1. What is SCADA, definitions, practical application, and the structure of the system
2. Development environment of SCADA.
3. Configuration of variables and their data types.
4. Runtime environment of SCADA.
5. Visualization, interaction with SCADA systems.
6. Principles for HMI.
7. Alarms, definitions, tools and configuration.
8. Trends, definitions, tools and configuration.
9. Simple applications. Real time and historical trends, configuration trends in real-time updates and configuration Historical trends during runtime.
10. Data storage, sensors and actuators, standardization. I / O units connected to the control systems of technological process. The system architecture (client-server, SOA)
11. Applications, SCADA integration with automatic control and information systems.
12. Operator environment, consideration of data security.
13. SCADA, MES industries, benefits, implementation and case studies.
14. Quality control standards and tools in SCADA.
2. Development environment of SCADA.
3. Configuration of variables and their data types.
4. Runtime environment of SCADA.
5. Visualization, interaction with SCADA systems.
6. Principles for HMI.
7. Alarms, definitions, tools and configuration.
8. Trends, definitions, tools and configuration.
9. Simple applications. Real time and historical trends, configuration trends in real-time updates and configuration Historical trends during runtime.
10. Data storage, sensors and actuators, standardization. I / O units connected to the control systems of technological process. The system architecture (client-server, SOA)
11. Applications, SCADA integration with automatic control and information systems.
12. Operator environment, consideration of data security.
13. SCADA, MES industries, benefits, implementation and case studies.
14. Quality control standards and tools in SCADA.