1. Basic logic functions.
2. Solving sequential and combinational of logic tasks.
3. Electronic interpretation of logic signals.
4. The basic division and the internal structure of PLC.
5. Configuration and management of tasks based on PLC.
6. Basic programming languages for PLC programming.
7. Creating applications in a development environment for PLC.
8. Operating the periphery, the definition of priorities and timings of the all applications.
9. Communication of application with using OPC.
10. Microcontrollers on based PIC for logical control.
11. Procedure for reviving created algorithms.
2. Solving sequential and combinational of logic tasks.
3. Electronic interpretation of logic signals.
4. The basic division and the internal structure of PLC.
5. Configuration and management of tasks based on PLC.
6. Basic programming languages for PLC programming.
7. Creating applications in a development environment for PLC.
8. Operating the periphery, the definition of priorities and timings of the all applications.
9. Communication of application with using OPC.
10. Microcontrollers on based PIC for logical control.
11. Procedure for reviving created algorithms.