Wearable technologies for students with disabilities

Students with disabilities typically experience academic, social, and behavioural challenges in school. Some of these students also often experience anxiety and stress associated with school situations and events. Wearable technologies are an emerging innovation in the United States that can support students with disabilities during stressful academic or social situations. This article discusses issues associated with wearables, offers questions to consider when considering a wearable device for a student, and describes several wearable technologies for students with disabilities.     

Using the Self-regulated Strategy Development Model to Support Middle-level Writing

Writing is a complex and difficult skill for many middle-level students. Therefore, teachers must invest considerable time and apply evidence-based instructional approaches when teaching writing. This article describes the self-regulated strategy development (SRSD) approach to teaching writing and provides examples of each step of the approach with ideas for differentiating strategy-based writing instruction for middle-level students.     

Establishing Parity in Middle and Secondary Co-taught Classrooms

Co-teaching is one approach for providing instruction in the general education classroom for students with and without disabilities. In this approach, two licensed teachers (usually one general educator and one special educator) teach a diverse group of students. Researchers have confirmed that often co-teachers do not experience parity; that is, they do not share, distribute, and implement tasks equally. Often, the special educator assumes the role of a paraprofessional rather than an equal. This article presents reasons for this lack of parity and provides specific ideas for honoring the expertise of both co-teachers.     

Wearable Technologies for Anxious Adolescents

Abstract

Nearly one in three adolescents in our country experience stress or anxiety to the extent that it negatively effects their ability to cope with daily life demands. However, educators are not well prepared to support students who have anxiety-related issues. One approach for supporting adolescents with anxiety-related issues involves the use of wearable technologies. These devices support self-regulation by providing real-time physiological marker information. Wearers can then become more mindful of their stress at that moment and implement positive stress or anxiety-reducing interventions. This article provides an overview of wearable technologies and related research and describes steps that support adolescents who have wearables for addressing their anxiety.     

The curriculum of climate change education: A case for Singapore

The inclusion of the climate change topic in the curriculum of school subjects in Singapore was pivotal, such that it positioned the discourse squarely in the structure of Singapore's education system. In an examination of the intersections and disjoints between state policies on climate change against the programmatic curriculum, results showed that there is no strong policy curriculum that mandates how climate change should be learned in Singapore, even though it is present in several school subjects. The topic is included in school subjects through the initiative of subject disciplinary specialists and middle managers of the education ministry. This exemplar has implications on how climate change education policy and practice can be shaped elsewhere.     

A spectral theoretic approach to fault analysis in linear sequential circuits

A stepwise fault analysis procedure for the class of digital circuits known as Linear Sequential Circuits (LSC) is presented where the LSC is defined over a finite field. The development of a spectral theory for this class of systems provides a mechanism for exploiting the LSC's memory. This, in general, allows fewer test inputs than would be required for fault analysis of a memoryless circuit of similar complexity.     

Additive benefits of external focus and enhanced performance expectancy for motor learning

The authors examined the individual and combined influences of 2 factors that have been shown to benefit motor learning: an external focus of attention and enhanced performance expectancies. Another purpose of this study was to gain further insight into the mechanisms underlying these variables. In a factorial design, participants learning a novel motor skill (i.e., throwing with the non-dominant arm) were or were not given external focus instructions, and were or were not provided bogus positive social-comparative feedback to enhance their expectancies. This resulted in 4 groups: external focus, enhanced expectancy, external focus/enhanced expectancy and control. External focus instructions and enhanced expectancies had additive benefits for learning: the external focus/enhanced expectancy group demonstrated the greatest throwing accuracy on both retention and transfer tests, while the accuracy scores of the external focus and enhanced expectancy groups were lower, but higher than those of the control group. Furthermore, self-efficacy was increased by both external focus and enhanced expectancy, and predicted retention and transfer performance. Positive affect was heightened in the enhanced expectancy and external focus/enhanced expectancy groups after practice and predicted transfer performance. The findings suggest that the learning benefits of an external focus and enhanced expectancies mediate learning through partially different mechanisms.