ABOUT THE COURSE:The B.P.Ed. program's fourth semester offers the subject Kinesiology and Biomechanics (PEB-4002), which examines the basic concepts of human movement and how they are used in physical education and sports. It discusses motion analysis methods, the importance of mechanical principles, and the composition and operation of fundamental joints. Pupils will acquire both theoretical and practical knowledge about how muscles work, mechanical ideas like force and torque, and how Newton's principles relate to athletics. Students will be able to evaluate human motion both subjectively and statistically by the conclusion of the course, which will help them improve their sports performance and comprehend biomechanics.INTENDED AUDIENCE: B.P.Ed students and JRF-NET aspirantsPREREQUISITES: B.P.Ed or Graduation in Physical Education and sports sciences.INDUSTRY SUPPORT: Competitive Exam

Syllabus

Week 1
1. Introduction to Kinesiology and Sports Biomechanics Part- I
2. Introduction to Kinesiology and Sports Biomechanics Part- II
3. Importance of Kinesiology and Biomechanics for Physical Education Teachers-I
4. Importance of Kinesiology and Biomechanics for Physical Education Teachers-II
5. Importance of Kinesiology and Biomechanics for Physical Education Teachers-III

Week 2
6. Importance of Kinesiology and Biomechanics for Athlete
7. Scope of Kinesiology and Biomechanics-I
8. Scope of Kinesiology and Biomechanics-II
9. Terminology of Fundamental Movements-I
10. Terminology of Fundamental Movements-II

Week 3
11. Application of Fundamental Movements
12. Introduction to Muscular Anatomy
13. Origin , insertion and action of muscles
14. Distance and Displacement
15. Speed Velocity and Acceleration part -I

Week 4
16. Speed Velocity and Acceleration part -II
17. Introduction to Fluid Mechanics part- I
18. Introduction to Fluid Mechanics part- II
19. Concept of Motion part -I
20. Concept of Motion part- II

Week 5
21. Concept of Motion part- III
22. Concept of Motion part –IV
23. Mechanical Systems in Motion I
24. Mechanical Systems in Motion II
25. Introduction to Newton's Laws of Motion -I

Week 6
26. Introduction to Newton's Laws of Motion –II
27. Introduction to Newton's Laws of Motion –III
28. Introduction to Newton's Laws of Motion -IV
29. .Equilibrium
30. Centre of Gravity and Line of Gravity

Week 7
31. Line of Gravity
32. Mechanics of Movements -Axes and Planes
33. Lever (Simple Machine) Part-I
34. Lever (Simple Machine) Part-II
35. Concept of Projectile Motion-I

Week 8
36. Concept of Projectile Motion-II
37. Concept of Density
38. Torque
39. Pressure: Concepts, Applications, and Measurement Methods
40. Force-I

Week 9
41. Force-II
42. Force-III
43. Structural Components of Muscles ,Bones, and Joints Part-I
44. Structural Components of Muscles ,Bones, and Joints Part-II
45. Shoulder Joint Mechanics

Week 10
46. Elbow joint Mechanics
47. Wrist joint Mechanics
48. Knee joint Mechanics
49. Analysis in Sports Biomechanics (Qualitative Analysis Part-I)
50. Analysis in Sports Biomechanics (Quantitative Analysis Part-II)

Week 11
51. Analysis in Sports Biomechanics (Notational Analysis Part-III)
52. Analysis in Sports Biomechanics (Notational Analysis Part-IV)
53. Videographic Analysis (Experimental Setup-I)
54. Videographic Analysis (Experimental Setup-II)
55. Videographic Analysis (Experimental Setup-III)

Week 12
56. Videographic Analysis (Experimental Setup-IV)
57. Surface EMG, and it’s Application in Sports-I
58. Surface EMG, and it’s Application in Sports-II
59. Practical Session Surface EMG
60. Gait Analysis