by Brantley Spillman
For
my post, I began by watching videos C and D from the Blog Post 15
Instructions. Video C was entitled “Teaching Math to the Blind, and
video D was entitled “iPad Usage for the Blind”. Both videos introduced
teaching materials that were new to me and required some additional research for
a full understanding of these materials.
The
first video, “Teaching Math to the Blind”, was produced by Professor
Art Karshmer. Professor Karshmer is the Department Chair of Technology,
Innovation, and Entrepreneurship at the University of San Francisco. In
this video, Professor Karshmer introduces a tool that can help blind
students see math in two dimensions as seeing students visualize math.
In the past, blind students could only use Braille to read math
problems. This method places mathematical problems in a one-dimensional
line for interpretation. For example,
Braille New Tool
One-Dimension Two-Dimension
2
2+2=4 +2
4
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Additional Resources:
A cumulative list of Online Resources for Teaching the Blind
A list of useful software programs and their websites.
Screen Readers: "Screen
reading software reads aloud on the screens. It includes
text, pull-down menus, icons, dialog boxes, and web pages. Screen
readers run parallel with the computer's operating system and
applications." (JAWS, Windows-Eyes, and ZoomText) https://www.washington.edu/doit/articles?464
Scan/Read Systems: "Scan/read
systems combine software and a flatbed scanner to read aloud any
printed text. Textbook pages, in class handouts, and tests can be scanned
in and then read aloud by the computer."(Kurzweil 1000 , OpenBook) https://www.washington.edu/doit/articles?464
Portable Notetakers: " Portable notetakers provide speech output without a visual display and
can be connected to printers and computers for printing and uploading
text. Braille keyboards and refreshable Braille displays are available
for Braille users." (Braille Lite Series, Braille ‘n Speak,
BrailleNote) https://www.washington.edu/doit/articles?464
The Standards for teaching the blind math concepts using Tactile Graphics.
What are tactile graphics?
"Tactile
graphics deliver
information through touch. They usually come with Braille textbooks to show content in maps, charts, layouts, diagrams,
and images of geometric figures. Tactile graphics are usually made by hand
(Braille transcribers) as part of book production. In some scenarios, the creation of these graphics is implemented by automatic
processes using a variety of software applications. Some methods used to
create such graphics are described below."https://www.washington.edu/doit/articles?464
- "A hand-tooling method produces a raised image on paper or aluminum diagramming foil. Specially-designed tools hand-emboss raised lines and textures. A Thermoform device creates several copies produced by this method."https://www.washington.edu/doit/articles?464
- "A partially-automated method prints computer generated graphics onto capsule or paper(swell paper), which causes the lines to rise when the paper is sent through a special heating machine. In this process, the black portions of the copy swell outward to form a raised line (tactile graphic)."https://www.washington.edu/doit/articles?464
- "Some Braille embossers are equipped with a graphics mode that can be used for producing tactile graphics, although additional software may be required to use this process. There are also specialized Braille printers, like the Tiger series by ViewPlus, which are specifically designed to create tactile graphics in addition to standard Braille."https://www.washington.edu/doit/articles?464
- "The University of Washington's Tactile Graphics Project provides a variety of sources designed to improve access to mathematics, engineering, and science information from graphical images by students who are blind. One helpful application is the Tactile Graphics Assistant which, when combined with regular software applications, enables the quick translation of visual graphics to a tactile form."https://www.washington.edu/doit/articles?464
- "A valuable resource for creating tactile graphics is the Tactile Diagram Manual produced by Purdue University. This downloadable manual is for educators who need to convert science and math diagrams into tactile graphics."https://www.washington.edu/doit/articles?464
by Hilary Thames
Video A - Watch Assistive Technologies for Vision and Hearing Impaired Children
Video B - The Mountbatten
When
I was a senior in highschool, I had the privilege of working with
students with special needs through being a teacher's aid. This was
definitely an eye opening experience, and I would have to say it taught
me more than any class ever could! While working with these students, we
had to teach in ways that were not used in regular classrooms. Its not
that special needs students cannot learn, they just learn in ways that
differ from other students. One great Assistive Technologies for Vision and Hearing Impaired Children
makes is that learning needs to be personal. Every student, whether
they have a special need or not, learns differently. One great way for
teaching the vision impaired is through podcasts, like we learned about
earlier this semester from a group of kindergartners. Through these
podcasts, students would not only be able to use them during school, but
they would also be able to access them at home as well. Having devices
like the braille writer talked about in The Mountbatten provides students with special needs the ability to be engaged in regular classroom activities just as any other student.
by Haley Smith
"Its not that special needs students cannot learn, they just learn in ways that differ from other students." It is important to realize that these students deserve the opportunities in education other students do and assistive technologies help to provide these.
ReplyDeleteWell done reviewing each of the assistive technologies that can be used in the classroom. Keep these in mind as you go into the classroom, because more and more students in the classroom can benefit from some type of assistive technology.
Great job on researching more assistive technologies and including them on your overview. This list will help you in your own classroom one day.