Lecture 1 - Introduction to Exercise and Sports Biomechanics Lecture 2 - Basics of Biomechanics Research Lecture 3 - Fundamental Directions Lecture 4 - Fundamental Movements Planes and Axes Lecture 5 - Skeletal System Oestokinematics and Arthrokinematics Lecture 6 - Joint Movements Lecture 7 - Muscular System Lecture 8 - Muscle Origin, Insertion and Action Lecture 9 - Muscle Origin, Insertion and Action Lecture 10 - Muscle Origin, Insertion and Action Lecture 11 - Introduction to Kinematics and Kinetics Types of Analysis Lecture 12 - Qualitative analysis Software Lecture 13 - Dartfish Lecture 14 - Dartfish (Continued...) Lecture 15 - Dartfish (Continued...) Lecture 16 - My Dartfish Express Lecture 17 - Measurement issues and Data Collection Lecture 18 - Kinovea Lecture 19 - Kinovea (Continued...) Lecture 20 - OpenCap Lecture 21 - Introduction to Linear and Angular Kinematics Lecture 22 - Linear Kinematics Lecture 23 - Projectile Motion Lecture 24 - Angular Kinematics Lecture 25 - Application in Sports Lecture 26 - Introduction to Kinetics in Exercise and Sports Science Lecture 27 - Forces in motion Lecture 28 - Dynamics of motion Lecture 29 - Fundamentals of Mechanics Lecture 30 - Principles of Rotational Mechanics Lecture 31 - Introduction to Lever System Lecture 32 - Fluid Mechanics Lecture 33 - Timing Gates Lecture 34 - Timing Gates Lecture 35 - Camera Settings Lecture 36 - Accelerometers Lecture 37 - Introduction to Optical Imaging Systems Lecture 38 - Hardware Setup Marker and Camera Placement Lecture 39 - Experiment With Optical Motion Capture System Lecture 40 - MOKKA - An Open-Source Software for 3D Analysis Lecture 41 - Introduction to the Center of Gravity Lecture 42 - Importance of CoG Control Training Lecture 43 - Measurement of CoG Lecture 44 - Demonstration of CoG Measurement Lecture 45 - Goniometry Lecture 46 - Introduction to force plate Lecture 47 - Measurements in force plates Lecture 48 - Practical application of force plates Lecture 49 - Practical application of force plates (Continued...) Lecture 50 - Interpretation of Force Data Lecture 51 - Introduction to force transducers and Isokinetic Lecture 52 - Biomechanical parameters in Isokinetic testing Lecture 53 - Isokinetic demonstration Lecture 54 - Pressure Plate System Lecture 55 - Digital Resistance Sprint Device Lecture 56 - Introduction to EMG Lecture 57 - Practical Application of EMG in Sports Lecture 58 - Expert Discussion with Dr. Saju Joseph Lecture 59 - Expert Discussion with Dr. Saju Joseph (Continued...) Lecture 60 - Expert Discussion with Dr. R.Natarajan