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Aging in Place: High Tech for People with Disabilities Daniel Fisher, COL (Ret.) Asst. Chair for Administration + Operations University of Pittsburgh

Aging in Place: High Tech for People with Disabilities€¦ · people with disabilities through advanced engineering in ... structure-mounted robotic arm to assist with transferring

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Aging in Place: High Tech for

People with Disabilities

Daniel Fisher, COL (Ret.) Asst. Chair for Administration + Operations

University of Pittsburgh

• Dedicated to educating the next generation of health

and rehabilitation professionals

• Rankings

– #3 - Physical Therapy

– #6 - Occupational Therapy

– #8 - Speech-Language Pathology

– #18 - Rehab-Counseling

• Home for the Department of Rehabilitation Science

and Technology, RST, Chair Dr. Rory Cooper

HERL

• Part of the VA Pittsburgh Healthcare System

• Mission: To continuously improve the mobility and function of

people with disabilities through advanced engineering in

clinical research and medical rehabilitation

• Vision: To create a world where all people with disabilities

have unencumbered mobility and function so that they can

fully participate in and contribute to society

QoLT

• Focused on the development of intelligent systems that enable older adults and people with disabilities to live more independently

• Personal assistive robots, cognitive and behavioral coaches, human awareness and driver assistance technologies.

• Jointly run by Carnegie Mellon University and the University of Pittsburgh

• PerMMA: Personal Mobility and Manipulation Appliance

• StrongArm: Wheelchair, bed or structure-mounted robotic arm to assist with transferring people

THEMES:

• Robots “learning” from human behavior and activity

• Providing tools to augment (reducing the effort) clinicians and caregivers

• Promoting greater independence (living at home) through human-robot symbiosis

• Prompts individuals

through multi-step tasks– Audio sequences

– “Smart glass” in cabinet doors

– Projected images or text

– Wirelessly triggered illuminating

grab-handles

– Instructions adapted for users

depending on cognitive abilities

• App to switch off certain aspects of kitchen– Oven and cooktop

– Countertop appliances

– Even the faucet

• 16 million+ living with cognitive impairments (Faul, Xu, & Wald, 2010)

– Alzheimer’s disease (AD): 5,400,000

– Traumatic Brain Injury (TBI): 1,700,000

– Other conditions: Stroke, MS, ALS etc.

• 19.9 million people in U.S. have difficulty

with tasks related to upper body function

– Serious upper limb impairments: 1,100,000

Individuals with Traumatic Brain Injuries

• Kitchen is a stress producer

• 67% having challenges with tasks

• 79% report significant impact on quality of life

– Difficulty with appliances, locating items, and staying focused

on tasks, and leaving food unattended)

Individuals with Upper Limb Impairments

• Six focus groups, 36 people

• Heavy objects, hot objects and upper cabinets

To create and

evaluate tech that

assists in meal

preparation, cleanup,

appliance use, and

other common

kitchen tasks

Overhead track mounted manipulator

helps people with physical

impairments complete common

kitchen tasks.

Goal is to reduce the need for a

caregiver and allow people to

perform daily living activities more

independently.

• Improves self-confidence

• Increases quality of life

The design is transferable for

use in residential homes with

standard building materials.

The low-profile track requires

little space for installation

above cabinets, and is

compatible with most

residential kitchen designs.

Technology for Home and Community

http://www.woundedwarriorhome.org/learn.aspx

Rory A. Cooper

Distinguished Professor

and

FISA – Paralyzed Veterans of America Chair

University of Pittsburgh

Suite 400

6425 Penn Avenue

Pittsburgh, PA 15206 US

[email protected]

www.herl.pitt.edu

Dan J. Fisher

Asst. Chair of Admin and Opns

[email protected]

Office (412) 319-7477