From Accommodations to Accessibility: Redesigning Engineering Education for Neurodivergent Learners

February 12, 2026 - 19:13

A quiet revolution is taking place in engineering classrooms, shifting the focus from retroactive accommodations to proactive, inclusive design. At the forefront is Professor of Teaching Jason White, who is fundamentally rethinking a chemical engineering course to better serve neurodivergent learners.

Moving beyond traditional methods, Professor White is implementing principles of Universal Design for Learning (UDL). This framework aims to create a flexible learning environment from the outset, providing multiple means of engagement, representation, and expression. The goal is to remove unnecessary barriers to learning, benefiting not only neurodivergent students—such as those with ADHD, autism, or dyslexia—but the entire class.

In practice, this redesign involves varied teaching materials, offering information through text, video, and interactive models. Assessments are becoming more flexible, allowing students to demonstrate knowledge in different ways, not solely through high-pressure exams. The physical and digital classroom layout is also considered to reduce sensory overload and anxiety.

This approach marks a significant philosophical shift. Instead of requiring students to request individual accommodations, the curriculum itself is built to be inherently accessible. By embracing neurodiversity, educators like Professor White are not just leveling the playing field; they are fostering a richer, more innovative educational experience that prepares all future engineers for a diverse world. The initiative highlights a growing recognition that inclusivity strengthens the entire field of engineering.