Blind Coding Students Need a 'Second Job' Just to Stay in Class

Getting into a computer science program is hard for almost anyone. For blind and low-vision students, a new study finds it's hard in a way that has nothing to do with the coursework. Researchers at the University of California, Irvine interviewed ten blind or low-vision students about their first years studying computing in college. What they heard was a constant battle with basic tools: websites that screen readers can't read, coding environments that don't work without a mouse, and classroom materials handed out in formats nobody can access.

The result, the authors write, is a kind of double shift. Students described being "a coder first, advocate second, college student third" — meaning that before they can learn to program, they have to spend hours emailing professors, filing accessibility complaints, teaching staff how to accommodate them, and re-explaining the same problems semester after semester. That unpaid labor is effectively a second job, and it eats the time and energy that other students spend actually learning to code. Some students decided the only way forward was to become full-time disability advocates. Others left the major entirely.

The study names this experience "intersecting liminality" — a fancy way of saying these students are stuck in between: not quite a student, not quite an employee, not quite a full member of their department. They're in a hallway with no clear door. The researchers argue that this in-between period is exactly where universities and tech companies should focus their fixes, because small improvements there — accessible course materials, tools that work with screen readers out of the box, staff who already know what to do — could keep talented people in the pipeline.

The bigger point goes beyond one campus. The people who build technology shape what technology does. If blind and low-vision students keep getting pushed out of computing, the apps, websites, and AI systems the rest of us use will keep being designed by people who never had to think about access — and everyone eventually benefits from tools built to work for more people.