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DecisionMaking About Assistive Technology with Infants and Toddlers

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Teach child to use a powered wheelchair (High tech) ... the spoon or cup to a child's mouth (High-tech) ... When AT chosen, high-tech options seldom selected ... – PowerPoint PPT presentation

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Title: DecisionMaking About Assistive Technology with Infants and Toddlers


1
Decision-Making About Assistive Technology with
Infants and Toddlers
  • Lauren Dugan, M.S.
  • Philippa Campbell, Ph.D.
  • Thomas Jefferson University
  • Jeanne Wilcox, Ph.D.
  • Arizona State University

This work was completed through the Tots n Tech
Research Institute which is supported by U.S.
Department of Education, Office of Special.
Education Grant H327X010003
2
Overview of Presentation
  • What is Assistive Technology (AT)?
  • Tots-N-Tech
  • Introduction to investigations and data sources
  • Provider decisions about assistive technology in
    practice
  • New follow-up T-n-T survey for professionals

3
What is Assistive Technology (AT)
  • AT includes a range of supports that help young
    children with disabilities to increase, maintain
    or improve their functional capacities
    (Mistrett, 2004)
  • Range from simple (e.g., adapted spoons and
    switches) to complex (e.g., computers,
    augmentative communication systems, electric
    wheelchairs)
  • Devices and services promote a childs ability to
    move, communicate, and interact while
    participating in everyday activities and routines
  • Helps families support their childrens learning
    and development
  • Nationwide, AT may be underutilized with infants
    and toddlers

4
Intro to Tots-N-Tech
The Tots n Tech Research Institute, which is
funded by the U.S. Department of Education,
Office of Special Education Programs, was
established in 2001 as a collaborative effort of
Arizona State University and Thomas Jefferson
University. The mission of TnT is to study
prevalence, policy and resources, individualized
decision making, training and support and other
factors related to use of assistive technology
(AT) devices and services in early intervention.
5

Institute Research Areas
  • AT Use by Infants Toddlers
  • Policy and Resources
  • Decision Making
  • Training and Support
  • Funding
  • Best Practices Implementation

6
Decision-Making about AT
  • Providers perceptions about AT can influence
    their decisions about using AT devices in
    practice (Lahm Sizemore, 2002)
  • Provider beliefs may be contributing to an
    underutilization of AT in early intervention
    (Cress Marvin, 2003 Judge, 1998 Kemp
    Parette, 2000 Mistrett, 2001 Sullivan Lewis,
    2000 )
  • Two T-n-T Studies (see references)
  • Wilcox, Guimond, Campbell, Moore (2006)
  • Dugan, Campbell, Wilcox (2006)

7
Data Sources
  • National EI Practitioner Phone Survey
  • 967 multidisciplinary early intervention
    providers (e.g., EI teachers, PTs, OTs)
  • Random recruitment from 12 states
  • Working with at least 3 children per week
  • Demographic information, perceptions and
    definitions of AT, prevalence and use
  • Follow-up Practitioner Survey
  • 424 providers were re-contacted
  • Decision-making about AT in practice
  • Training and education experience in AT

8
Practitioner Follow-up Survey Demographic
Information (n 424)
  • Gender
  • Female 98.3
  • Education
  • Bachelors 34.7
  • Masters 61.6
  • Doctorate 2.1
  • Ethnicity
  • Caucasian 89.9
  • Hispanic 2.4
  • African American 3.5
  • Asian 0.2
  • Avg. years experience 13.57 (range 1-45)
  • Discipline
  • OT 21.5
  • PT 17.6
  • SLP 22.8
  • Child development specialist/teacher 28.8

9
Decision-Making Study
  • What decisions do providers make about AT use?
  • Childrens skills
  • Type of intervention
  • Timing of intervention use
  • Type of AT (low/high)

10
Decision-Making ScenariosPlaying
  • TRUE or FALSE
  • You would use an adapted toy or a switch device
    if an 11 month old child could hold, but not
    manipulate, a toy.

11
A child can hold, but not manipulate a toy
  • Provide a toy of high interest (Skill
    development)
  • Adapt toys to make play easier (e.g., switch)
    (Low Tech)
  • Provide activities so the child can improve fine
    motor skills to manipulate toys better (Skill
    development)
  • Teach the child how to use a computer (High tech)
  • No concern

12
Decision-Making ScenariosA child can hold, but
not manipulate a toy
13
Decision-Making ScenariosDressing
  • TRUE or FALSE
  • You would use a dressing aid like a buttoning
    device if a child was totally unable to
    participate in dressing at 30 months.

14
A child is totally unable to participate in
dressing
  • Select clothing that is easy to get on and off
    (Skill development)
  • Adapt clothing to make it easier for the child or
    parent to put on and take off (Low tech)
  • Teach the child to use a dressing aid, such as a
    buttoning device (Low tech)
  • No concern at this time

15
Decision-Making ScenariosA child is totally
unable to participate in dressing
16
Decision-Making ScenariosMobility
  • TRUE or FALSE
  • You would use a power wheelchair for a child
    under 3 years that cannot get around by crawling
    or walking.

17
A child cannot get around by crawling or walking
  • Teach child to use a powered wheelchair (High
    tech)
  • Teach child to crawl, walk, scoot on bottom or
    roll (Skill development)
  • Provide child with a motorized ride-on toy
    vehicle (e.g., barbie car) (Low tech)
  • Use a stroller, wheelchair, something pushed
    (Low-tech)
  • Self-propelled device like tricycle, gait trainer
    walker (Low-tech)
  • No concern

18
Decision-Making ScenariosA child cannot get
around by crawling or walking
19
Decision-Making ScenariosBathing
  • TRUE or FALSE
  • You would feel comfortable using an adapted or
    off-the-shelf bath seat for a child even as young
    as 6 months if he/she were having trouble sitting
    up for bath time.

20
A child is unable to sit up for bathing
  • Purchase an off-the-shelf bath seat (Low tech)
  • Order a custom bath seat (High tech)
  • Sponge insert so the child can have a bath while
    lying down (Low-tech)
  • Teach the child to sit up so that he/she can
    participate in bath time (Skill development)
  • No concern at this time

21
Decision-Making ScenariosA child is unable to
sit up for bathing
22
Decision-Making ScenariosCommunication
  • TRUE or FALSE
  • If a child has not yet produced any speech by
    age 2, you would continue to teach that child to
    vocalize until at least 3 years of age.

23
A child has normal hearing, babbles rarely,
struggles to vocalize, and has not yet produced
any speech
  • Teach child to vocalize so that he/she can
    communicate (Skill development)
  • Teach child sign language (Skill development)
  • Use objects, communication board, or picture
    exchange system so child can communicate (Low
    tech)
  • Simple voice output device like Big mac, loop
    tape or cheap talk (Low-tech)
  • Early communication device like Tech-Speak (High
    tech)

24
Decision-Making ScenariosA child has normal
hearing, babbles rarely, struggles to vocalize,
and has not yet produced any speech
25
Decision-Making ScenariosEating/Drinking
  • TRUE or FALSE
  • If a child cannot eat or drink without
    assistance, you would not be concerned until the
    child was older than 3 years.

26
A child is able to swallow without a problem but
cannot eat or drink without assistance
  • Use physical assistance or hand-over-hand methods
    (Skill development)
  • Adapt dishes, cups, utensils so child can use
    them to eat/drink (Low tech)
  • Mechanical device that brings the spoon or cup to
    a childs mouth (High-tech)
  • No concern at this time

27
Decision-Making ScenariosA child is able to
swallow without a problem but cannot eat or drink
without assistance
28
With this sample of providers..
  • For the most part, AT not selected as an
    intervention option until children were older
    than 24 months.
  • When AT chosen, high-tech options seldom selected
  • Providers tend to choose skill-based
    interventions
  • ____________________________________________
  • Two convenience groups

29
Other groups and decision-making
  • Deaf-Blind Program Coordinators
  • 37 state directors/coordinators for programs for
    children who are deaf-blind (representing 31
    states)
  • Combo of both provider surveys
  • Responded to decision-making scenarios
  • State Coordinators
  • Providers who were coordinators for the TnT
    implementation study
  • 31 providers representing 21 states nearly all
    female
  • Completed the provider follow-up survey
  • Responded to decision-making scenarios

30
Scenario 1 Child can hold but not manipulate
toys
31
Scenario 2 Child is unable to participate in
dressing
32
Scenario 3 Child can not get around by crawling
or walking
33
Scenario 4 Child unable to sit up for bathing
34
Scenario 5 Child is struggling not talking and
struggling to vocalize
35
Scenario 6 Child can not eat or drink without
assistance
36
Conclusions and Trends
  • Generally, the national sample less likely to
    choose AT until child older than 2 years
  • Other 2 groups sometimes chose AT sooner than
    national sample
  • Low-tech devices chosen more often than high-tech
  • In some situations, Deaf-blind coordinators more
    likely than other groups to choose AT when child
    lt12m

37
A New Tool
  • Best practices for using AT with infants and
    toddlers
  • Includes key areas of the process when using AT
    with young children
  • Assessment
  • Use and Implementation
  • Evaluation of Effectiveness
  • System elements
  • Self-assessment tool and guide for professionals
    when thinking about their local early
    intervention systems

38
  • Feedback?
  • Please complete at http//tnt.asu.edu STARTING
    NOVEMBER 1ST!!!!!!!!

39
References
  • Cress, C.J. Marvin, C.A. (2003). Common
    questions about AAC services in early
    intervention. Augmentative and Alternative
    Communication, 19, 254-272.
  • Dugan, L.M., Campbell, P.H., Wilcox, M.J.
    (2006). Making decisions about assistive
    technology with infants and toddlers, Topics in
    Early Childhood Special Education, 26(1), 25-32.
  • Judge, S. (1998). Providing access to assistive
    technology for young children and families. In
    S.L. Judge H.P. Parette (Eds.), Assistive
    technology for young children with disabilities
    (pp 1-15). Cambridge, MA Brookline Books.
  • Kemp, C.E., Parette, H.P. (1998).
    Family-centered assistive technology
    decision-making. Infant-Toddler Intervention, 8,
    185-206.
  • Lahm, E.A., Sizemore, L. (2002). Factors that
    influence assistive technology decision-making.
    Journal of Special Education Technology, 17,
    15-26.
  • Mistrett, S. (2001). Synthesis on the use of
    assistive technology with infants and toddlers
    (birth through age two) (Contract No. HS97017002,
    Task Order No. 14). Washington, DC U.S.
    Department of Education, Office of Special
    Education Programs, Division of Research to
    Practice.
  • Mistrett, S. (2004). Assistive technology helps
    young children with disabilities participate in
    daily activities. Technology in Action, 1, 1-8.
  • Wilcox, M.J., Guimond, A., Campbell, P.H.,
    Moore, H. (2006). Provider perspectives on the
    use of Assistive Technology for infants and
    toddlers with disabilities, Topics in Early
    Childhood Special Education, 26(1), 33-49.

40
For more information about TnT
  • Visit the Tots-N-Tech website
  • http//www.asu.edu/clas/tnt/
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