

Assistive technology is technological advances that assist individuals with disabilities in ways that help them perform tasks and functions that they might have experienced difficulties in, or were previously impossible. These implementations can create independent learning in the student and foster cognitive growth. Assistive technology covers a wide range of devices in mobility, hardware, and software, such as wheelchairs to computer keyboards with larger keys, voice recognition products, or software that reads text on a computer.
An enormous variety of assistive technology is available to nearly all people so that they can have the opportunity to access information. These technologies provide significant assistance to individuals who experience vision, hearing, dexterity and mobility, language and communication, or learning needs.
I was really interested in learning about “learning” needs and how assistive technology can bridge instruction to learning for specific learning needs. Learning needs include dyslexia, attention deficit disorders, and cognitive challenges. Microsoft Accessibility: Technology for Everyone claims that, “Many individuals with learning difficulties and impairments are perfectly capable of learning if information is presented to them in a form and at a pace that is appropriate to them individually. Providing a multisensory experience of audio speech paired with a visual representation, for example. And, reducing visual and auditory distractions can aid the learning process for many people.”
I decided to focus on dyslexia, as a learning need to see what types of assistive technology is available for these learners. Because individuals who experience dyslexia may have difficulty with letter orientation, words within sentences, spelling, letter reversals, accommodations have become available to help them with their reading and writing. These technologies range from:
o Word Processors with spelling and grammar check to font size and color options.
o Reading Systems that read text aloud to the learner and highlight contrasting colors to focus on specific words.
o Concept Mapping which helps visualize larger concepts through mapping, rearranging, and organization.
o Phonetic Spelling programs that convert phonetic spelling into correctly spelled words (Franklin Electronic Dictionary and Yak Yak software).
o Word Prediction.
o Speech Recognition.
o Organizational Software to assist with keeping on task and staying organized.
o Talking Calculators.
I thought these sounded like great programs. I especially like the Phonetic Spelling, and concept mapping. Concept maps helps children with their writing in that it helps them to visually see and organize information to then use to create a cohesive writing. Individuals who experience dyslexia tend to learn visually and think in images, concept maps accommodate to their learning style, enhance their strengths, and increase their writing skills. The information is represented in nonlinear formats. Concepts are labeled with key words and relationships. The map is organized independently from rigorous writing structures. Color and graphics can trigger concepts, memory, and learning.
For my future teaching it's very important to be aware of the assistive technology available to help students learn in their own intelligence and to develop their learning so that they can become autonomous life long learners.
Resources:
http://www.washington.edu/accessit/articles?109
http://www.microsoft.com/enable/guides/learning.aspx
http://www.washington.edu/doit/Brochures/Technology/atpwld.html
http://cmc.ihmc.us/cmc2008papers/cmc2008-p223.pdf
Images:
http://w301math-atresources.wikispaces.com/file/view/conceptmap2.png/33067835/conceptmap2.png