SIMATIC PCS 7 Open OS Engineering: Complete HandsOn Training

Complete hands-on training in SIMATIC PCS 7 Open OS including graphics design, tag linking, alarms, trends, faceplates

What you’ll learn
✓ Understand the architecture and role of Open OS in a SIMATIC PCS 7 system
✓ Create and configure a complete OS Project from scratch
✓ Design professional process graphics using PCS 7 symbols and standards
✓ Link graphics with AS/PLC tags and live process values
✓ Configure and manage alarms, messages, and acknowledgements
✓ Set up trends, archives, and historical data logging
✓ Create and customize faceplates for valves, motors, and instruments
✓ Implement user administration, permissions, and security levels
✓ Configure OS Runtime and test operator functionality
✓ Work with picture hierarchy, areas, and navigation structure
✓ Use scripts and dynamic properties to enhance graphics behavior
✓ Troubleshoot common Open OS engineering and runtime issues
✓ Apply best practices used in real industrial PCS 7 projects

Requirements
● Basic understanding of industrial automation and control systems
● Familiarity with SIMATIC PCS 7 or any SCADA/DCS platform is helpful
● Basic knowledge of PLC concepts, tags, and process signals
● A Windows PC capable of running SIMATIC PCS 7 / Open OS software
● SIMATIC PCS 7 software installed (demo, training, or licensed version)
● Willingness to practice by creating an OS project alongside the course

Description
This course focuses entirely on practical Open OS engineering used in industrial PCS 7 projects. You will learn how to create, configure, and test a complete OS project from scratch, following the same workflow used by professional automation engineers.

We start with the Open OS architecture and project structure, then move step by step through graphics design, tag linking, alarms, trends, archives, faceplates, navigation hierarchy, user security, DBA AS to OS Compilation Utility, OPC DA and OS runtime configuration. By the end, you will have built a fully functional operator station similar to what is deployed in real plants.

The training emphasizes engineering standards, correct configuration methods, and common troubleshooting scenarios encountered during commissioning and maintenance. Every topic is demonstrated in a hands-on manner so you can practice alongside and build your own PCS 7 Open OS project.

What you will learn

• Open OS architecture and role within PCS 7

• Creating and structuring an OS project

• Designing professional process graphics

• Linking graphics to AS/PLC/DBA tags

• Alarm and message configuration

• Trends and historical archives

• Faceplate configuration and customization

• Picture hierarchy and navigation design

• User administration and security levels

• OS runtime setup and testing

• Client–server OS architecture

• Troubleshooting OS engineering issues

Why this course is different
This is not theory or slides. The course follows real PCS 7 engineering workflow used in industrial projects. You will see exactly how OS graphics, alarms, and runtime are engineered in practice.

Who this course is for
■ Automation and control engineers working with SIMATIC PCS 7
■ SCADA/DCS engineers who want hands-on skills in Open OS engineering
■ Commissioning engineers responsible for OS graphics, alarms, and runtime
■ Instrumentation engineers involved in process visualization and monitoring
■ Fresh engineers and students entering the process automation field
■ Maintenance engineers who need to troubleshoot PCS 7 OS runtime issues
■ Anyone who wants practical, project-level knowledge of PCS 7 Open OS

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