Programmable Logic Controller & Cobot/ROBOT Basic Training

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Integrated Control and Collaborative Robotics Mastery

This comprehensive 5-day program is designed for professionals seeking to master the intersection of stationary automation and collaborative robotics. Participants will learn to design, execute, and manage integrated automation processes by combining the logic-driven power of OMRON PLCs with the flexible, safe operation of Collaborative Robots (Cobots).

Course Information

Duration: 3 Days
Key Software: Sysmac Studio & Robot/Cobot Programming Environment
Hardware:OMRON & Industrial Collaborative Robots
Certification: ARTC Certificate of Completion
HRD Corp Status: 100% Claimable (Serial No: 202501044803)
Public Register Fee / Pax / Day: RM1500
HRDCorp Register Fee / Pax / Day : RM1800

Training Course Tentative

Day	Focus	Key Learning Areas
1	PLC Fundamentals	PLC history, hardware I/O types, and introduction to the GX Works 2 programming environment.
2	Robot/Cobot Basics	Industrial robotics landscape, Cobot safety standards, and path teaching via the Teach Pendant.
3	Logic Development	Building complex ladder logic for industrial sequences and initial software-to-hardware simulation.
4	System Integration	Establishing communication links and interlocking signals between the PLC and the Cobot controller.
5	Hands-On Project	Practical Workshop: Designing and executing a complete integrated automation cycle and final competency assessment.

Dual System Literacy

Develop a foundational understanding of both PLC operations and the unique hardware architecture of Collaborative Robots (Cobots).

Hands-On Task Automation

Gain practical experience in configuring end-effectors and teaching robot paths for integrated industrial tasks such as assembly and pick-and-place.

Logic & Motion Integration

Apply advanced skills in PLC programming to control robotic motion, ensuring seamless interlocking between the controller and the robot arm.

Integrated Safety Protocols

Learn to configure safety-rated monitored stops and emergency interlocks across both the PLC and Cobot systems to ensure a secure working environment.

Real-Time Data Exchange

Master the technical communication protocols required for real-time data exchange between robotic systems and PLC-based automation controllers.

Comprehensive Troubleshooting

Develop the ability to diagnose faults across the entire integrated system, from PLC ladder logic errors to robotic movement interruptions.

Lecturers and trainers

Robotics Engineers & Technicians

Automation Engineers

Logistics & Warehouse Operations Managers

Industrial Engineers

System Integrators working with AMRs

Technical Support Staff

Maintenance Personnel

Trainer Profile

Programmable Logic Controller & Cobot/ROBOT Basic Training