機電控制實驗室 Mechatronics and Controls Laboratory

機電控制實驗室

Mechatronics and Controls Laboratory

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2025/08 賀! 實驗室參與2025第七屆綠點子國際發明暨設計競賽榮獲銅牌獎!

2025/08 歡迎實驗室專題生新成員加入：

2025/08 歡迎實驗室碩士班新成員加入：羅允昇、邱羿鈞、陳冠逸!

2025/06 賀! 實驗室榮獲113學年度實務專題展示暨優良專題：特優、人氣獎!

2025/06 實驗室期末聚餐!

2025/05 實驗室受邀參與德國 2025 IEEE I2MTC國際研討會! (2025 IEEE I2MTC – International Instrumentation and Measurement Technology Conference)

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2025/05 實驗室受邀參與R.O.C. Military Academy Conference!

2024/12 實驗室受邀參與2024 CSME研討會!

2024/10 實驗室受邀參與亞洲金選獎第三屆EE創意挑戰賽!

2024/08/01 歡迎實驗室專題生新成員加入：陳亮愷，陳柏諺，曾勝懋，張承宇，郭子逸，吳國瑒，賴敬達，蔡雨寯，林亭睿，林冠良，簡貫臣，戴嘉詮，戴錫辰!

2024/08/01 歡迎實驗室碩士班新成員加入：許文榤、陳科銓、關郁霖!

2024/05/16 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"

指導老師 Principal Investigator

李明展博士 Dr. Ming-Chan Lee

I am an Assistant Professor in the Department of Electrical Engineering at National Kaohsiung University of Science and Technology. My research is focused on interdisciplinary fields such as exoskeleton assistive devices, system control, mechatronic integration, sensor development, energy-saving diagnostics, mechanical design, and intelligent manufacturing. I regularly publish my research findings in international journals and conference papers. My goal is to cultivate students into professionals with strong research capabilities, encouraging independent thinking and innovative research skills. If you are interested in our lab, feel free to come by and chat!

所屬單位 Affiliation: 國立高雄科技大學電機工程系
連絡電話 Tel.: 07-3814526#15521 (office) 15580 (lab.)
電子郵件 E-mail: mclee@nkust.edu.tw
研究室 Office: 國立高雄科技大學(建工校區)電機館710室
實驗室 Lab.: 國立高雄科技大學(建工校區)電機館312室
學歷 Education: Ph.D. in Mechanical Engineering, National Taiwan University

更多關於李明展老師 More about Prof. Lee>>

Areas of Specialization

System control
Mechatronics
Sensor development
Exoskeleton

Honors

受邀擔任SCI國際期刊 (IEEE Sensors Journal, Journal of Engineering Manufacture) 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
近年協助產業發展及合作：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
協辦「南區產業中小能源用戶節能診斷服務中心」（Energy Diagnostic Centers, EDC）
執行「教育部教學設備更新計畫」(總經費6500萬元)
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)
The secretary of the 9th International Conference on Tube hydroforming , TUBEHYDRO 2019
特殊製程專業證照 PRI-SCA
多次受邀擔任各大學碩博士班畢業考試口試委員
多次受邀至各大學學術演講

研究計畫 Research Projects Led and Participated:

NSTC:

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：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
Teaching Equipment Renewal Project, Ministry of Education