Math accessibility helps all learners engage with STEM content, including those who use assistive technologies. This guide explains how to choose the right tools and strategies to create math content that works across digital platforms.
Video Guide
Start With the Platform
Decide where you will publish your content before you begin. This choice affects how you format math content and what tools you will need. For example, content created for Word or PowerPoint requires a different setup than HTML or PDF.
By choosing your platform early, you can avoid extra work and ensure consistent results.
Choose the Right Encoding
Two common ways to encode math content are MathML and LaTeX. LaTeX works well for academic publishing. MathML is more accessible in digital environments, especially for users with screen readers. It provides structure and meaning that assistive technologies can interpret correctly.
If accessibility is the goal, MathML is often the better choice.
Use Tools That Support Accessibility
Some tools simplify the process of creating and converting math content.
MathType works with Word, PowerPoint, and other platforms. It lets you edit equations and switch between encoding formats such as LaTeX and MathML. You can insert and manage math content without leaving your workflow.
Mathpix lets you take a screenshot of a math expression and convert it into different formats, including MathML, LaTeX, and ASCII. It helps speed up the process of turning images or PDFs into accessible content. You can use it to avoid rewriting long equations by hand.
Plan for Encoding and Compatibility
Accessible math content relies on proper formatting. Use markup languages for equations instead of inserting them as images. Add labels or descriptions if you include complex expressions. Always test your content with screen readers or other assistive tools to make sure it works as intended.
Stick to one encoding method to keep your workflow simple.
Select Software That Supports Your Workflow
Different platforms and needs call for different tools. Choose software that can handle multiple encoding formats and work with your preferred platform. Tools like MathType and Mathpix support many use cases and make it easier to meet accessibility goals.
Take the Next Step
Accessible math content doesn’t happen by accident. It takes clear planning, the right tools, and a focus on how students will engage with the material. If you want to improve your approach and learn more strategies that work across STEM subjects, consider joining a course dedicated to math accessibility.
Math Accessibility Unraveled, offered through the Accessibility Guy Community, covers practical methods, walks you through real tools like MathType and Mathpix, and helps you apply these techniques in your own teaching or content creation. If you are building lessons for Canvas, designing accessible PDFs, or reformatting existing content for screen readers, these resources can help you move forward with clarity and confidence.
To get started, visit the course page and use the code TAGMATH at checkout for a lifetime 50% off your subscription. This discount is available to anyone serious about making math more inclusive and effective for every learner.
See you in the math accessibility class!