1. Characteristics of pneumatic mechanisms
2. Basic theory of energy and information transfer by compressed air
3. Production and distribution of compressed air: air compressors, pipelines
4. Elements of pneumatic mechanisms: pneumomotory, controls, combined elements
5. Circuits of pneumatic mechanisms and their applications
6. Vacuum mechanisms
7. Measuring and testing of components and systems
8. Basic concepts of control: the signals
9. Ways and means of control: switches and sensors, solenoids, nozzles
10. Designing of pneumatic control systems
11. Program control: logic and time functions
12. The position and speed control, pneumatic servomechanisms
13. Modeling and simulation of pneumatic components and systems