Industrial Automation & Systems Integration

Industrial automation rarely depends on a single controller, device, or software platform. Modern facilities combine field instruments, PLCs, distributed controllers, drives, communication networks, SCADA and HMI platforms, safety systems, and higher-level operational systems. Even when individual components perform correctly, poor integration between them can create communication gaps, inconsistent data, delayed responses, difficult troubleshooting, and unreliable plant operation.
 

Boost Consulting & Training offers this course to develop a practical understanding of how industrial automation components are connected and coordinated as one integrated environment. Participants explore automation architectures, system interfaces, industrial communication, data exchange, controller and supervisory-system integration, equipment interfaces, testing, and troubleshooting integration. Practical activities focus on tracing information and commands across system boundaries and identifying where integration problems originate.
 

The main concept of this course is to connect separate automation technologies into a coordinated industrial system in which data, commands, equipment, and control functions work together reliably.

• Explain the architecture and layers of integrated industrial automation systems.
• Map the relationships between field devices, controllers, PLCs, drives, and supervisory systems.
• Identify interface and communication requirements between automation components.
• Interpret industrial data exchange across different control-system layers.
• Integrate PLC, SCADA, HMI, and field-device information effectively.
• Plan and execute structured testing of automation-system interfaces.
• Diagnose communication, configuration, data, and interface-related integration problems.
• Evaluate integrated automation performance and identify opportunities for system improvement.