1. Components of Resistance I
2. Components of Resistance II
3. Dimensional Analysis
4. Frictional Resistance
5. Wave Making Resistance
6. Other Components of Resistance
7. Model Experiments
8. Shallow Water Effects
9. Ship Hull Form and Resistance
10. Propeller Geometry (Part I)
11. Propeller Geometry (Part II)
12. Introduction to High Speed Crafts (Part I)
13. Introduction to High Speed Crafts (Part II)
14. Propeller in Open Water (Part I)
15. Propeller in Open Water (Part II)
16. Propeller 'Behind' a Ship
17. Propeller Experiments
18. Propeller Theories (Part I)
19. Propeller Theories (Part 2)
20. Cavitation
21. Regular Sea Waves (Part I)
22. Regular Sea Waves (Part II)
23. Irregular Sea Waves (Part I)
24. Irregular Sea Waves (Part II)
25. Ship Motion in Regular Waves (Part I)
26. Ship Motion in Regular Waves (Part II)
27. Ship Motion in Regular Waves (Part III)
28. Ship Motion in Irregular Waves (Part I)
29. Ship Motion in Irregular Waves (Part II)
30. Ship Motion in Irregular Waves (Part III)
31. Motion in Short Crested Sea and Coupled Motions
32. Derived Responses
33. Ship Controllability: Introductory Notes
34. Equation of Motion in Horizontal Plane
35. Hydrodynamic Derivatives and Stability (Part I)
36. Hydrodynamic Derivatives and Stability (Part II)
37. Ship Trials and Maneuvers (Part I)
38. Ship Trials and Maneuvers (Part II)
39. Heel During Turn and IMO Requirements
40. Rudder Hydrodynamics

In this course, Professor S. C. Misra gives 40 video lectures on Performance of Marine Vehicles at Sea.