Designing for the Intersection of Aging and Disability: Application of the TechSAge Technology Intervention Model

TL;DR

This paper introduces a model for designing technology to help older adults with long-term disabilities maintain health and quality of life.

Contribution

The TechSAge Technology Intervention Model is proposed to bridge gaps in supporting aging individuals with disabilities through targeted technology.

Findings

The TechSAge-TIM model was applied to develop a seated tele tai chi program for exercise and social engagement.

Smart bathroom technologies and automatic fall detection systems for wheelchair users were developed using the model.

The model provides a roadmap for future research and development in aging and disability support.

Abstract

As people live longer with disabilities acquired early in life, the additive effects of aging create unique challenges at the intersection of aging and disability. Technology interventions can minimize barriers and create facilitators to support performance of activities integral to health and quality of life. The absence of a theoretical framework to guide such interventions, in either gerontology or rehabilitation, created gaps in the knowledge base required to meet the needs of these individuals. We proposed the TechSAge Technology Intervention Model (TechSAge-TIM) to support activity engagement of older adults aging with long-term disabilities through technology design that bridges the gap between intrinsic capabilities and functional abilities (Mitzner et al., 2018). We have since utilized the model to advance understanding of technology-based supports for persons aging with long-term mobility, hearing, and vision disabilities. We describe herein applications involving people with mobility disabilities. We identified unmet needs by exploring lived experiences and used the TechSAge-TIM to guide research and development of a seated tele tai chi program for exercise/social engagement, smart bathroom technologies, and an automatic fall detection system for wheelchair users. These applications advanced the field of aging and disability and provided a roadmap for future research and development efforts.