Our research centers on developing skin-interfaced and implantable bioelectronics for personalized and precision healthcare. We are particularly focused on designing innovative soft materials and sensors that are mechanically and electrically robust, and that conform to the dynamic movements of biological tissues. These materials enable bioelectronics that can monitor vital signs and biomarkers continuously in real-time, which can be applied to areas such as chronic disease management, rehabilitation, and wearable health diagnostics.

Interdisciplinary collaboration is a central component of my research approach. We have actively collaborated with researchers in chemical engineering, biomedical engineering, mechanical engineering, electrical engineering, and materials science to push the boundaries of conventional healthcare technologies. These collaborations have resulted in several high-impact publications and have laid the groundwork for future partnerships that will drive innovation in the field of soft bioelectronics.