Automation and Fluid Power

Applications and Usage Features. Basic theory. System components for energy conversion. Control and control components. Hydraulic fluids. Passive components and pollution control. Maintenance, condition check and troubleshooting. Laboratory experiments. Automatic steering systems and sequence controllers as well as PLS controls of pneumatic and hydraulic systems.

After completing the course, the candidate will have the following overall learning outcomes:
Knowledge: The candidate has basic knowledge and insight into hydraulic and pneumatic components and systems, as well as control and control systems in fluid engineering.

Skills: The candidate will acquire skills and acquire system comprehension within the subject area.

General competence: The candidate should be able to communicate and communicate different issues and solutions in the field of own teaching programs in school and company.

Lectures, calculations and self-study between the collections.