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Project
SALUTE --What We've Learned Section-- Return to ARTICLES / INFORMATION SHEETS navigation page This page contains the article TACTILE MODELING. [link to HOME page] [link to WHAT WE'VE LEARNED main page] TACTILE MODELING Definition Demonstration
of an activity by having the child (observer) feel the demonstrators
actions by touching parts of the body or objects involved in the action.
A means of demonstrating
something to a child who is totally blind.
Purpose To
convey information about an activity or action to a child who has severe
visual impairments in a way that the child can perceive it tactilely
and imitate it, if appropriate.
Examples
Considerations
Advantages
Disadvantages
Source Tactile
Modeling represents a synthesis of information from Project SALUTEs
focus groups, National Advisory Committee, staff activities, and a review
of relevant literature such as the following bibliography.
Bibliography Chen,
D. (1999). Beginning communication with infants. In D. Chen (Ed.). Essential
elements in early intervention. Visual impairments and multiple disabilities
(pp. 337-377). New York: AFB Press.
Marks, S.B. (1998). Understanding and preventing learned helplessness in children who are congenitally deaf-blind. Journal of Visual Impairment & Blindness, 9, (30), 200-211. Miles, B. (1997). The hands of a person who is deaf-blind: Tools, sensory organs, voice. Proceedings of the National Conference on Deaf-blindness: The Individual in a Changing Society (pp. 541-557), Washington, D.C. Miles, B. (May, 1999). Talking the language of the hands to the hands. Monmouth, OR: Deaf-Blind Link, The National Information Clearinghouse on Children who are Deaf-Blind. Smith, M. (1998). Feelingroovy: Functional tactual skills.[On-line] www.tsbvi.edu/Outreach/seehear/summer98/groovy.htm. Visually Impaired Preschool Services (1996). Hands on experience: Tactual learning skills. Can Do! Series [Video]. Louisville, KY: Author. Navigation Bar for Project SALUTE website Description | What We've Learned |
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SALUTE is a model demonstration project funded by the U.S. Department of Education grant #H324T990025 to California State University, Northridge from September 1, 1999 to August 30, 2004. |