Funding for this project is generously granted by Google.org

Expanding Computer Science and AI Education Capacity, Access, and Participation for Students with Disabilities through Scaled Teacher Professional Development

We are committed to expanding computer science (CS) and artificial intelligence (AI) opportunities for K-12 learners with disabilities. Our work is grounded in the CAPE (Fletcher & Warner, 2021) and Expanded CAPE frameworks (McGill et al, 2023), which allow us to measure and improve access across four key levels:

  • Capacity: Ensuring school districts have the policies and leadership needed to support CS, AI and robotics for the widest range of learners.
  • Access: Making sure CS, AI, and robotics instruction and tools are available to students with disabilities.
  • Participation: Increasing the number of learners with disabilities who enroll in CS, AI, and robotics opportunities.
  • Experience: Using Universal Design for Learning (UDL)High Leverage Practices (HLPs), and Accessibility to ensure students feel a true sense of belonging in the classroom.

What We Aim to Do

Learn from teachers about how they bring accessibility into computer science.
Prepare teachers to use accessibility frameworks for both hardware and software evaluation for Blockly-supported tools in their classrooms.
Provide classroom resources, including robots, so teachers can use them in lesson plans they will create.
Provide the Blockly team with approaches to improve the accessibility of their products

Our Partners

We work closely with schools and organizations that share our vision

Major Milestones

  • Bennett, A. & Israel, M. (2025). Teachers’ POUR Evaluation of Computer Science Technologies (2025). RESPECT 2025: Proceedings of the Research in Equitable and Sustained Participation in Engineering, Computing, and Technology. 18-26. https://doi.org/10.1145/3704637.3734774.
  • Bennett, A. & Israel, M. (2025, June 4). Professional development for K-5 teachers to tailor the POUR principles to their use cases [Paper presentation]. Google Blockly Summit 2025, Seattle, WA, USA. Video.
  • Israel, M., Stefik, A., Fugate, G., & Bennett, A. (2025, May 9). Beyond compliance: Designing accessible tools for dynamic learning [Panel discussion]. Infosys Crossroads Conference 2025, Indianapolis, IN, USA.