
In this article, we will sightsee some examples of universal technology and how they are used to improve accessibility and inclusivity.
Voice Recognition Software:
Voice recognition software is a technology that allows users
to control their computer or mobile device using voice commands. This
technology benefits people with physical disabilities that prevent them from
using a keyboard or mouse. Voice recognition software can navigate websites,
send emails, and perform other tasks on a computer or mobile device.
Closed Captioning:
Closed captioning is a technology that displays the audio
content of a television program or video as text on the screen. This technology
is beneficial for people who are deaf or hard of hearing. Closed captioning can
also be used in noisy environments or situations where it is difficult to hear
the audio.
Screen Readers:
Screen readers are software that reads the text on a
computer screen out loud for people with visual impairments. This technology is
beneficial for people who are blind or have low vision, and screen readers can read
websites, emails, and other digital content.
Assistive Listening Devices:
Assistive listening devices are a type of technology that help
people with hearing impairments to hear better. These devices can include
hearing aids, cochlear implants, and other devices. Assistive listening devices
can amplify sound or transmit sound directly to a user's hearing aid or cochlear
implant.
Universal Design:
Universal design is a philosophy that focuses on creating
products and environments accessible and usable by people with a wide range of
abilities and disabilities. Universal design principles can be applied to
everything from buildings and public spaces to products and digital content.
Some examples of universal design principles include clear signage, wide
doorways, and adjustable seating.
Braille Displays:
Braille displays are a type of technology that converts
digital text into braille for people who are blind. These devices can read
emails, websites, and other digital content. Braille displays can also be used
in educational settings to help students who are blind read textbooks and other
materials.
Eye Tracking Technology:
Eye tracking technology is a type of technology that allows
users to control their computer or mobile device using eye movements. This
technology benefits people with physical disabilities that prevent them from
using a keyboard or mouse. Eye-tracking technology can navigate websites, send
emails, and perform other tasks on a computer or mobile device.
Universal design is a philosophy that seeks to create
products, environments, and systems accessible and usable by as many people as
possible, regardless of their abilities or disabilities. The goal of universal
design is to promote inclusion, reduce barriers, and provide equal
opportunities for everyone.
Universal design principles can be functional in various
products and environments, including buildings, public spaces, transportation
systems, websites, software applications, and consumer products. The following
are some of the critical philosophies of universal design:
Equitable Use
Universal design should be designed to be used by everyone,
regardless of their abilities or disabilities. Products and environments should
be prepared to meet the broadest range of users' needs.
Flexibility in Use
Universal design should be flexible and adaptable to different users' needs. Products and environments should accommodate other preferences, abilities, and skill levels.
Simple and Intuitive Use
Universal design should be designed to be simple and
intuitive to use. Products and environments should be prepared to be easy to
understand and use without extensive training or specialized knowledge.