course | Industrial Automation & Systems Integration

Mapping the Industrial Automation Environment
 

Understanding Automation System Architecture
 

• Examine the roles of field instrumentation, controllers, PLCs, drives, supervisory systems, and operational platforms. 
• Distinguish device, control, supervisory, and higher-level information layers. 
• Trace commands and process information across the automation architecture. 
   

Defining System Integration Requirements
 

• Identify which devices and systems need to exchange data, commands, status, and diagnostic information. 
• Define interfaces according to operational and control requirements. 
• Build an Automation Architecture Map for a multi-system industrial application. 

Connecting Industrial Devices and Controllers
 

Integrating Field Equipment
 

• Connect measurement instruments, actuators, drives, and intelligent devices with control systems. 
• Interpret device data, status information, commands, and diagnostic information. 
• Recognize configuration mismatches that prevent effective device integration. 
   

Coordinating Controllers and Equipment
 

• Examine data exchange between PLCs, controllers, drives, and packaged equipment. 
• Manage operating commands, permissive, interlocks, status feedback, and equipment modes across interfaces. 
• Complete an Equipment Integration Challenge involving multiple automation components. 

Managing Communication and Data Exchange
 

Understanding Industrial Communication
 

• Examine communication concepts affecting industrial automation interfaces. 
• Understand addressing, data structures, update rates, communication paths, and device relationships. 
• Recognize how communication design influences control and monitoring performance. 
   

Maintaining Reliable Data Flow
 

• Identify missing, delayed, duplicated, incorrectly scaled, and inconsistent data. 
• Trace information across devices, controllers, communication paths, and supervisory systems. 
• Conduct a Data Flow Investigation to locate an integration failure within an automation architecture. 

Integrating Control with SCADA and HMI
 

Connecting Control and Supervisory Functions
 

• Map PLC and controller information into SCADA and HMI environments. 
• Coordinate tags, equipment states, alarms, commands, and operating modes. 
• Maintain consistent information across control and operator-interface layers. 
   

Managing Cross-System Interaction
 

• Examine how changes in one automation component can affect connected systems. 
• Recognize command conflicts, inconsistent states, timing issues, and interface dependencies. 
• Complete a Cross-System Integration Scenario involving PLC, field equipment, and supervisory control. 

Testing and Troubleshooting Integrated Automation
 

Verifying System Integration
 

• Develop interface checks for signals, commands, feedback, communication, and equipment responses. 
• Test normal, abnormal, communication-loss, and recovery scenarios. 
• Document integration findings and unresolved interface issues before operational acceptance. 
   

Solving Integration Problems
 

• Isolate faults across devices, controller, network, configuration, and supervisory-system boundaries. 
• Distinguish individual equipment faults from genuine system-integration problems. 
• Complete an Industrial Automation Integration Simulation from architecture review and interface testing through fault isolation, corrective action, and final system verification.