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
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