1Interpret and design hydraulic systems according to ISO standard of representation.

2Describe the principle of operation of basic hydraulic components such as pumps, motors, hydraulic control valves, pipes, linear actuators (cylinders) and

3Model the operation of hydraulic components through lumped or distributed numerical approaches.

4Discuss the features of the hydraulic control technologies commonly available for mobile machinery and industrial applications, particularly in terms of cost, functionality and energy consumption.

5Formulate, design, simulate and present the most energy-efficient solution for the hydraulic control system of a fluid power application, given the functional requirements.