- Be able to isolate basic circuits within complex circuit schematics (k1 - k4)
- Ability to solve complex drive tasks by combination of basic cirucits (k1 - k6)
- Ability to dimension hydrostatic steering systems (k1 - k5)
- Ability to dimension hydrostatic propulsion drives (k1 - k5)
- Ability to apply MATLAB-Simulink in modeling and simulation of hydraulic drive systems (k1 - k5)
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- Circuit technology (industrial hydraulics): inflow and outflow metering, load holding circuits, sequence and cut-off circuits, differential(regenerative) mode
- Circuit technology (mobile hydraulics): open vs. closed center systems, load sensing, positive vs. negative control, flow sharing concepts
- Hydrostatic steering - setup and working principle
- Hydrostatic propulsion - basic setup with positive displacement units, feeding and bleed-off circuitry, pressure limitation, dynamic behaviour, thermal behaviour
- principles of mathematical modeling for hydraulic systems
- Handling of a standard software package (MATLAB-Simulink) in modeling and simulation of hydraulic drive systems
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