Our lab drives innovation in human-machine interface (HMI) technologies, focusing on soft, flexible, and intelligent systems that prioritize user comfort, durability, and seamless interaction. We develop wearable and interactive platforms by integrating advanced sensing and energy-harvesting technologies into fabric-like substrates, enabling self-powered electronics for healthcare, soft robotics, virtual reality, and smart environments.

Our research centers on pressure and motion-sensitive devices designed with washability, durability, and self-healing capabilities to withstand daily wear and environmental stress. We create skin-friendly, biocompatible, and biodegradable materials to ensure long-term wearability and environmental sustainability, capable of precisely tracking gestures, subtle movements, and physiological signals like respiratory patterns. Additionally, we design array-based sensing systems for high-resolution spatial mapping and robust architectures that maintain performance under mechanical strain or deformation.

By combining cutting-edge material innovation with sophisticated signal processing and machine learning, our HMI solutions enable natural, intuitive interactions and reliable operation in diverse applications. These include continuous healthcare monitoring (e.g., vital signs or rehabilitation support), responsive soft robotic interfaces, and immersive smart devices for augmented and virtual reality. Our work aims to deliver sustainable, user-centric technologies that enhance human-machine collaboration and adaptability in real-world settings.