Kirigami-Inspired Flexible Temperature Sensor; Gerontechnology and Care Ethics: Addressing the Challenges of Dementia Care and Aging in Place

This portfolio synthesizes two interconnected research projects: the development of a kirigami-inspired flexible temperature sensor and an ethical examination of gerontechnology in dementia care. The flexible temperature sensor, designed with a substrate incorporating strategically placed cuts and a sinusoidal carbon nanotube (CNT) pattern, aims to improve strain tolerance and provide accurate temperature readings in wearable health monitoring applications. Older adults, particularly those experiencing age-related health challenges, represent a key user group for such technology. To contextualize its adoption, the accompanying STS research explores care ethics in the deployment of gerontechnology for older adults with dementia. This analysis highlights concerns surrounding autonomy, arguing that healthcare technologies should be implemented with informed consent and respect for individual dignity. The synthesis of these technical and ethical perspectives underscores the importance of user-centered design that not only advances technological innovation but also safeguards the rights and autonomy of vulnerable populations.

School of Engineering and Applied Science
Bachelor of Science in Mechanical Engineering
Technical Advisor: Baoxing Xu
STS Advisor: Kathryn Webb-Destefano
Technical Team Members: Annabella Caporaletti, Troy Dodd, Tahmid Mahi, Sam Thomas