Gallaudet Brings Accessibility to Classroom Capture

Students at Gallaudet University in Washington, DC, the only liberal arts university in the world for the deaf and hard of hearing, are benefiting from lecture capture software that includes closed captioning. That lets students view videos of lectures on demand, complete with text captions along the bottom of the screen.

The content is created with capture software called Apreso Classroom, from Anystream. Students can go online to watch Gallaudet professors lecture in American Sign Language, while viewing slides, Web sites, or other content on the computer screen itself, along with any markups the instructor makes. At the same time, running captions display across the bottom of the video screen.

Apreso is a key part of the equation because it offers superior captioning capabilities, according to Gallaudet's manager of e-learning and video services, Earl Parks. He explained that third-party closed captioning systems added to class capture software tend to display the captions elsewhere on the computer screen, forcing a student's eyes to jump back and forth between the video of the signing instructor, and the captions. With Apreso, the captions appear directly below the video--something Anystream worked specifically with Gallaudet to create. That setup also helps those who are just learning sign language, Parks explained, since they can watch captions and signing at the same time. The system can also be slowed down when a video is replayed, allowing students to study the signing.

At Gallaudet, most students use American Sign Language to communicate, but 10 percent of new students entering the university each semester are learning sign language for the first time.

Anystream and Gallaudet worked together on creating a standards-based closed captioning solution. To create the captions, instructors must send the audio file and an accompanying text transcription to a third-party company that creates the captions. The captions are then uploaded into the Apreso system.

Three classrooms at Gallaudet are set up specifically for Apreso, including two that use sophisticated cameras as part of a "press to sign" system. That system functions in the similar way to a voice-activated microphone in a classroom for hearing students. A student who wishes to ask a question presses a button, alerting the professor and triggering a video camera to move and focus on the student, who then signs his or her question. The camera focus then returns to the professor, who answers the question.

In other classrooms, instructors can use Apreso on a tablet PC to capture marks made to the computer screen, or an electronic whiteboard, or simply paper, with a document camera to capture their notes. It's all recorded in Apreso, which can begin running automatically and can save lectures to Blackboard, Gallaudet's course management system, for access by students later.

The extensive content available now is the result of several years of brainstorming and work, Parks said, beginning when administrators realized the necessity of delivering good basic math courses to Gallaudet students, many of whom enter the university needing developmental math.

"It's a challenge area for [Gallaudet] students," Parks, himself a Gallaudet graduate, said through an interpreter. "We have to get them successfully to pass; we need to get them out of developmental math and into algebra."

Realizing that math was a key area to address, the university began with that subject in 2005 with Apreso and has since added other courses as well, growing the program from four classes in spring 2006 to 20 classes in spring 2007. Following the MIT model of making select curriculum materials available free of charge, Gallaudet is now working to distribute its Math Concepts and Algebra course content free of charge to high schools.

The content Gallaudet has captured is "designed for our university," Parks said, "but it is available [free of charge] to anyone in the world." That sort of content can be a tremendous advantage to deaf students in various parts of the United States and the world, he said, that lack access to signed math classes, especially in K-12. That includes, Parks  pointed out, deaf students who are isolated in rural areas.

Distributing course content via Apreso has had a number of additional advantages, Parks said, including the ability for students to revisit difficult material again and again or to attend a missed class online and thus avoid falling behind. The system can also improve concentration, he said, freeing students from focusing their attention during class on simply taking notes.

Read More:

About the Author

Linda Briggs is a freelance writer based in San Diego, Calif. She can be reached at [email protected].

Featured

  • SXSW EDU

    Explore the Future of AI in Higher Ed at SXSW EDU 2025

    This March 3-6 in Austin, TX, the SXSW EDU Conference & Festival celebrates its 15th year of exploring education's most critical issues and providing a forum for creativity, innovation, and expression.

  • white clouds in the sky overlaid with glowing network nodes, circuits, and AI symbols

    AWS, Microsoft, Google, Others Make DeepSeek-R1 AI Model Available on Their Platforms

    Leading cloud service providers are now making the open source DeepSeek-R1 reasoning model available on their platforms, including Amazon, Microsoft, and Google.

  • glowing futuristic laptop with a holographic screen displaying digital text

    New Turnitin Product Brings AI-Powered Tools to Students with Instructor Guardrails

    Academic integrity solution provider Turnitin has introduced Turnitin Clarity, a paid add-on for Turnitin Feedback Studio that provides a composition workspace for students with educator-guided AI assistance, AI-generated writing feedback, visibility into integrity insights, and more.

  • From Fire TV to Signage Stick: University of Utah's Digital Signage Evolution

    Jake Sorensen, who oversees sponsorship and advertising and Student Media in Auxiliary Business Development at the University of Utah, has navigated the digital signage landscape for nearly 15 years. He was managing hundreds of devices on campus that were incompatible with digital signage requirements and needed a solution that was reliable and lowered labor costs. The Amazon Signage Stick, specifically engineered for digital signage applications, gave him the stability and design functionality the University of Utah needed, along with the assurance of long-term support.