Programmable Logic Controller & Robotics Basic Training (Autonomous Mobile Robot (AMR)

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Seamless Synchronization for Advanced Industrial Automation

This comprehensive 5-day program is our most popular integration course. It bridges the gap between static control systems and mobile robotics, teaching participants how to unify Mitsubishi PLC logic with Autonomous Mobile Robot (AMR) fleets. From theoretical foundations to a complete integrated capstone project, this course prepares your team for the full scope of Industry 4.0.

Course Information

Duration: 5 Days
Key Software: Sysmac Studio, RCS (Robot Control System) & RDS (Robot Dispatch System)
Hardware: OMRON & Industrial AMRs
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 1 — Theory Sessions

Registration & Introduction
Session 1: PLC History and Introduction
Session 2: Where PLC is Used
Session 3: Comparison of Major PLC Brands
Session 4: PLC Communication Protocols & Devices
Session 5: All PLC Programming Languages
Session 6: Input/Output Hardware Types on PLC
Session 7: Which Brand Is Strong in Which Industry Sector
Session 8: PLC Servicing and Maintenance

Day 2 — Theory Sessions

Session 9: Introduction to Autonomous Mobile Robot (AMR)
Session 10: Hardware of AMR
Session 11: Introduction to RCS.
Session 12: Introduction to RCS.

Day 3 — Theory Sessions

Re-call Day 2 lesson
Session 13: Introduction to RDS.
Session 14: Introduction to RDS.
Session 15: Basic Troubleshooting & Routine Maintenance Overview

Day 4 — Practical Workshop (Hands-On)

Practical 1: Introduction to PLC Programming Environment
Practical 2: Developing Basic PLC Logic
Practical 3: I/O Testing & Hardware Familiarization
Practical 4: Mini Project – Build a Complete PLC Program

Day 5 — Practical Workshop (Hands-On)

Practical 5: Network Configuration and Connection.
Practical 6: SLAM Mapping of a designated area
Practical 7: Route Drawing, Waypoint Creation, and Task Chain Programming
Practical 8: Importing Maps and AMRs into RDS
Practical 9: Configuring Warehouse Storage Locations, Charging Areas, and Traffic Control
Exam. Course Review, Q&A, & Certificate Presentation

Upon completion of this course, the trainees will be able to:

Unified System Architecture

Develop a dual understanding of both PLC operations and AMR guidance technologies, learning how they function as a single, cohesive automation unit.

Hardware-to-Mobile Integration

Establish secure communication protocols between PLCs and AMRs to optimize task automation and signal interlocking.

Advanced Logic Programming

Apply professional skills in PLC program creation and hardware integration using GX Works 2 and Mitsubishi Q-Series controllers.

Diagnostic & Fault Analysis

Equip yourself with systematic troubleshooting skills for both PLC hardware and AMR software, utilizing log exports and fault history analysis.

AMR Fleet Navigation & Mapping

Master the Robot Control System (RCS) for SLAM mapping and task creation, alongside the Robot Dispatch System (RDS) for warehouse-scale fleet management.

Operational Safety & Maintenance

Identify critical safety features and establish routine maintenance foundations to ensure the long-term reliability of integrated automation systems.

Lecturers and trainers

Robotics Engineers & Technicians

Automation Engineers

Logistics & Warehouse Operations Managers

Industrial Engineers

System Integrators working with AMRs

Technical Support Staff

Maintenance Personnel

Programmable Logic Controller & Robotics Basic Training (Autonomous Mobile Robot (AMR)