Allen Bradley Advanced PLC and HMI Training

The 5-Day Allen-Bradley Advanced PLC and HMI Training is a comprehensive, hands-on industrial automation program designed for engineers and technicians who want to build strong expertise in Allen-Bradley PLC programming and HMI development.

This intensive course covers MicroLogix and ControlLogix PLC platforms, along with PanelView HMI and FactoryTalk View Studio, focusing on real-world configuration, programming, diagnostics, troubleshooting, and end-to-end PLC–HMI system integration.

Participants will gain practical experience using RSLogix 500, RSLogix 5000 (Studio 5000), and FactoryTalk View, ensuring they are industry-ready for automation projects across manufacturing, process industries, utilities, and oil & gas sectors.

Course Curriculum

This structured curriculum is designed to deliver in-depth knowledge of Allen-Bradley PLC and HMI systems through a progressive, hands-on learning approach. Each module combines practical configuration, programming, and troubleshooting skills aligned with real-world industrial automation applications.

MicroLogix PLC Programming with RSLogix 500

This module builds a strong foundation in Allen-Bradley MicroLogix PLC systems and ladder logic programming using RSLogix 500.

• Fundamentals of PLCs and MicroLogix system architecture
• RSLogix 500 software overview, versions, and workspace navigation
• Communication setup using BOOTP/DHCP and RSLinx Classic
• Creating, uploading, downloading, and managing MicroLogix PLC projects
• Ladder logic basics: contacts, coils, addressing, and data types
• Digital and analog I/O configuration and testing
• I/O monitoring, fault diagnostics, and forcing techniques

ControlLogix Fundamentals & System Configuration (RSLogix 5000)

This module focuses on ControlLogix PLC fundamentals and system configuration, enabling participants to build, configure, and monitor scalable industrial control systems using RSLogix 5000.

• Overview of control systems, PLCs, and PACs
• ControlLogix hardware architecture and system components
• RSLogix 5000 (Studio 5000) installation and project creation
• Controller configuration and project modification
• EtherNet/IP networking concepts, topologies, and communication setup
• Network configuration and communication verification
• Program download, online monitoring, and controller diagnostics

Advanced ControlLogix Programming & Troubleshooting

This advanced module focuses on structured PLC programming, optimization, and troubleshooting.

• Local 1756 I/O module configuration and troubleshooting
• Tag creation, organization, and real-time data monitoring
• Ladder logic programming best practices
• Timers, counters, compare, move, and mathematical instructions
• User-Defined Data Types (UDTs) and Add-On Instructions (AOIs)
• Analog I/O configuration and PID control fundamentals
• Online editing, forcing, fault handling, backups, and firmware updates
• Hands-on ControlLogix programming exercise

PanelView HMI Development with FactoryTalk View

This module introduces HMI design and development using Allen-Bradley PanelView systems.

• HMI concepts and industrial visualization applications
• PanelView HMI hardware overview and PLC integration
• FactoryTalk View Studio interface and project structure
• Initial setup and PLC–HMI communication configuration
• Creating and managing HMI displays and screens
• Navigation objects, indicators, push buttons, and control elements
• Graphic design principles, animations, and usability best practices

FactoryTalk View Advanced Configuration & System Integration

The final day focuses on advanced HMI features and complete system integration.

• FactoryTalk View project architecture and components
• HMI tag creation, configuration, and management
• Alarm and event configuration
• Data logging, trends, and historical visualization
• User security levels, roles, and access control
• Introduction to advanced features and scripting basics
• PLC–HMI communication troubleshooting
• End-to-end PLC–HMI system integration, testing, and final project

Learning Outcomes

After completing this Allen-Bradley Advanced PLC & HMI Training, participants will be able to:

• Configure, program, and troubleshoot MicroLogix and ControlLogix PLC systems
• Develop ladder logic programs using RSLogix 500 and RSLogix 5000 / Studio 5000
• Configure digital and analog I/O, tags, networks, and controller operations
• Apply advanced PLC programming concepts, including UDTs, AOIs, and PID basics
• Design, develop, and deploy PanelView and FactoryTalk View HMI applications
• Implement alarms, data logging, trending, and user security
• Perform PLC–HMI integration, system testing, and commissioning for industrial automation projects

Who Is This Course For

This course is designed for professionals involved in industrial automation, control systems, and plant operations who want to strengthen their expertise in Allen-Bradley PLC and HMI systems. It is ideal for:

• Automation, Electrical, and Instrumentation Engineers
• PLC Programmers and Control System Engineers
• Maintenance and Reliability Engineers
• SCADA and HMI Developers
• Commissioning and Field Service Engineers
• Technicians and Supervisors working in automation environments
• Engineering graduates seeking practical industrial automation skills

Industries Served

The skills covered in this training are applicable across a wide range of industries where PLC-based automation and HMI systems are critical to operations, including:

• Manufacturing and Discrete Automation
• Oil & Gas and Petrochemical Industries
• Power Generation and Utilities
• Water and Wastewater Treatment
• Food, Beverage, and FMCG
• Pharmaceuticals and Life Sciences
• Automotive and Heavy Engineering
• Building Automation and Industrial Facilities

Conclusion

The Allen-Bradley Advanced PLC & HMI Training equips participants with in-demand, practical skills required to design, program, integrate, and troubleshoot modern industrial automation systems. Through intensive hands-on practice with MicroLogix, ControlLogix, PanelView, and FactoryTalk View, learners gain real-world expertise that can be immediately applied in industrial environments.

This program is ideal for professionals seeking to enhance their technical capability, improve system reliability, and advance their careers in industrial automation, control systems, and smart manufacturing.