Integrate Universal Design
After you’ve tapped into your school’s resources and learned about the needs of your students, start looking to make those small changes that will benefit everyone. Many adjustments are simple and inexpensive, yet can make a huge difference for someone with a disability. That’s the underlying principle behind universal design, which enhances usability of objects and environments for all people. You’ve no doubt encountered examples of universal design before—the lever handle on a door instead of a knob, the ramps cut into the curbs in sidewalks, the scissors that can be used by both right- and left-handed people. Once you are aware of universal design principles (for more information, visit the Center for Universal Design Web site, it will affect your decisions—how you arrange the chairs within a reading space or how students check out materials. For instance, simply moving your read-aloud chair from in front of a window to across from it can make a big difference to hearing-impaired students who are trying to read your lips. That’s because it sheds more light on your face, and reduces the glare for students facing you. (See “Access Granted,” p. 48, for other room design tips.) The Center for Applied Special Technology’s Universal Design for Learning (UDL) goes one step further in applying universal design to lesson planning. Visit their “Teaching Every Student” Web page to access their free online tools, lesson plans, and tutorials to make your library curriculum more user-friendly to students with disabilities. You can also plug one of your existing lessons into the Curriculum Barriers Finder Tool to detect potential accessibility problems. A Solutions Finder Tool will then provide ideas to help you eliminate those roadblocks. These same techniques are a boost for other students, as well, including English language learners, those with emotional or behavioral problems, or different learning styles because they allow all learners various ways of acquiring information and demonstrating what they know. For instance, using graphic organizers taps into many more learning styles than the usual fill-in-the-blank worksheets.Expanding Access
Next, take the time to reexamine your existing technology. For example, using closed captioning on the televisions in your building not only helps hearing-impaired students, but also those hearing students who learn best visually. Also, many software programs have built-in accessibility features. Microsoft Windows has some basic accessibility options in its control panel. For visual impairments, you can play with the contrast, scroll bar, and icon size, the width and speed of the cursor, and turn on a magnifier that enlarges a portion of the screen where the cursor is placed. There is even rudimentary voice recognition and a text-to-speech screen reader. For hearing impairments, SoundSentry provides a visual alert when the computer makes a sound, and ShowSounds displays captions for the speech and sound elements of various programs. Both can simply be switched on. Windows also offers a variety of keyboard options. FilterKeys ensures that only one character is typed, no matter how long a student with slow physical abilities presses on a key. And StickyKeys allows a user to press one key at a time when using Shift, Alt, or Ctrl functions. In addition to benefiting students with disabilities, activating these options on a few computers in the library might also aid others, who are easily distracted, weak readers, or poor typists. For Mac users, OS X has similar options. The Web, too, can be made more accessible to students with special needs. Even if all students can access pages in the conventional way, those with impaired vision, for example, may require screen readers or other technology to help them see the site. So make sure your Web content is accessible to them. If you are starting from scratch, the Web Accessibility Initiative has all sorts of tips and guides. You can test the accessibility of existing Web pages by plugging them in to WebXACT. For some students, these basic changes will be enough. Others will need more specialized adaptive technology—sophisticated, high-tech strategies, technologies, and devices that allow individuals with special needs to work around their areas of challenge. These include alternative keyboards, such as IntelliKeys, input devices, including touch screens and joysticks; OCR (Optical Character Recognition) scanners and speech synthesizers, such as Kurzweil 3000; and high-powered magnifiers like ZoomText. If you know that your students require such tools, contact adaptive technology experts for advice, starting with your special education teachers. The Alliance for Technology Access has a list of state contacts for assistive technology resources, as does RESNA, the Rehabilitation Engineering and Assistive Technology Society of North America. Your state may also have a specific resource for assistive technology for children. Often times, specialized equipment can be rented, shared, or borrowed, and tested before a costly purchase is made. Whether the students you work with need specialized adaptive technology or simply a new seating arrangement, your actions—or inactions—can have a big impact on how those children function in your library. There’s a lot of talk in education about providing for students’ individual needs and teaching to a variety of learning styles. Students with disabilities are just another point in the spectrum in trying to meet students’ individual needs. By starting with some simple changes, you can assure that every child in your library feels welcomed.| Author Information |
| Rebecca Hogue Wojahn is the education reference librarian at the University of Wisconsin, Eau Claire. |
We are currently offering this content for free. Sign up now to activate your personal profile, where you can save articles for future viewing
Add Comment :-
Be the first reader to comment.
Comment Policy:
Comment should not be empty !!!