Research at the Center for Inclusive Design and Engineering to learn more about Socially Assistive Robots

Socially Assistive Robot for toddlers with significant physical disabilities

Principal Researchers:

Madeline Blankenship Investigating the impact Socially Assistive Robotics has on motor communication and cognitive skills of children with disabilities.

Personalized Medicine for Pressure Ulcer Prevention: Clinical Measures of Buttocks Deformation

Principal Researchers:

Dr. Cathy Bodine (PI)
Kelly Waugh, Petra Conaway In collaboration with the Rehabilitation Engineering and Applied Research Laboratory (REAR Lab) at Georgia Tech, this research project at the BIRD labthe goal of this research project is to reduce the occurrence of pressure sores as a result of sitting in a wheelchair, also known as biomechanical pressure ulcers (PrU), through personalized evaluations and solutions.

Development of a 3-Dimensional Spatial-Orientation Palpation Device to Measure Relative Angles, Absolute Angles and Linear Body Dimensions for Wheelchair Seating and Positioning

Principal Researchers:

Dr. Cathy Bodine

Student Researchers:

Kurt Pierson This BIRD lab project is working to develop an inexpensive, manual device for measuring body-relative angles, absolute angles, and linear body dimensions that assess and optimize wheelchair seating and positioning.

Real-Time Analysis of Kinematics during Manual Wheelchair Propulsion

Principal Researchers:

Dr. Cathy Bodine The primary goal of this project is to reduce the pain and injuries caused by manual wheelchair use by developing a custom, wrist-worn activity tracker that provides information and feedback to its users.

D1: Effective Configuration and Authoring of Interactive Prompting Templates

Brief Overview The primary goal of this project is to develop an android-based application that acts as a job coach, through the use of prompts, for warehouse employees with disabilities performing on-demand tasks.

D2: Integrating IPP with Enterprise Systems and Generation of Context-aware Linear Prompts

Brief Overview The primary goal of this project is to develop an android-based application that acts as a job coach, through the use of prompts, for warehouse employees with disabilities performing pre-determined tasks.

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Center for Inclusive Design and Engineering

Previous Studies

Below are helpful publications and research studies on A.T. technology.

Research at the Center for Inclusive Design and Engineering to learn more about Socially Assistive Robots

Socially Assistive Robots for Toddlers with Disabilities

Additional Research

Center for Inclusive Design and Engineering (CIDE)