International Conference on Gerontechnology 2024

Collaborating for the Future of Gerontechnology

Speakers

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William_Tsang
Prof. William TSANG Wai-nam
Professor and Associate Dean
(Development and Strategic Relationships)
School of Nursing and Health Sciences
Hong Kong Metropolitan University
Hong Kong
Profile

Professor William Tsang is an esteemed physiotherapist with extensive clinical experience across various sectors of physiotherapy, specializing in geriatric care. Prior to his academic role at Hong Kong Metropolitan University, he served as the Associate Head and Associate Professor in the Department of Rehabilitation Sciences at The Hong Kong Polytechnic University.

Currently, Professor Tsang is the Associate Dean (Development and Strategic Relationships) at the School of Nursing and Health Sciences. He also chairs the Hong Kong Physiotherapy Registration Committee and serves on the Physiotherapists Board in Hong Kong.

Renowned for his research in postural control and preventative exercise, Professor Tsang has significantly advanced the scientific understanding of Tai Chi, Qigong, and Western exercises such as golf. His numerous publications emphasize the role of exercise in enhancing postural and balance control for older adults, stroke survivors, and individuals with mild cognitive impairment. His recent research interests include motor control in gerontechnology.

Abstract

Innovative Exergaming Systems Tailored for Older Adults: An Example of Academic-Industry Partnership

 

This presentation delves into the development of an innovative exergaming system tailored specifically for older adults, aiming to overcome the challenges posed by high difficulty levels and the need for professional supervision found in commercial exergames. Building upon our experience of a commercial active gaming platform in reducing fall risks in institutionalized older adults, our project seeks to create an accessible and user-friendly platform suitable for both home and community settings. The core of the system is a series of seated Tai Chi exercises designed to improve balance control, eye-hand coordination, and flexibility—crucial health aspects that are often at risk in the aging population. We will discuss the empirical movement analysis used to select the Tai Chi forms and their specific health benefits. Technical design aspects of both hardware and software will be covered, including a live demonstration of the exergaming interface. To ensure the system is approachable for both older adults and caregivers, it features an intuitive interface with large, readable buttons and customizable difficulty levels. Audio and visual guides support independent usage, while real-time feedback and essential safety features aim to enhance motivation and prevent falls. Comprehensive caregiver training resources are included to ensure effective support and troubleshooting. In the project's second phase, we will integrate Implementation Sciences principles to rigorously evaluate the effectiveness of the exergaming system in preventing falls and improving health outcomes. This dual-phased approach promises a personalized, engaging, and effective solution to enhance the well-being of older adults through cutting-edge technology.