Indianapolis Students Improved Micro:bit Accessibility
Blind and visually impaired students helped make the micro:bit compatible with computer screen readers.
Updated on Sept. 21, 2026 in Special Education
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In 2025, seven students at the Indiana School for the Blind and Visually Impaired collaborated with the Micro:bit Educational Foundation to enhance digital accessibility. The initiative successfully integrated computer screen reader compatibility into the micro:bit coding platform.
Why it matters
The project ensures that visually impaired students can engage with coding tools previously restricted to visual interfaces. By refining software feedback and Braille instructions, the team increased the utility of the micro:bit for learners worldwide.
The micro:bit tool is currently utilized in 85 countries across the globe. The student-developed accessibility feature allows for screen reader feedback on programs ranging from 1 to 6 on a digital die.
The players
Indiana School for the Blind and Visually Impaired
This Indianapolis-based institution provides specialized education and support services for students who are blind or have low vision.
Micro:bit Educational Foundation
This organization manages the development and deployment of micro:bit hardware and software for educational use globally.
The details
Students edited Braille materials and performed rigorous testing within the Microsoft MakeCode environment to ensure screen reader accuracy. This update allows the block-based coding software to output critical information via audio for visually impaired users.
Timeline
The accessibility initiative began in 2025.
Students conducted testing on a digital die in September 2026.
Culture Shift
This project aligns with the broader push for universal design in educational software, ensuring that digital learning tools are inclusive for all students. By bridging the gap between visual coding interfaces and screen reader technology, the initiative challenges legacy norms that have historically prioritized sight-based input.
Visually impaired students in Indianapolis now have a clearer path to developing programming skills using standard tools. The successful integration of these features means local learners can participate in coding curricula without needing additional specialized hardware.
The takeaway
This collaboration proves that including end-users in the development phase is essential for creating truly accessible technology. Students and educators can replicate this model by actively testing their own digital tools for screen reader compatibility.
Further reading
Learn more about local efforts to improve access to learning in Special Education.
Source note: This article includes information reported by Chalkbeat.
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