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Theory and Application of Movement Analysis

Offered in 112-2
  • Serial Number

    41187

  • Course Number

    PT8006

  • Course Identifier

    428 D0070

  • No Class

  • 3 Credits
  • Compulsory

    GRADUATE INSTITUTE OF PHYSICAL THERAPY

      Compulsory
    • GRADUATE INSTITUTE OF PHYSICAL THERAPY

  • WEI-LI HSU
  • Thu 7, 8, 9
  • 物治討論三

  • Type 2

  • 8 Student Quota

    NTU 8

  • No Specialization Program

  • Chinese
  • NTU COOL
  • Core Capabilities and Curriculum Planning
  • Notes
    The course is conducted in Chinese but uses English textbook。
  • Limits on Course Adding / Dropping
    • Restriction: within this department (including students taking minor and dual degree program)

  • NTU Enrollment Status

    Enrolled
    0/8
    Other Depts
    0/0
    Remaining
    0
    Registered
    0
  • Course Description
    Movement analysis is the research of human joint movement, changes of joint force, pathological action, and muscular activation…etc. Utilizing the knowledge of biomechanics, to analyze the reason, process and products of human movement, to strengthen and elevate the performance of human movement, to diagnosis and treat the injuries caused by sports or improper movement, to stimulate or induce coordination of hand-eye-movement, and to prevent or protect from movement injuries. This course uses the bases of biomechanics, provide the students with advance kinematics, kinetics and capture and analysis of EMG signal, and apply to the movement analysis of clinical patients.
  • Course Objective
    The course will introduce kinematics and kinetics from normal human subjects to apply the base knowledge and theories of biomechanics techniques, to utilize sport analysis from clinical patients, and collect, analyze, and interpret the methods of biomechanical information. The course contents are included to analyze the knowledge of mathematics and mechanics required for the musculoskeletal system, to explain the principle of biomechanics measurement, the methods required for biomechanical measurement, and biomechanics of neurological and skeletal muscular diseases. The course will focus on the analysis of gait, balance, posture, and muscular activity, and reverse kinetics calculation, joint angles, angular acceleration, torque and power and other biomechanical parameters, and introduce its clinical application and significance.
  • Course Requirement
    Evaluation and scoring methods: 1.Attendance and participation in the class (25%): Introduce the literature responsible for reading, participation in speaking and discussion, late arrival and early departure. (Aim to increase expertise) 2.Midterm oral presentation (25%): Focus on the research project of interest, arrange the recent review literature regarding the methods of movement analysis for 20 minutes oral presentation, the presenting day will be 2024/04/11. (Aim to increase science exploration and research) Three to five recent articles in your interested patient populations (within 3-5 years). 3.Final oral presentation (25%) and written report (25%): Focus on the research project of interest, use movement analysis to collect experimental data, and use the reference collected in the midterm to analyze the data collected to write a case report. The final oral presentation is 20 minutes and the presenting day will be 2024/05/23. The written report format will follow Formosan Journal of Physical Therapy. The report will be 15 pages No. 12 wording A4 paper, English typing. Translate the responsible literature reading. The written report will be uploaded to NTUcool website, deadline will be 2024/05/30. (Aim to increase international view)
  • Expected weekly study hours after class
  • Office Hour
  • Designated Reading
    待補
  • References
    1.Robertson D.G.E, Galdwell, G.E., Hamill J., Kamen G., and Whittlesey S.N. Research methods in biomechanics. 2nd ed., Human Kinetics Press, 2014. ISBN: 9780736093408. 2.Richards J. Biomechanics in clinic and research. Philadelphia: Elsevier Limited. 2008. ISBN: 9780443101700. 3.David A. Winter: Biomechanics and motor control of human movement. 4th ed., New Jersey: John Wiley & Sons, Inc., 2009. ISBN: 9780470398180. 4.李恆儒、徐瑋勵、楊秉祥編譯。生物力學 - 臨床與研究的應用。台北:台灣愛思唯爾有限公司,2011。ISBN: 9789866052101
  • Grading
  • Adjustment methods for students
  • Course Schedule
    2/22Week 13D Motion Capture System: Kinematic Data Lab: (1) MATLAB: load/save file; plot (2) 3D reconstruction; Marker labeling
    2/29Week 23D Motion Capture System: Kinetic Data Lab: (1) MATLAB: matrix operation (2) Force plate setup and data collection
    3/07Week 3LabVIEW: (1) Fundamental concept (2) Numeric and computing (3) Data flow
    3/14Week 4Markless Motion Analysis Lab: (1) MATLAB: signal filter (2) AlphaPose, MediaPipe
    3/21Week 5LabView: (1) SubVI, Waveforms and graphs (2) DAQ signal interception
    3/28Week 6Inertial Sensor Unit for Motion Analysis Lab: (1) MATLAB: event detection (2) Posture sway experiment
    4/04Week 7清明連假 (Holiday)
    4/11Week 8Mid-term Report
    4/18Week 9Musculoskeletal simulation Lab: (1) Anybody: muscle force simulation (2) Gait experiment- Baiobit
    4/25Week 10Basic Signal Process Lab: (1) MATLAB: filter, event (2) Split-belt treadmill perturbation
    5/02Week 113D motion data collection and process (1)
    5/09Week 123D motion data collection and process (2)
    5/16Week 133D motion data collection and process (3)
    5/23Week 143D motion data collection and process (4)
    5/30Week 15Final oral report and project discussion
    6/6Week 16Final written report