PLC + HMI Advance Course
About Course
Mitsubishi PLC Advanced Programming with HMI Simulation & Communication
This advanced course is specially designed for engineers, technicians, and automation students who want to master Mitsubishi PLC advanced programming methods used in real industrial relay output control machines.
The course focuses on practical, industry-level programming, covering complete machine control using Mitsubishi PLC and HMI systems. You will learn how to design, program, simulate, and troubleshoot PLC–HMI integrated automation systems.
Special emphasis is given to Mitsubishi PLC internal devices X, Y, M, T, C, D, R, and S, along with advanced mathematical functions, data handling, and optimized logic development for stable and efficient machine operation.
In addition, this course provides hands-on HMI online simulation, professional HMI programming techniques, real-world HMI troubleshooting methods, and detailed knowledge of PLC–HMI communication protocols used in industrial environments.
By the end of this course, you will be able to develop, simulate, monitor, and troubleshoot complete Mitsubishi PLC & HMI-based automation systems with confidence.
What You Will Learn
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Advanced Mitsubishi PLC programming techniques
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Relay Output Control Machine logic development
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Practical use of X, Y, M, T, C, D, R, S devices
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Advanced math functions and data processing
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HMI programming and screen design
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HMI online simulation and testing
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HMI program troubleshooting techniques
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PLC–HMI communication methods (Ethernet, Serial, etc.)
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Alarm handling, monitoring, and system diagnostics
Key Highlights
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Real industrial relay machine examples
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Online PLC & HMI simulation (no hardware required)
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Industry-standard communication practices
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Step-by-step troubleshooting approach
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Suitable for both online learners and working professionals
Course Content
PLC Basic
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Lecture 01 PLC INPUT
24:07 -
Lecture 02 ( Digital Output )
07:02 -
Lecture 03
14:53 -
Lecture 04 ( Ladder )
13:09 -
Lecture 05 ( Special Memory Bit )
21:02 -
Lecture 06 ( Memory Bit )
20:13 -
Lecture 07 ( Timer 01 )
12:43 -
Lecture 08 ( Timer 02 )
09:56 -
Project 01
17:11 -
Project 02