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Control Division- Lee, Ming-Chan

Assistant Prof. Lee, Ming-Chan

LaboratoryMechatronics and Controls Laboratory   (EN3042-2)

Office PositionEN4085

Tel07-5252000  #4237(office)  #4272(laboratory)

Educational BackgroundPh.D., Department of Mechanical Engineering, National Taiwan University, Taiwan

E-mailmclee@mem.nsysu.edu.tw

Research Interests: System Control, Exoskeleton and Robot, Precision Positioning, Artificial Intelligence applications, Mechatronics, Sensor Development

Website: https://sites.google.com/view/profmclee/

Research Projects Led and Participated:

NSTC:

  • Research on Smart Flexible Thin-Film Sensors Based on Alternating Current High-Voltage Electric-Field-Assisted Manufacturing Process
  • Development of an Intelligent Character Recognition System for Aerospace Precision Casting Components Based on Deep Learning
  • Development of High-Precision Dual-Axis Wafer Transfer and Inspection Platform Technology Integrating AI and Vibration Damping Techniques
  • Development of a Fish Fry Defect Sorting and Biomass Monitoring System Based on Hydrodynamic Singulation
  • Development of a Nano/Micro-scale Electrospun Fiber Sensor Integrated with a Novel Lumbar Exoskeleton System
  • 5G component manufacturing by 3D printing technology
  • Combining static and dynamic micro-sensors and virtual reality in the development of intelligent active control lower extremity exoskeleton aids
  • Develop high-performance nano ceramic hybrid resin for axial flux permanent magnet motor

Industry-Academia Collaboration Projects, Corporate Projects, and Other Projects:

  • 協助產業發展及合作:國儀中心、金屬中心、綠基會、台積電、矽品、高榮總醫院、國軍總醫院、國軍左營總醫院、高雄醫學院等產官學研單位
  • Development of Novel Electrospun Microfibers for Physiological Signal Measurement Applications
  • Development of a Control System for a Single-Axis Precision Positioning Platform
  • Development of a Lower Limb Exoskeleton System with Multi-State Motion Trajectory Modulation
  • Design and Development of a Bone Scaffold Using Highly Biocompatible Titanium Alloy Composites
  • Optimization of laser grooving for inline process, Taiwan Semiconductor Manufacturing Company (TSMC)
  • Development of Elderly Walking Assistance and Active Assisted Living by Lower Limb Rehabilitation Exoskeleton System
  • Application of novel deep learning models for the diagnosis of liver cancer
  • Silver Nanoparticle Composite Piezoelectric Elements for Cell Repair Applications
  • Application of AI in early detection of urinary system cancer and development of targeted precision medical technology (2)
  • Application of Artificial Intelligence in Difficult Diagnosis of Head and Neck Cancer
  • Energy Diagnostic Centers, Energy Administration, Ministry of Economic Affairs

期刊論文(Journal Papers)

  • Ming-Chan Lee*, C.-C. Chen, and C.-T. Pan*, A Multimodal Sensor-Integrated Lower Limb Exoskeleton with Digital Twin Framework for Real-Time Gait Rehabilitation. IEEE Transactions on Instrumentation and Measurement, Vol. 75, pp. 1-17, Art no. 4002217, 2026. (SCI) (本人為第一作者且通訊作者)
  • C.-T. Pan, P.-C. Lee, P.-Z. Wang, Ming-Chan Lee*, Minimizing Floating Defects in Wafer Taping through Visual Recognition and Response Surface Optimization, Journal of Engineering Research, 2026. (SCI) (本人為通訊作者)
  • Ming-Chan Lee, C.-Y. Chen, K.-M. Li*, Research on Reverse Multi-Step Single-Point Incremental Forming and Its Application for Making Straight-Wall Parts, Proceedings of the Institute of Mechanical Engineers, Part B Journal of Engineering Manufacture, 2026. (SCI) (本人為第一作者)
  • C.-T. Pan, P.-C. Lee, P.-Z. Wang, Ming-Chan Lee*, Minimizing Floating Defects in Wafer Taping through Visual Recognition and Response Surface Optimization, Journal of Engineering Research, 2026. (SCI) (本人為通訊作者)
  • Ming-Chan Lee* and L.-K. Chen, Optimized Near-Field Electrospinning of PVDF Fibers for Enhanced Piezoelectric Sensor Performance. Sensors and Materials, Vol. 37 No. 12(3), pp. 5669-5683, 2025. (SCI) (本人為第一作者且通訊作者) (刊登於期刊封面)

專利及專書(Patents and Books)

  • Ming-Chan Lee, Dual-loop positioning system, Patent M683283.
  • Y.-M. Hwang and Ming-Chan Lee, (2019) Tube Hydroforming Technology 2019: Proceedings of the 9th International Conference on Tube Hydroforming. November, 18-21, 2019. Kaohsiung, Taiwan: National Sun Yat-sen University. ISBN 978-957-9014-84-7.

研討會論文(Conference Papers)

  • Ming-Chan Lee, C.-C. Chen, C.-T. Pan, “Real-Time Torque Measurement and PSO-PID Control for an Instrumented Lower-Limb Rehabilitation Exoskeleton” 2026 IEEE International Instrumentation and Measurement Technology Conference (I2MTC), 2026/5/25-5/28, Nancy, France. (本人為第一作者)
  • Ming-Chan Lee, C.-L. Lu, Y.-L. Shiue, C.-Y. Su, C.-P. Chou, C.-T. Pan, “AI-Based CT Liver Segmentation and Fatty Liver Measurement.” 2026 IEEE International Instrumentation and Measurement Technology Conference (I2MTC), 2026/5/25-5/28, Nancy, France. (本人為第一作者)
  • Ming-Chan Lee, C.-T. Pan. “Novel Lower Limb Exoskeleton Rehabilitation System Based on Tactile Sensors and Digital Twin”      2025 IEEE International Instrumentation and Measurement Technology Conference (I2MTC), 2025/5/19-5/22, Chemnitz, Germany. (本人為第一作者)
  • Ming-Chan Lee, Y.-M. Hwang, C.-T. Pan. “Enhancing Virtual Reality Driving Simulation with Bio-Feedback: A Study on Immersive VR Rehabilitation Simulation” The 16th IEEE International Conference on Nano/Molecular Medicine and Engineering (IEEE NANOMED 2023), December 5-8, 2023. Okinawa Institute of Science and Technology Graduate University, Okinawa, Japan. (本人為第一作者)
  • Ming-Chan Lee, C.-T. Pan, S.-Y. Juan, Y.-L. Shiue. Application of graphene-added composite piezoelectric fibers in Near-field electrospinning for biosensors. The 4th International Conference on Nanomaterials and Advanced Composites (NAC 2023). November 17-20, 2023. Korea Maritime and Ocean University, Busan, Republic of Korea. (本人為第一作者)

學術榮譽(Academic Honors)

  • 中華民國斐陶斐榮譽學會 榮譽會員 (Honorary Membership, The Phi Tau Phi Scholastic Honor Society of the Republic of China)
  • 2026自動化科技國際研討會暨114年度自動化學門成果發表會委員 (AUTOMATION 2026: Publication Chairs)
  • The 3rd International Conference on AI Sensors and Transducers (AIS 2026) “S2. AI-Accelerated Design for Materials and Sensors” Invited speaker 受邀演講, Jeju, South Korea.
  • 2026 IEEE International Instrumentation and Measurement Technology Conference (I2MTC 2026) Special Session: “Sensors Related Technologies for AIoT Applications” Invited speaker 受邀演講, Nancy, France.
  • 指導學生202656屆全國技能競賽南區分區技能競賽榮獲青年組機電整合職類 佳作
  • 指導學生榮獲AUTOMATION 2025最佳學生論文獎佳作(AUTOMATION 2025: BEST STUDENT PAPER AWARD HONORABLE PLACE-Honorable Mention Award)
  • 2025自動化科技國際研討會暨113年度自動化學門成果發表會委員 (AUTOMATION 2025: Publication Chairs)
  • 2025自動化科技國際研討會 Automation 2025 “Smart Sensing and Advanced Mechatronic Systems” Session chair論壇主持人
  • 榮獲2025萬潤創新創意競賽佳作 (Allring 2025: Honorable Mention Award)
  • 榮獲2025第七屆綠點子國際發明暨設計競賽 銅牌獎 (2025 the 7th Green Idea Invention and Design Fair: Bronze Prize)
  • 指導學生榮獲第55屆全國技能競賽英雄榜暨第3屆亞洲技能競賽及第48屆國際技能競賽國手選拔賽 榮獲青年組機電整合職類 第四名
  • 指導學生榮獲第55屆全國技能競賽南區分區技能競賽榮獲青年組機電整合職類 第三名
  • 受邀擔任SCI國際期刊 (IEEE Sensors Journal, Journal of Engineering Manufacture) Reviewer
  • 受邀擔任國際研討會 (American Control Conference, International Conference on Automation Technology) Reviewer
  • 2025 R.O.C. Military Academy Conference Session chair
  • 榮獲2024亞洲金選獎第三屆EE創意挑戰賽 (2024 EE Challenge: AIoT)EE能效獎
  • 受邀參與展示研究成果:國科會補助工程科技推展中心主辦之ATLife 2024 臺灣輔具暨長期照護大展-政策與產業論壇"智慧輔具創新應用交流會"
  • The 16th IEEE International Conference on Nano/Molecular Medicine and Engineering (IEEE NANOMED 2023) “Point of Healthcare Applications using Biomedical Materials and Sensors” Session chair
  • The 16th IEEE International Conference on Nano/Molecular Medicine and Engineering (IEEE NANOMED 2023) “Point of Healthcare Applications using Biomedical Materials and Sensors” Invited speaker
  • 2023 再生能源及國家安全學術研討會論文競賽,分類:分佈式能源/再生能源,優等
  • 2023年台灣精密工程學會年會暨精密工程專題與論文獎,研究論文獎銅獎
  • 2023 Robofest Taiwan 台灣第四屆世界機器人大賽台灣選拔賽 醫療機器人 大學組 醫療科技創新獎

 

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