Research
Digital Healthcare
We focus on the development of high-performance electronic skins and electronic textiles designed for non-interventional, long-term, and continuous monitoring of diverse physiological signals within home environments. By integrating these seamless wearable systems with sophisticated artificial intelligence, we aim to transform complex biometric data into actionable health insights, bridging the gap between daily life and proactive clinical diagnostics.
Embodied Intelligence
We develop high-performance electronic skins and functional textiles enabling robots to sense and interpret complex environmental stimuli. By bridging the gap between soft matter engineering and intelligent control, our work facilitates seamless and safe human-machine-environment interactions. This research aims to create a new generation of robots capable of navigating and collaborating within unstructured real-world settings through enhanced proprioception and environmental feedback.