The Chronicle of Higher Education
Friday, January 26, 2001
Colleges Focus on Making Web Sites Work for People With
Disabilities
By ANDREA L. FOSTER
When Margo L. Bailey, an assistant professor of public
administration at American University, posted on the World
Wide Web the syllabus and handouts for her course on personnel
administration, she gained a fan.
Thomas McKeithan II, a blind student in her class, realized
that he wouldn't have to depend on others to read aloud notes
and other written material. Software that recognizes online
text could do the job.
"I just walked up to her and said, 'Did you know I was coming
to the class? You just made my life a hell of a lot easier,'"
says Mr. McKeithan, an undergraduate in his sixth year. Ms.
Bailey was nonplused. "I told her, 'You just don't understand.
I don't have to carry around a lot of paper. I can read this
on my own.'"
For disabled college students, professors' increased use of
the Web for instruction can create obstacles rather than clear
them away. Many disabled students find that new technology
cuts them off from the learning process.
To prevent that, colleges are -- among other things --
designing Web sites and buying computer workstations that meet
the needs of disabled students.
Fueling the activity is the government's enforcement of the
Americans With Disabilities Act at California community
colleges following complaints by students there. In addition,
a new rule requires federal agencies and state institutions to
make their Web sites accessible to disabled people.
In January 1998, the U.S. Department of Education's Office for
Civil Rights cited the A.D.A. in ordering California's
community colleges to take specific steps to make print and
electronic information available to visually impaired
students.
Meanwhile, the new federal regulation clarifies Section 508 of
the Rehabilitation Act of 1973. State-controlled colleges must
make their Web sites accessible, and make sure that when they
purchase new computer hardware and software, the machines and
programs can be adapted for use by disabled people.
Although the rule was written primarily to aid federal
employees and those who use federal Web sites, state
institutions, too, are required to comply with Section 508,
because all states receive money under the Assistive
Technology Act. "Section 508 is the A.D.A. of cyberspace,"
says Cynthia Waddell, an expert on disability law and
information technology.
Many state universities are only now beginning to learn that
the new rule will apply to them. And while private
institutions are not covered, advocates for the disabled say
the rule is likely to spur the creation of products to promote
Web use by disabled people, and that those products will also
benefit students at private colleges.
The regulation is scheduled to go into effect June 21. But the
new Bush administration says published regulations that have
not yet taken effect will have their enforcement date delayed
for 60 days, while they are reviewed.
None of the college administrators interviewed for this
article oppose the regulation. But that doesn't mean it's
pain-free.
"I don't think there's anybody that would take a public
posture that this is not an appropriate next step," says
Sheldon E. Steinbach, vice president of the American Council
on Education. "But at the same time, one should acknowledge
that this is another additional cost that ultimately has to be
paid in some manner, which usually means an increase in
tuition and fees."
Disabled students say the regulation is necessary. Lured by
Web-design products, professors often create colorful,
stylish, and audible Internet sites for their classes. But
students with limited vision struggle to comprehend electronic
pictures and graphs, audio material is meaningless to the
deaf, and those with impaired mobility can struggle just to
send an e-mail message.
Among other things, the rule clarification means that
state-university Web pages must provide text alternatives to
images and make color-coded information available without
color.
Video and multimedia productions understood through visual
data must be made audible as well.
Colleges have much work to do. Last year, Axel Schmetzke, an
assistant professor of library services on the University of
Wisconsin's Stevens Point campus, surveyed the home pages of
24 colleges, along with a connecting link from each page. He
chose the 24 colleges because they are known for having
first-rate library schools. But he found that, on average,
only half of the pages were accessible to people with
disabilities.
The new rule also applies to purchases of computers, printers,
fax machines, and video and multimedia equipment. Such
equipment must meet certain height and reach requirements,
either by being adjustable or through installation. Software
to interpret images and hyperlinks on a Web page must be made
available to visually impaired students.
The regulation will have the biggest impact on distance
education, according to a lawyer with experience in
disabilities issues. "Some faculty, to keep students
interested, use Internet technology and Web-design techniques
that may not easily translate to an accessible medium for
disabled persons," says Thornton Wilson, an assistant attorney
general in Washington State, who gives legal advice to the
University of Washington.
"Streaming audio is of no use to the deaf. Or an e-mail chat
room that allows many students to discuss a topic
simultaneously can be difficult for a blind person to follow,
even with screen-reading software. Faculty will need to
reconsider how they use the Internet in their courses," he
says.
Norman Coombs, director of an organization called Equal Access
to Software Information, or EASI, predicts that the new rule
will make adaptive technology more widely available to all
colleges, at competitive prices. The Rochester, N.Y.-based
group, affiliated with the American Association for Higher
Education, advises schools and colleges on making computer
technology more accessible.
"A lot of software and hardware producers have treated the
disability market as too small to put much effort into," he
says. "But the government market is a big one, and vendors and
producers will now pay attention to the market as they never
did before."
SSB Technologies, a software company in San Francisco,
released two software products in May that are designed to
make Web sites more accessible. InSight scans the sites and
flags areas that could cause problems for disabled users,
while InFocus fixes the flagged areas, says the company's
president, Marco Sorani. California's community colleges are
using the products, he adds.
Some institutions use software called Bobby, which functions
like a spelling checker, to diagnose accessibility problems.
The program was created by the Center for Applied Special
Technology, a non-profit group, based in Peabody, Mass.
Even before the clarification of Section 508 was proposed,
both public and private universities had been showing greater
interest in making technology more available to disabled
users. The Department of Education's use of the A.D.A. to
force California community colleges to respond to student
grievances has not been lost on other colleges. Disabled
students are becoming increasingly assertive, colleges are
fearful of disability-related litigation, and the percentage
of college students who are disabled is growing.
According to a survey by the American Council on Education,
the proportion of freshmen reporting disabilities increased
from about 3 percent in 1978 to 9 percent in 1998. (The
disability most commonly cited in 1998 was learning
disability.)
In September, the presidents of 25 research universities said
in a letter to President Clinton that they are committed to
making information and communications technologies accessible
to people with disabilities. Also last year, Connecticut's
information-technology office announced a policy requiring
state agencies, including colleges, to make Web pages
accessible to the disabled.
Now college officials are asking Mr. Coombs, of EASI, about
making campus technology available to the disabled.
Participation in the group's online workshops has been brisk,
he says, and conference sessions on the needs of disabled
students are attracting larger audiences.
How much it will cost universities to meet the new
requirements is anybody's guess. The Department of Education
has not provided an estimate. California's community colleges
are receiving $11-million from the state to put the federal
requirements into effect.
But the real stumbling block to making adaptive technology
more widely available is not cost, say advocates for the
disabled. It is a university's attitude and organization.
On some campuses, Mr. Coombs says, departments get mired in
squabbles over which of them will pick up the tab. If top
administrators are committed to the needs of disabled
students, he observes, the cost can be spread out across
several departments or the whole university budget.
Some advocates say having a collegewide policy on adaptive
technology is the key. Because of a lack of coordination among
campus Web designers, though, it is common to see only a
smattering of accessible Web sites within a university, says
Jane Jarrow, president of Disability Access Information and
Support, a consulting company in Columbus, Ohio, that focuses
on accessibility issues.
California decided to hire a person on each of its 108
community-college campuses to respond to the recommendations
of the Department of Education. The civil-rights office had
noted, among other things, that many of the colleges did not
have effective procedures for providing students with
documents in Braille or large print.
"There is some cost associated with modification of software,"
says Ralph Black, general counsel to the chancellor's office
of the community-college system. "But most of this is simply
design work -- having a person who knows how to deal with
modifying a Web site, is able to follow guidelines developed
by other entities, and can go through and label text with
images."
Ms. Jarrow tells colleges to design Web sites that are
accessible from the start. Since one university can have
hundreds of thousands of Web pages, making changes after the
fact can be inordinately time-consuming -- as many colleges
are now discovering, she says.
"It's going to be nearly impossible to retrofit Web sites of
that size to make sure they're accessible. What colleges ought
to be doing is making some hard decisions and saying, 'Nothing
will get posted unless these rules are followed.' Instead of
clearing up, the problem is getting worse, because more stuff
is getting posted."
Kirk Snedeker, the Web manager at Southern Connecticut State
University, concluded that it would be easier to construct an
alternative site for disabled users than to revamp the
university's current site, which comprises 1,000 pages. He
hopes to have the alternative site up and running in June.
Visitors would reach it by following a link on the home page.
A decision on revising other university-affiliated Web sites,
like those operated by the student center and the health
center, has yet to be reached, he says.
Jan Hecht, coordinator of adaptive-technology services at
Southern Connecticut, is spreading the word to faculty members
about making their Web sites accessible. The university relies
on Web-design software from WebCT, which doesn't prompt users
to attach textual descriptions to graphics, she says, so she
reminds professors to do it by hand.
WebCT plans to release software that contains such prompts in
December, says Glen Low, director of educational technology
and development.
College-affiliated research-and-training centers are working
to help other colleges develop procedures for making their
sites accessible. The World Wide Web Consortium's Web
Accessibility Initiative, at the Massachusetts Institute of
Technology, has established standards for Web developers that
many colleges have adopted.
The federal government used the standards last year as a model
for the new regulation (http://www.w3.org/WAI). Universities
can also get help from the Center for Rehabilitation
Technology at the Georgia Institute of Technology.
In addition, the WGBH National Center for Accessible Media is
collaborating with M.I.T.'s Center for Advanced Educational
Services to make an interactive, online physics course
available to students with visual and hearing impairments. The
project is based on a popular introductory-physics course
taught at M.I.T. by Walter Lewin.
But before colleges seek out technical support, they might
want to listen to the disabled students themselves. At
American University, Mr. McKeithan recalls a meeting with
administrators a little over a year ago at which adaptive
technology was discussed.
"I said, 'Look, every student pays the requisite cost to come
to this institution. It's an unacceptable practice that we
don't have this or we don't have that to get the job done.
Don't come to me saying we don't have the money to make it
accessible. Your priorities are in the wrong place.'"
On the other hand, Shelley Reeves, director of
disability-support services at American, says she has
"received nothing but support from the university."
"We're constantly evaluating where we need to go and how we
need to get there."
During the 2000 fiscal year, American University spent $21,918
on adaptive-technology equipment, including $1,050 for
Braille-translation software; $3,825 for a Braille printer
with speech capability; $1,515 for screen magnifiers; and
$3,000 for four height-adjustable workstations.
Mr. McKeithan says officials have, in fact, generally been
responsive to demands to make technology more accessible to
disabled students. Nonetheless, he insists that the university
-- like others -- can do more.
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