Alert: Changes are coming to ADA Title II. Learn more about the ATI's Digital Content Accessibility Action Plan (DCAAP)!

By April 24, 2026, George Mason University must ensure all its websites and mobile apps comply with ADA Title II and Web Content Accessibility Guidelines (WCAG) 2.1 AA - making digital content accessible for everyone, including people with disabilities. Click the link below to learn more about the ATI's plan for this effort!Read more
Assistive Technology Initiative

Tactile Graphics

Contact the Accessible Text Coordinator

Jennifer Brown
Accessible Text Coordinator

Assistive Technology Initiative
MS: 6A11
Voice: 703-993-4329
Fax: 703-993-4743
[email protected]

Tactile graphics are raised surface representations of non-textual information, such as graphs, maps, or diagrams, allowing those who are blind or who have low vision to better understand the content.  By request, ATI staff will provide tactile graphics to students, faculty, and staff with a documented print disability.

In this tactile graphic of a map showing the South Atlantic Ocean and part of Africa, you can see the raised dots of braille, as well as raised lines showing different aspects of the map. There are also yellow dot stickers to indicate certain areas on the map.Closeup photo of a tactile graphic showing raised dots in braille and raised lines outlining a map.

This is one page of a set of tactile graphics designed to teach the location and shape of constellations.

Tactile graphic with braille indicating the location of constellations.

 

The ATI uses image creation software called Tactile View to create and print tactile graphics.

Two photos: one a screen in editing software showing a map. The other is the printed version of this map showing the raised dots and fingers touching the shapes made by the dots.

 

This tactile graphic image file shows the outline of shapes and various densities of dots.

Tactile graphic image file showing a diagram of a turtle.

 

This is a prototype of a 3D printed map. The ATI is working on creating a version of the Fairfax Campus Map that can be 3D printed, and embossed as a tactile graphic.

3D printed map with raised sections to indicate buildings