Towards minding the disability achievement gap: the case of technology-enhanced inclusive embodied design for integer arithmetic

Research from Educational Technology Research and Development highlights the potential of technology-enhanced inclusive embodied design to address the disability achievement gap, particularly in challenging mathematical concepts. The study leverages the Special Education Embodied Design (SpEED) framework to concretize abstract ideas like integer arithmetic, which often pose difficulties for students, especially those with disabilities. This approach moves beyond traditional axiomatic procedural teaching by making concepts accessible through interactive, embodied learning experiences.

Why it matters

This research is strategically important because it identifies a pathway to improve educational outcomes for all students, particularly those with disabilities, by leveraging technology and innovative design. Addressing the disability achievement gap through inclusive pedagogical approaches can enhance workforce readiness and societal participation, contributing to broader human capital development.

Key insights

• Traditional constructivist pedagogy, while promoting interactive learning, sometimes falls short when abstract concepts are difficult to concretize, leading to reliance on procedural rules.
• Students with disabilities are disproportionately affected by compromised educational design that fails to make concepts accessible.
• The research asserts that all mathematical concepts can be made accessible to all students.
• Basic integer arithmetic presents a challenge due to its non-intuitive ontological constitution and procedural complexity.
• The Special Education Embodied Design (SpEED) framework was utilized to develop an inclusive, technology-enabled approach to teach integers.

Source

Educational Technology Research and Development — https://link.springer.com/article/10.1007/s11423-026-10704-0