| 1 | Introduction to fluid mechanics, fundamental quantities and units | [1], Lecture presentations |
| 2 | Fluid statics, concept of pressure, manometers | [1], Lecture presentations |
| 3 | Pressure forces and application examples | [1], Lecture presentations |
| 4 | Fluid kinematics, continuity equation | [1], Lecture presentations |
| 5 | Types of flow and flow analysis | [1], Lecture presentations |
| 6 | Reynolds number, definition of laminar/turbulent flow | [1], Lecture presentations |
| 7 | Derivation of Bernoulli's equation | [1], Lecture presentations |
| 8 | Bernoulli applications and energy conversions | [1], Lecture presentations |
| 9 | Classification of energy losses | [1], Lecture presentations |
| 10 | Flow and loss calculations in pipes | [1], Lecture presentations |
| 11 | Flow rate and velocity calculations | [1], Lecture presentations |
| 12 | External flow and its applications | [1], Lecture presentations |
| 13 | Principles of turbomachinery such as turbines and pumps | [1], Lecture presentations |
| 14 | Fluid mechanics applications in hydrogen systems | [1], Lecture presentations |