Research

Pioneering Soft Electronics through Advanced Laser Manufacturing  

Our laboratory aims to bridge the gap between Soft Materials and Advanced Manufacturing. By leveraging the precision, speed, and non-contact nature of Laser Processing, we overcome the limitations of conventional rigid electronics and unlock the full potential of stretchable and functional materials.

We are dedicated to developing manufacturing platforms for next-generation applications, ranging from Healthcare Wearables and Eco-friendly Energy Devices to Soft Robotics, and Physical AI.

Research Missions

• Advanced Manufacturing for Soft Materials: Developing novel laser processing techniques tailored for soft, stretchable, and functional materials.

• Healthcare & Wearable Electronics: Creating hyper-stretchable, skin-like devices for continuous, non-invasive bio-signal monitoring and personalized rehabilitation.

• Soft Robotics & Physical AI: Embedding high-density sensor networks into soft robot bodies to enable sensory feedback and realizing 'Physical AI' through intelligent material-structure interaction.

• Metaverse & Haptics: Developing immersive tactile interfaces and smart gloves that seamlessly connect the physical and digital worlds.

• Sustainable Energy Devices: Innovating biodegradable electronics and efficient energy harvesting systems for a greener future.