Can we design better tools to help neurodiverse students succeed?

Despite growing awareness, our education systems still largely cater to neurotypical learners. For neurodiverse students (those with conditions such as autism, ADHD, dyslexia, dyspraxia, and others), traditional classrooms can be overwhelming. Sensory overload, rigid expectations, and communication barriers are just a few of the daily challenges they face.

Neurodiversity is not a deficit; it represents a difference in how individuals think, learn, and process information. However, most digital learning tools and environments are not built with these differences in mind. This oversight creates significant barriers to learning and personal development.

Standard educational tools frequently fail to support critical needs such as:

• Visual or spatial learning preferences

• Interfaces with minimal distractions

• Non-traditional input and navigation methods

• Flexible pacing and individualized feedback

The consequence is not a lack of capability, but a systemic failure to design inclusively. This leads to disengagement, underperformance, and untapped potential—simply because the tools are misaligned with how neurodiverse learners thrive.

Key Questions to Help Brainstorm Solutions:

1. What do neurodiverse learners say they need most from digital tools in the classroom?
   

2. How can we co-design learning technology with neurodiverse users involved from the start?
   

3. What sensory and cognitive features make digital tools more (or less) usable for neurodiverse students?
   

4. Can AI-driven systems personalize learning paths without overwhelming the user with options?
   

5. How can we reduce distractions in interfaces while still offering rich, interactive content?
   

6. What are the best low-tech and high-tech examples of neurodiverse-friendly tools in use today?
   

7. How can teachers and support staff be empowered to identify and use the right tools for neurodiverse learners?
   

8. What role can schools, edtech companies, and policymakers play in building inclusive design standards?
   

9. How do we measure the effectiveness of tools created specifically for neurodiverse users?
   

10. How can existing mainstream tools be adapted rather than replaced to serve a more diverse range of learners?