Welcome to the Sensing and Analytical Systems Laboratory
Our research leverages micro- and nanoscale technologies to develop highly sensitive, specific, rapid, user-friendly, and robust sensing and analytical devices for on-site applications.
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本實驗室研究目標為研發高靈敏度與高專一性之感測元件與分析系統。
本實驗室致力於開發具高靈敏度、高專一性及快速檢測能力的疾病診斷系統與環境感測元件。研究結合微流體、晶片實驗室（Lab-on-a-Chip）、奈米材料及半導體製程技術，透過精密機械加工與微奈米製程，開發微型化流體控制與分析元件，並藉由流道結構設計、材料特性調控及奈米材料的特殊物理化學效應，實現化學與生物樣品的快速處理、精準操控及檢測訊號的強化。同時，結合光學與電學量測技術，發展操作簡便、快速、多工且具高靈敏度與高專一性的定點檢測裝置。相關研究應用涵蓋半導體製程監控、環境監測、生醫診斷及個人化醫療，致力於推動微型化、整合式與即時分析檢測技術的發展。
Our laboratory focuses on developing rapid disease diagnostic systems and environmental sensing devices with high sensitivity and specificity. By integrating microfluidics, lab-on-a-chip (LOC) technologies, nanomaterials, and semiconductor fabrication processes, we develop miniaturized fluidic control and analytical devices through precision machining and micro/nanofabrication techniques. Through fluidic channel design, material engineering, and the unique physicochemical properties of nanomaterials, we enable rapid sample processing, precise fluid manipulation, and enhanced detection signals for chemical and biological analyses. We further integrate optical and electrical sensing techniques to develop user-friendly, rapid, multiplexed, highly sensitive, and highly specific point-of-care testing devices. Our research supports applications in semiconductor process monitoring, environmental monitoring, biomedical diagnostics, and personalized medicine, advancing the development of miniaturized, integrated, and real-time analytical and detection systems.
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