THE GENIUS PROJECT
Home / Learning Support / Blind and Visual Impairment

Blind and Visual Impairment Support

Sight is one way to take in information. There are others. AI has made audio-first learning, coding, writing, and research fully possible for blind and low-vision students.

Understanding the Reality

Education should not
require sight.

In Jamaica, most classrooms and most learning materials are built around visual access. Textbooks, whiteboards, printed worksheets, and screen-based tools assume a student who can see. For blind and low-vision students, this is not a personal limitation. It is a design failure.

The good news is that AI tools, combined with screen readers and audio interfaces, now make it possible to learn, code, write, research, and create without sight. TalkBack on Android and VoiceOver on iPhone are free. AI that can describe images, read documents aloud, and respond to voice questions is free. What has been missing is someone putting it all together for Jamaican students. That is what this page does.

Everything here works without a screen. All prompts can be used via voice input. All projects can be completed using keyboard navigation and screen reader output.

Student using assistive technology and screen reader
Audio-First Learning Powered by AI
Practical Tips

Six things you can do
starting today.

All of these are free and work entirely through audio and keyboard.

01

Set up a screen reader on your phone today

On Android, activate TalkBack in Accessibility settings. On iPhone, activate VoiceOver. Both are free and built into the operating system. Once set up, your phone reads everything on screen aloud, including apps, text messages, websites, and AI chat tools.

02

Use AI by voice to research and study

Claude and ChatGPT both support voice input on mobile. You can ask a question by speaking, hear the answer read back, and continue the conversation entirely hands-free. Use this for subject revision, essay planning, and understanding difficult concepts.

03

Ask AI to describe any image or diagram

Take a photo of a textbook diagram, a map, a graph, or a classroom whiteboard. Upload it to Claude or ChatGPT and ask: "Describe this image in detail as if explaining it to someone who cannot see it." This turns any visual resource into an audio one.

04

Request accessible formats from your school

Ask your teacher to send lesson notes as a Word document or plain text email rather than a scanned PDF or image. Screen readers work well with text files and Word documents. Scanned images of text are not readable by screen readers.

05

Use high contrast and large text settings

For low-vision students, go to your phone Accessibility settings and increase text size, turn on high contrast, and enable colour inversion or a high-contrast dark mode. These settings significantly reduce eye strain and make text much easier to distinguish.

06

Learn to code using audio-first tools

Coding is entirely possible without sight. VS Code, the most widely used code editor, is fully accessible with screen readers. Replit and other browser-based coding environments also support screen reader access. AI can explain code concepts entirely through text and audio.

Guidelines

For students, parents,
and teachers.

For the Student

  • You can do every subject available at CSEC and CAPE. The barrier is format, not content. Push for the format you need.
  • Master your screen reader. The time you invest in learning keyboard shortcuts and gestures pays back every single day.
  • Use AI chat for all your research and writing. Text-based AI tools are among the most accessible technologies ever built.
  • Ask for oral examination options where written formats create barriers. This is a reasonable accommodation under inclusive education principles.
  • Connect with the Jamaica Society for the Blind for support, community, and resources specific to Jamaica.

For Parents

  • Make sure your child's phone has TalkBack or VoiceOver set up and working before they start using it for school.
  • Request printed or digital materials in advance from the school so your child can review them with their screen reader before class.
  • Contact the Ministry of Education to understand the accommodations your child is entitled to for national examinations.
  • Do not limit your child's subject choices based on assumptions about what blind students can or cannot do. Most subjects are fully accessible with the right tools.
  • Ask the school about access to a Jamaica Society for the Blind resource teacher or specialist.

For Teachers

  • Share all materials as editable digital files, not scanned images. A Word document read by a screen reader is fully accessible. A photo of a printed page is not.
  • When writing on a whiteboard, describe aloud what you are writing. Say "I am drawing a diagram of the water cycle" not just doing it silently.
  • Use descriptive language when referring to visual content. "The bar on the left" means nothing to a screen reader user. "The bar representing 2024 rainfall" does.
  • Allow voice-recorded or typed submissions as alternatives to handwritten work.
  • Test any digital resource you plan to use with a screen reader before class. If you cannot navigate it by keyboard alone, your blind student probably cannot either.
Student using laptop with accessibility settings
5 Projects

Build these AI tools
yourself.

Every project below can be completed using a screen reader and keyboard. No visual interface required.

P1

Audio Study Guide Builder

Pick a CSEC subject and use AI to generate a full audio-friendly study guide for one topic. Structure it as a spoken script: introduction, main points, examples, and a five-question quiz at the end. Record yourself reading it back, or use a TTS tool. Build one guide per week until your exam.

Skill: AI prompting + audio production →
P2

AI Image Description Tool

Collect five diagrams from your CSEC textbooks. Photograph each one and upload it to Claude or ChatGPT. Ask for a detailed description suitable for a student who cannot see the image. Compare the AI descriptions to the original and evaluate how well the AI captured the key information.

Skill: Multimodal AI + critical evaluation →
P3

Screen Reader-Friendly Website Review

Choose three websites you use for school research. Navigate each one using only your screen reader and keyboard, no mouse. Rate each site on: how well images are described, whether navigation makes sense without vision, and whether content reads in a logical order. Write a short report on what you found.

Skill: Accessibility auditing →
P4

Voice-First AI Research Project

Research a topic of your choice (Jamaican history, climate change, Caribbean economics) using only voice input and AI. Ask questions by speaking, take notes by dictation, and produce a final written summary using speech-to-text. Present your findings as an audio recording.

Skill: Voice interface + research →
P5

Accessible Coding Introduction

Set up VS Code with a screen reader and complete one beginner Python tutorial using only keyboard navigation and audio output. Use an AI to explain any code concepts you encounter. Document the process: what worked, what barriers you hit, and what you would change to make coding more accessible in Jamaica.

Skill: Accessible coding + documentation →
AI Prompts

Copy these prompts and
use them right now.

All of these work via voice input. Speak them into your AI tool of choice.

Describe an Image for a Blind Student

I am blind and I need you to describe this image in detail. Tell me: what the main subject is, what is in the background, any text that appears in the image, and any important relationships between elements. Be specific about positions, colours, and sizes so I can build a clear mental picture. [attach image]

Create an Audio-Friendly Study Script

Write a study guide for [topic] in [CSEC subject] as a spoken script. Use clear signposting like "First...", "The key point here is...", "Let me give you an example..." Structure it so someone listening (not reading) can follow easily. End with five questions I should be able to answer.

Explain a Diagram Concept Without Visual Reference

I cannot see the diagram in my textbook on [topic]. Explain the concept it is illustrating using only words. Describe any process step by step, name any components, and explain what the relationships between them mean. No references to what things look like unless you also explain the function.

Help Me Navigate a Coding Task

I am a blind student learning to code in Python using a screen reader. Explain [coding concept] in a way that works without seeing the code. Describe the logic step by step before showing the code. Then show the code with comments on every line explaining what it does. Keep the code simple and the lines short.

Convert Visual Data to Spoken Description

Here is a table / graph / chart of data: [paste data or describe it]. Summarise the most important findings in three clear spoken sentences. Then give me the top three things this data tells us that I should remember for my CSEC exam. No visual references.

Ready to get personal support?

Join the Learning Support Hub. Tell us what you need and we will match you with the right tools, resources, and community.

Join the Support Hub → Email Us Directly