed the intervention to be delivered at the cost of $40 per participant. Despite controlling for time in this study, more time engaged in the intervention may have led to more noticeable results. Building upon potential changes and future implications the researcher discusses the findings, implications for problem-solving and employment skills training, and the reconceptualization of research practices for individuals with ID.

Teachers, special and general educators alike, are required to teach a variety of students including students with ASD. With a rise in the prevalence of autism by 119.4% since 2000 (Centers for Disease Control and Prevention [CDC], 2016) and 39% of students with ASD being served in general education classrooms for over 80% of the school day (U.S. Department of Education, 2015), teachers need to be prepared to effectively teach this population. To better prepare teachers, the researcher conducted a two-phase study, situated in the framework of the Skill Acquisition Model (Dreyfus & Dreyfus, 1986) to explore the behaviors of novice and expert teachers in a simulated secondary inclusive environment. This classroom included a virtual student with autism. In phase one, the researcher conducted a Delphi Study to determine the best practices, perceived by experts in the field, for teachers who serve students with ASD in inclusive secondary environments. During phase two, the researcher used the list of skills identified as a framework to observe and interview 10 teachers, five novices and five experts, in a simulated secondary inclusive environment. The researcher identified 11 high leverage simulation practices (HLSP) that expert teachers should use while teaching in a simulated secondary inclusive environment. Observations and reflections of expert and novice teachers were analyzed, finding only 4 HLSP among experts and 5 HLSP among novice teachers. Additional HLSP were seen through the teachers' reflections. Data were analyzed and discussed in detail. Implications for practice and recommendations for future research in teacher preparation is provided.

Social and communication deficits are a core feature of Autism Spectrum Disorders (ASD) and impact an individual's ability to be a full participant in their school environment and community. The increase in number of students with ASD in schools combined with the use of ineffective interventions have created a critical need for quality social-communication instruction in schools for this population. Technology-based interventions, like robots, have the potential to greatly impact students with disabilities, including students with ASD who tend to show increased interest and engagement in technology-based tasks and materials. While research on the use of robots with these learners is limited, these technologies have been successfully used to teach basic social-communication skills. The purpose of this study was to examine the effects of a social-communication intervention for young children with ASD that is rooted in evidence-based practices and utilizes a surrogate interactive robot as the primary interventionist. This study utilized a multiple baseline design across behaviors to determine the impact of the robot-assisted intervention on the manding, tacting, and intraverbal skills of four, 3-year old students with ASD. The researchers found that this intervention was effective in increasing the rate of all three the target behaviors.

Students with disabilities are included into general education classrooms to receive instruction with increasing frequency. To facilitate this inclusion, co-teaching is frequently used as a service delivery model (Friend, 2016; Murawski & Bernhardt, 2016). Co-teaching is a service delivery model where a general and special education teacher work in a collaborative environment to instruct students with and without disabilities (Friend, 2007, 2016). In using this approach, teachers are not always provided with the professional development (PD) necessary to effectively facilitate the co-teaching partnership. In this study, the researcher conducted a quasi-experimental study to examine the effects of a 10-minute online coaching PD intervention on student achievement, co-teachers' use of different models of co-teaching, and opportunities to respond in secondary math classes. The researcher observed 30 minutes of instruction in co-taught and solo-taught classes at the beginning and the end of the intervention. The results indicated a change from pre- to post-observation of students being more engaged, student talk increasing, and teachers using multiple models of co-teaching. Additionally, the researcher collected student growth scores for both solo and co-taught classes. The results of the analysis indicated students' scores improved significantly in the co-taught compared to the solo-taught classes after the coaching intervention. The researcher discusses the findings, implications, and best practices for use with secondary co-teaching teams.

Researchers suggest students at the preschool and kindergarten grade levels are active learners and creators and need to be exposed to science, technology, engineering, and mathematics (STEM) curriculum. The need for student understanding in STEM curriculum is well documented, and positive results in robotics, computer programming, and coding are leading researchers and policy makers to introduce new standards in education. The purpose of this single case design study is to research the abilities of kindergarten students, with and without intellectual disabilities (ID), to learn skills in computer programming and coding through explicit instruction, concrete manipulatives, and tangible interfaces. While constructionist methodology is typically used to teach robotics, best practice for students with ID is explicit instruction. For this reason, a group of students with ID and a group of students without ID were taught to program a robot to move in a square, through explicit instruction, and by using the iPad application, Blockly. It was discovered that students in both groups were capable of programming the robot, though students learned at different rates. Introducing STEM to students with and without ID at an early age could prepare students for future STEM careers and encourage students with ID to pursue STEM-related paths.

The goal of this research was to determine how the self-awareness process of expressing emotions and identifying emotions of others was impacted during a mirror-based intervention for first grade students from inclusive classrooms. The study investigated the extent that a two-way mirror display helped eight students increase their level of awareness when expressing emotions and identifying the emotions of others. Traditional assessment measures for assessing empathy and accuracy in perception of emotions of others have relied on binary, forced choice responses that have not addressed a student's level of awareness, or increased awareness in identifying the emotions of others. Further, binary tests of theory of mind (ToM) and empathy that provide 'either/or' assessment do not account for an individual's level of ToM or empathy in identifying emotions of others, when 100% accuracy is not achieved 100% of the time. A two-way mirror served to provide a real time, real world opportunity for students to examine their own expression of a given emotion, while the student on the non-reflected side simultaneously evaluated the accuracy of that emotion. The accuracy of the projected emotion was evaluated and results indicated an increase in accuracy of expressing emotions. This research study introduced a three choice assessment measure, 'The Emotion Word Assessment (EWA) that provided students choices in identifying their peers' emotion, and was used to assess accuracy and increases in correct choices, with concomitant changes in student own awareness of their emotion expression and the awareness of others' emotions. Constructs of ToM, empathy, cognitive empathy and affective empathy, cognitive processing, compassion, and sympathy were examined and recommendations for future empathy and emotional assessment provided.

This single case multiple baseline research study examined choice-making as a means to decrease the frequency of self-injurious behaviors in six students with severe disabilities. Five males and one female between the ages of 14 and 21 participated in the five-week intervention. The following research questions were addressed: 1) Does the choice-making intervention reduce hitting, biting, and self-injurious behaviors? 2) How much time does the choice-making intervention add to the classroom teacher's preparation? 3) What costs are associated with the choice-making intervention during an average lesson? The choice-making intervention was associated with positive behavioral outcomes for all of the students. The intervention added both time and cost to the lessons. Implications and areas for future research are discussed.

The researcher in this investigation describes the similarities and differences of movement in preschool and kindergarten classrooms for young children with developmental delay. Through the use of a mixed method research design, the researcher examined how movement is integrated throughout a school day and integrated into teacher-directed mathematics activities. This study used a multiple case study method that included observations of preschool (n = 3) and kindergarten (n = 3) classrooms to determine similarities and differences in movement. In addition, a quantitative measure was embedded within the multiple case study design to compare movement of children with developmental delay. A thematic analysis resulted in themes connected to movement and teachers' perceptions in preschool and kindergarten. Preschool case themes included the use of videos with music for movement, literacy movement, physical transitions, fine motor activities, free play and fine motor manipulatives. Kindergarten case themes included: physical transitions, special areas, fine motor activities, and fine motor workbook activities. The researcher determined that while young children with disabilities in kindergarten classrooms exhibited higher levels of physical activity, as measured by steps taken, than young children with disabilities in preschool classrooms, preschool teachers consistently integrated a variety of movement activities at a higher rate. The results of this study exposed the need for a shared community interest of developing a scaffolding structure between preschool and kindergarten to ensure an effective transition between settings for children with DD.