Emotion Regulation (ER) is a developmental skill connected to a range of important outcomes. Autistic students experience differences in their capacity for ER, making this an important area for study. In Chapter 1, the Classroom Measure of Active Engagement (CMAE) was adapted to further understand students’ self-regulatory behavior. This measure was used to examine the ER of a neurodiverse sample of 59 students in TK through 4th grade general education classrooms in Northern California. Analysis compared the regulatory states of autistic and non-autistic learners, and utilized teacher reported measures to examine relationships between ER and child characteristics. Findings indicated autistic learners (M = 7.54) spent less time (mins/secs) in a well-regulated state than non-autistic learns (M = 15.47), more time showing signs of dysregulation (M = 7.45, M = 5.03, respectively), and more time dysregulated (M = 7.22, M = 2.44, respectively) within academic contexts. Analyses also revealed relationships between ER and teacher reported measures of sensory processing, executive functioning, and behavior problems. Chapter 2 presented a case study of how one autistic learner managed his regulatory states during a kindergarten mathematics lesson in a general education classroom. This study explored features of the instruction and environment when the student was well-regulated or showing signs of dysregulation. Findings highlighted how opportunities for deep focus, tactile, and visual learning supported a well-regulated state. Language-heavy instruction, demanding redirections or shifts in attention, related to signs of dysregulation. Both studies provide valuable insight into the ER of elementary-aged students within general education classrooms, with a special focus on the regulatory behaviors of autistic learners.
Key terms: Emotion regulation, physiological arousal, sensory processing, executive functioning, behavior problems, autism, general education, classrooms, instruction, participation, neurodiversity