纬创医学与长庚科技大学签署AI智慧照护产学合作MOU，首推睡眠健康研究

Wistron Medical Technology and Chang Gung University of Science and Technology signed a memorandum of understanding at the university's Linkou campus to advance an AI-enabled training program for the aging and health industries. The partnership will combine industry expertise with academic resources to address rising demand for smart health, digital health and elder-care capabilities as societies move toward super-aged populations.

The collaboration will focus on developing health-care professionals who can apply artificial intelligence in care settings. Planned activities include workforce training, joint research, industry exchanges and field-based implementation. The partners will use courses, research projects and industry-academic programs to strengthen links between academic work and operational requirements across health-care organizations, care facilities, communities and homes.
Wistron Medical Technology brings medical expertise, technology development, and integrated software and hardware capabilities to the partnership. Its stated objective is to build a connected smart-health ecosystem that extends technology applications beyond hospitals and into broader care environments. Chang Gung University of Science and Technology will contribute its education and research resources, while Wistron Medical Technology will provide practical industry experience for training and innovation initiatives.
The first joint project will examine sleep health. The partners plan to apply AI-based, contactless sleep physiology monitoring technology alongside health-promotion interventions. The research will explore potential uses in sleep-health assessment, preventive health programs and care delivery. The work is intended to provide a practical setting for evaluating how digital health technologies can support health-care needs.
The agreement also establishes a longer-term framework for cooperation in smart health, elder care and digital health. Both organizations will continue integrating industry practice, academic research and technology resources while seeking additional cross-disciplinary projects. The partnership is designed to improve participants' ability to use AI and digital health tools and to support the transition of research results into practical care applications.