School of Chemical Engineering
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Welcome to the
Wearable and Implantable
Soft Electronics Lab
Our group is exploring several dimensions of future bioelectronics for wearable and implantable applications. As such, we are pushing the boundaries of technological innovation through interdisciplinary approaches, uniting the realms of engineering, materials science, and biology in collaboration with academic and industrial partners. Our key focus is on developing noise-free bioelectronics through materials and design perspectives, flexible and stretchable devices, and bio-inspired and bio-integrated electronics.
Navigate through this website to get more insights about our research and scientific contributions.
If you are interested in our research, feel free to contact Prof. Tae-il Kim.
-[Achievement] @October 2025, We collaborated with Prof. Bhang in our department to develop gold-nanoturf mediated wireless photothermal patch for the upregulation of stem cell spheroids that promotes synergistic skin wound closure. It's been published in Advanced Science. Congratulations Dr. Jong Uk Kim and Dr. Gyan Raj Koirala!
-[Achievement] @October 2025, Our work to develop highly stable organic electrochemical transistor (OECT). We adopted ionic liquid for the channel and electrolyte for the first time: choline acetate([Ch][Ace]) ionic liquid-infused PEDOT:PSS (CLiPS) and a choline acetate-gelatin (CAGel) electrolyte. It's been published in Advanced Materials. Congratulations Dr. Young Jin Jo and Yeong-sinn Ye!
-[Achievement] @July 2025, We developed a low-stress anisotropic conductive adhesive (LS-ACA) by incorporating liquid metal particles into SIS matrix. It's been published in npj Flexible Electronics. Congratulations Sang Gil Lee!
-[Achievement] @July 2025, Our collaborative work regarding GA-based liquid metal corrosion on anode current collectors and it's impact on lithium battery lifetime is now published in ACS Applied Materials and Interfaces journal. Congratulations Yong Ming!
-[Achievement] @May 2025, We collaborated with Prof. Majidi at CM University, USA to develop liquid metal-based smart textile featuring double sided circuit configuration. The work is now published in Materials Horizons. Congratulations Dr. Chanho Jung!
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