Title: AT for Seating, Positioning and Mobility Karen Stindt MS OTR ATP CESA 6 HANDOUTS Please go to the WA
1AT for Seating, Positioning and MobilityKaren
Stindt MS OTR ATPCESA 6HANDOUTSPlease go to
the WATI web site to download the Seating
Positioning and Mobility Chapter of the new
ASNAT-Chapter 2http//www.wati.org/?pageLoadcont
ent/supports/free/index.php
Wisconsin Assistive Technology Initiative
2WATI
- ASNAT manual revised
- Last major project undertaken by WATI
- Seating positioning and mobility -chapter
3AT for Seating, Positioning and Mobility
Wisconsin Assistive Technology Initiative
- Students with mild disabilities
- Students with severe disabilities
4Students with mild disabilities
- What do we see?
- Frequent movement within and out of seat
- Slumping, propping themselves
- Falling out
5Students with mild disabilities
- Examples of AT or techniques
- Chair table size
- Seat cushion
- Tubing around chair legs
- Angled writing surface
- Tennis balls on 2 of 4 legs to give movement
- Others
6Students with mild disabilities
- 90 x 90 x 90 anatomical positioning BUT not
functional positioning - Functional
- bending the knee slightly from 90 degrees with
the feet placed asymmetrically on the floor,
bending the trunk slightly forward at the hips
and holding the elbows slightly more than 90
degrees. - As if you were going to stand up
- Try it!
7Students with severe disabilities
- Positioning
- Purpose of positioning
- Function V. Alignment
- Dynamic V. Static
- Task oriented V. tied in
8Students with severe disabilities
- Positioning
- 90 x 90 x 90 positioning
- Safety
- Transportation
- Anatomical alignment
- Alternative positioning
- bending the knee slightly from 90 degrees with
the feet placed asymmetrically on the floor,
bending the trunk slightly forward at the hips
and holding the elbows slightly more than 90
degrees. - As if you were going to stand up
9Students with severe disabilities
- Mobility
- Within the school, classroom
- One type may not work for all environments
- Walkers, crutches,
- Strollers
- Manual wheelchairs
- Power wheelchairs
10WATI Independence By Design
- Project based on concepts developed by Karen
Kangus - Facilitated by Lisa Rotelli and ASL
11Powered Mobility
- Why should we get young or severely disabled
children involved with powered mobility? - How to get young and or severely disabled
students access to mobility? - Barriers?
- Requirements
12Powered Mobility
- Principles of positioning
- Tilt, recline, support for head, trunk,
extremities - Principles of mobility
- Everyone has the right to move
13Mobility
- When do typically developing children start to
move? - Movement as an activity
- Movement as a means to get to an activity
14Mobility
15Access
- Switches v. joystick
- On/off
- Not proportional
- Multiple parameters
16Control parameters
- Most important aspect of making the powered chair
- Safe
- Successful
- Non-threatening
- Single direction
- Speed
17Control Parameters
18Management of the controller
- Use controller on wheelchair with card
- Use external controller
- Allows immediate changes
19Getting started-Routines
- Establish functional purposeful routine
- Start with primary person
- Start with only one direction
- After routine is established, add others to list
of people who can do the routine - Introduce wandering only after routines are
successful
20Case study
21Data Collection
- Data Collection
- student name
Date - Person filling out form
- 1. Track how the chair is functioning
- Seating- Describe what is being used for seating
adjustments or what may be needed. Describe any
changes made
22Data collection
- 2. What is the child doing?
- Describe the routine Describe Wander
- 3. What is the adult doing
- What are you doing to keep her safe? What are you
telling her? What were you thinking?
23ASNAT
- Using the ASNAT seating and positioning chapter
- Feature match
- Decision making guide
- References
- Resources
24Conclusion
- What have learned that applies to you or your
students?