Instead of lugging heavy textbooks about, disabled students now have the
option of e-textbooks that present content in a variety of ways to suit
the reader.
E-textbooks move disabled students on to a level playing field.
There are over 11 million people
with a limiting long-term illness, impairment or disability in the UK.
Many of them are using educational resources and completing university
courses. Universities have a responsibility to provide these students, and all students, with the necessary learning materials regardless of their accessibility needs.
It
is here, in the place where educational resources and students with
disabilities intersect, that technology has a vital role to play.
Technology could operate as the great equaliser. It could – and indeed,
it should – help move all students towards a level playing field. This
is particularly true in when it comes to learning resources, and
specifically textbooks.
Textbooks are core to the university
learning experience, yet for students with disabilities, particularly
those with visual impairments, they can be a challenge. Static print
sizes, outdated tools to translate print to speech, and complicated page
layout and design can make it harder for those with a disability. This
in turn impacts on the quality of their educational experience.
A study conducted by the Higher Education Academy among students in the UK indicated that resources are a common issue affecting the happiness of disabled students.
Consider another statistic: according to the Office for Disability Issues, disabled people are around three times less likely to hold any qualifications
than non-disabled people, and around half as likely to hold a
degree-level qualification. A total of 19.2% of working-age disabled
people do not hold any formal qualification.
Technology can change
things. One area in which this is true is e-textbooks, the digital
representation of a print text. In the shift from print textbooks to
e-textbooks, accessibility can be moved to another level. Suddenly text
isn't an unchangeable object; it can be scaled up or down depending on
the student's needs. Images can be read aloud through tagging tools.
Access to print-fidelity page images means students can follow along in
lectures page by page. Simultaneously, access to text representation
(suited to screen readers and text-to-speech software) means students
can adjust their e-textbook according to their needs.
Through
technology, learning is becoming increasingly flexible. It can move
outside the lecture hall, on to podcasts, and across devices, becoming
available anywhere and at any time. The Higher Education Academy noted
that students with disabilities have a need for flexibility. Technology
can help provide this. Students no longer have to carry around heavy
textbooks. Nor do they have to go physically to the library or bookshop
to access learning materials.
Resources such as e-textbooks have
taken off in the past few years. In the US, the Student E-rent Pilot
Project (STEPP) programme offers e-textbooks specifically modified for
accessibility, in support of the Americans with Disabilities Act and the
Rehabilitation Act of 1973, Section 504. A survey of 1,185 students
found that 77% reported having saved money by renting their textbooks,
and 80% who needed an accessible textbook were satisfied with the
quality of accessibility.
It's only a matter of time before
similar technological developments happen in the UK. Over the past few
years, concerns about the student experience for individuals with
disabilities have grown. Today's students are paying more than ever for a
university education. This is impacting on enrolment figures (while
Ucas reports a small increase this year, following the slump in
enrolment in 2012, application rates remain well down on 2011,
the year before the hike in tuition fees). It is also turning students
into "university consumers", who expect more resources for their
increased fees.
Higher tuition fees and a growing awareness of
disabilities will drive developments in technological resources. Yet
there's another dimension to consider: in an era of increased fees,
affordable educational resources are key. All students are concerned to
find savings. Students with print-related disabilities should be able to
enjoy the cost-saving benefits made possible by online learning
materials. They also should be able to access the countless digital
efficiencies of these resources, the types that their peers have enjoyed
for years.
While technological advances have been happening,
there is still more to be done. Universities, companies, and e-textbook
providers need to emphasise low-barrier, commercial alternatives for all
higher education accessibility needs. They need to aim to provide
industry-leading access to all subject areas, including Stem subjects.
Providers
need to go beyond content access and come up with more universal design
study tools that assist all students. Technology has helped increase
accessibility in universities, but there is still a way to go.
• Fionnuala Duggan is managing director for CourseSmart International, where she oversees its e-textbook platform and digital course material for international markets.
Source : Guardian ( 28th April 2013 )
Source : Guardian ( 28th April 2013 )
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