Assistive Technology Assessment Models
Critique:
This is the first time seeing these assistive technology assessment models. In my opinion, I find more similarities with all five models than I do differences. Since there is such a variety of AT available, accompanied by even more apps, bells and whistles ranging from free to VERY expensive, I'm happy to see guidelines put in place to help decision-makers (parents, teachers, student, school, etc) make informed choices about which technology would be best for each individual situation. Whether assessing a cognitive or physical need, each of these models collects extensive details about all aspects of the students life. One piece of technology might be suitable for student A, meanwhile be completely useless to student B, even if at first sight they appear similar in terms of academic needs. Here is a breakdown of all five models.
SETT
Framework:
Tools
Joy Zabala
designed this widely used approach for
collaborative decision-making in AT. Without the full cooperation of the entire
school program planning team, critical mistakes can be made in regards to
providing the best possible options for a particular student.
Some
elements the team will analyze (student, environment, tasks & technology) include:
STUDENT-What are the student’s
needs, why aren’t they being met? Knowing strengths, needs and preferences.
·
What does the student need to do?
·
What are the student’s special needs?
·
What are the student’s current abilities?
ENVIRONMENT- Are there adequate supports?
·
What
materials and equipment are currently available in the environment?
·
What
is the physical arrangement? Are there special concerns?
·
What
is the instructional arrangement? Are there likely to be changes?
·
What
supports are available to the student?
·
What
resources are available to the people supporting the student?
TASKS - What tasks does the student need to
accomplish?
·
What
activities occur naturally in the environment?
·
What
is everyone else doing?
·
What
activities support the student's curricular goals?
·
What
are the critical elements of the activities?
·
How
might the activities be modified to accommodate the student's special needs?
Tools – What assistive technology might fit best?
·
What
no-tech, low-tech, or high-tech tools should be considered when developing a
system for a student with these needs
and abilities, doing these tasks, in these
environments?
·
What
strategies might be used to invite increased student performance?
·
How
might these tools and strategies be tried out with the student in the customary
environments in which they will be
used.
H.A.A.T.
H.A.A.T., which stands for “Human Activity Assistive Technology”, was
developed by Cook and Hussey and based on Bailey’s “Human Performance Model.” The components of the HAAT model are (1) Activity, (2) Human, (3)
Context, and (4) the Assistive technology.
- Activity refers to
self-care, work/school and play/leisure.
- Human refers to the doer
or operator and considers the abilities and skills of the individual, as well
as the level of skill or ability (i.e. novice or expert).
- Context refers to all aspects
of where the activity is being
performed: the setting (environment), social context (with peers, strangers,
family), cultural context, and physical context.
- Assistive Technology includes all the
interfaces that enable human performance to improve, both hard technologies and soft
technologies.
MTP – Matching Technology to Person
The Matching Technology to Person model
recognizes the immense technology options people with special needs are faced
with. Even though there might be a perfect tool for a certain need, it may not be used appropriately or even go unused when
personality preferences, social characteristics or environmental support are
not considered.
In order to properly match technology to person, data must be gathered and all
aspects of the student’s life must be considered.
The Matching Technology to Person model
recognizes the immense technology options people with special needs are faced
with. Even though there might be a perfect tool for a certain need, it may not be used appropriately or even go unused when
personality preferences, social characteristics or environmental support are
not considered.
In order to properly match technology to person, data must be gathered and all
aspects of the student’s life must be considered.
L.A.P.
The LAP, or Lifespace
Access Profile, developed by Williams, Stemach, Wolfe and Stanger (1994),
has two assessments for evaluation physical needs. The Lifespace Access Profile
Upper Extension is for individuals with physical needs but not significant
cognitive delays. The Lifespace Access Profile is for individuals with severe
or multiple disabilities. It assesses five domains: physical resources,
cognitive resources, emotional resources, support resources, and environmental
analysis. Each domain has a series of rating scales for students’ abilities and
preferences, and support services available.
Copley and Ziviani (http://stfx.worldcat.org/oclc/4900741410), in
their research paper, Use of a Team-Based Approach to Assistive
Technology Assessment and Planning for Children With Multiple Disabilities: A
Pilot Study, use LAP and
LAPUE as the instrument in their study.
Education Tech Points
(ETP)
Education Tech Points was developed by Bowser and Reed
Navigating the process: Educational tech
points for parents
The process follows the
following steps: Referral, Evaluation, Extended Assessment, Plan Development,
Implementation, and Periodic Review. It takes into consideration student's
current levels of performance, maturation process, learning disability, and
changes in the educational environment.
Clarissa your posting is nicely done! I agree, there are more similarities with each model than differences and it always focuses on the student...strengths and challenges
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