In this paper, we propose IrOnTex, an approach to design, fabricate, and prototype
customizable interactive textiles by ironing 3D printed elements directly onto fabrics. Our …

This paper introduces MouthIO, the first customizable intraoral user interface that can be
equipped with various sensors and output components. MouthIO consists of an SLA-printed …

Sustainable fabrication approaches and biomaterials are increasingly being used in HCI to
fabricate interactive devices. However, the majority of the work has focused on integrating …

We present EcoThreads, a sustainable e-textile prototy** approach for fabricating
biodegradable functional threads. We synthesized two thread-based fabrication methods …

Advancements in wearable technology have enabled noninvasive health monitoring using
biosensors. This research focuses on develo** a textile-based sweat glucose sensor …

This paper introduces three lip-based product biosensors as novel form factors for health
monitoring that display pH levels through color variation. Using the unique properties of lip …

Colorimetric biosensors offer significant potential for real-time health monitoring through
wearable technologies. However, the design and implementation of these sensors require …

Diabetes mellitus is one of the fastest growing chronic health conditions worldwide,
projected to affect 643 million people by 2030. Despite 100 years since insulin's discovery …

Lipstick as a ubiquitous beauty product is an ideal substrate for the encapsulation of
biosensors due to its direct contact with saliva, food and drinks, frequent use, and discrete …

Wearable devices have evolved significantly, progressing from simple touch sensors to
advanced hardware like exoskeletons, hearing aids, and space suits. These devices …