Students of all ages and abilities must be given the opportunity to learn academic skills that can shape future opportunities and careers. Researchers in the mid-1970s and 1980s began teaching young students the processes of computer programming using basic coding skills and limited technology. As technology became more personalized and easily accessible in the early 2000s, there was renewed interest in preparing students with the computer programming skills necessary for their education and possible career choices. The purpose of this single case study was to explore the feasibility of teaching early elementary students with Down syndrome basic computer programming skills using evidence-based practices (i.e., explicit instruction), physical manipulatives, and a robot. All participants (n = 3) successfully completed the intervention. Results, limitations, and future research directions are discussed.

Contemporary challenges confronting special education teachers include, in part, workload, role ambiguity, evaluation, and shortages. Based on these and other challenges, the piece-meal fragmented approach to pre- and in-service training, which exists currently, needs to be replaced with 21st century models of special education teacher development that are seamless, technology enabled, comprehensive, cohesive, and career spanning. In this article, the authors briefly address persistent and unresolved challenges, identify contemporary change drivers, and discuss ways in which teacher education professionals could leverage the drivers to inform the development of 21st century models for special education teacher development aimed at improving outcomes for students with disabilities. Change drivers include the digital revolution, the diversity gap, the credibility factor, the demand for collective impact, and the culture of we. The authors conclude with a call to action.

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