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Our primary research interests lie in the design and manufacturing of micro/nano-scale structures and advanced sensors and their applications to environmental, healthcare, and metaverse systems. Within these research directions, we mainly work on the following four research areas: 1) Micro/Nano fabrication & Advanced Manufacturing, 2) Ultra-Low Power & Integrated Electronic Nose, 3) Wearable Sensors for Advanced Robotics & Human Augmentation and 4) Biomedical Sensors & Clinical Systems
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01 Micro/Nano fabrication & Advanced Manufacturing
Achieving next-generation photonic, energy, and wearable devices through advanced fabrication techniques that allow precise control over nanoscale structure and scalable manufacturing
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Advanced Nanostructure Fabrication via Nanotransfer Printing
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Metasurfaces and Functional Surface Systems
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Hierarchical Structures for Multifunctional Energy Harvesting and Storage
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02 Ultra-Low Power & Integrated Electronic Nose
Developing intelligent, low-power gas sensing technologies for reliable, long-term gas monitoring in IoT and edge-computing environments
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Low-Power MEMS Gas Sensing Platforms with Integrated Control Modules
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Deep Learning-Based Intelligent Gas Identification Systems
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Neuromorphic In-Sensor Computing for Bio-Inspired Olfaction
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03 Wearable Sensors for Advanced Robotics & Human Augmentation
Developing stretchable, conformal substrate platforms and multi-modal physical sensors to enable integrated wearable interfaces for continuous health monitoring, immersive extended reality, and seamless human-robot interaction.
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Stretchable, Conformal Substrate Platform Electronics
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Physical Sensors for Health and Motion Monitoring
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Integrated Interfaces for Extended Reality and Human–Robot Interaction
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04 Biomedical Sensors & Clinical Systems
Development of portable sensor control module for wireless communication with IoT platforms
Implementation of biomimetic system and utilization of deep learning for sensor signal analysis
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Fiber-Integrated Diagnostic and Therapeutic Interfaces
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Optoelectronic Quantification of Colorimetric Biosignals
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Implantable, Multimodal Biointegrated Sensor Systems
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