本課程為針對碩士班一年級研究生設計之進階學術與實務整合課程。課程旨在培養研究生從事「量化運動技術分析」的獨立研究能力，內容包含三大核心板塊：一是國際頂尖文獻閱讀與整理，引導學生梳理運動科學（Sports Science）領域之經典與前沿文獻，學習科學問題的提取與實驗設計逻辑；二是動作分析儀器實作與技術擷取，涵蓋二維/三維高速影像分析、測力板（Force Plate）、無線表面肌電圖（sEMG）及穿戴式IMU感測器等體育科技儀器之校正與同步操作；三是量化數據處理與統計分析，實算運動學與動力學參數，並透過數位濾波（Filtering）、信號平滑化及曲線特徵提取，將原始數據轉化為具學術價值的科學證據。本課程高度強調獨立思考與實作，要求學生於學期末完成一份具備SCI/SSCI期刊架構之運動技術分析專題報告。
This course is an advanced academic and practical integration curriculum designed specifically for first-year master's students. The objective is to cultivate independent research capabilities in quantitative sports technique analysis. The curriculum is built upon three core pillars: (1) International Literature Review and Synthesis, guiding students to critically evaluate classic and cutting-edge literature in sports science, and to identify scientific problems and experimental logic; (2) Motion Analysis Instrumentation Practice, covering the calibration and synchronized operation of modern sports technologies, including 2D/3D high-speed video analysis, force plates, surface electromyography (sEMG), and wearable IMU sensors; (3) Quantitative Data Processing and Statistical Analysis, focusing on calculating kinematic and kinetic parameters, applying digital filtering, and extracting waveform features to transform raw signals into academically viable scientific evidence. This course highly emphasizes critical thinking and hands-on execution, requiring students to complete a comprehensive project report structured in the format of an SCI/SSCI journal article by the end of the semester.