INDUSTRIAL CONTROL SYSTEM / PROGRAMMABLE LOGIC CONTROLLER (PLC)
Master the fundamentals and advanced concepts of Industrial Control Systems with our comprehensive PLC (Programmable Logic Controller) training. This course is designed for engineers, technicians, and students looking to build a career in industrial automation. Learn PLC architecture, programming (ladder logic, function block diagram), troubleshooting, and real-time industrial applications—all through live interactive sessions. Gain hands-on knowledge and elevate your skills to meet industry demands.
Course Highlights
What You'll Learn
- It will upscale your skills, you will be industry ready and able to join as Instrumentation Design Engineer in any EPC companies worldwide.
- Course Completion Certificate will be provided.
- Placement Assistance and doubt discussion will be provided after training.
- Training Materials will be provided. PLC Interview Questions & Answers
- Free Study Material: PLC Programming Examples
- Practical PLC example ladder logics to test your technical skills on the PLC.
- Interview Assistance will be provided
Course Modules
Module 1: Introduction to Industrial Control Systems
7 lessonsUnderstand the fundamental concepts of Programmable Logic Controllers and associated systems.
Module 1: Introduction to Industrial Control Systems
7 lessons- •Introduction to Industrial Control System
- •Programmable Logic Controller (PLC)
- •Overview of SCADA, DCS & RTU
- •Difference between DCS, PLC, and RTU?
- •DCS Architecture Vs PLC Architecture
- •What is a Human-Machine Interface (HMI)?
- •Essential Documents in a PLC System
Module 2: PLC Input/Output Cards
7 lessonsExplore the hardware components of PLC systems and their functionality.
Module 2: PLC Input/Output Cards
7 lessons- •PLC Input/Output Modules
- •PLC Digital Input and Output Modules
- •PLC Analog I/O and Network I/O
- •PLC Analog Input Card Resolution Effects on Accuracy
- •PLC Analog Input Conversion Formula
- •PLC Output Types
- •PLC Analog I/O Potential Problems
Module 3: PLC Logic & Functions
8 lessonsDevelop an understanding of PLC logic and ladder diagrams for beginners.
Module 3: PLC Logic & Functions
8 lessons- •What is a Ladder Diagram?
- •Introduction to PLC Ladder Diagrams
- •PLC Logic Functions
- •PLC Latching Function
- •PLC Multiple Outputs Configuration
- •Contacts and Coils
- •Logic Gates
- •PLC Program Examples
Module 4: PLC Hardware Design Rules
9 lessonsUnderstand standard practices for PLC wiring circuits.
Module 4: PLC Hardware Design Rules
9 lessons- •Basics of Switches – NO/NC Contact
- •What is Sinking & Sourcing?
- •Relay Circuits
- •Why Normally Closed Contact for Stop Buttons?
- •Basics of Fail-safe Circuits & Failsafe Wiring Practices
- •PLC Sinking & Sourcing Concept
- •PLC Signals Wiring Techniques
- •Basics of Permissive and Interlock Circuits
- •What is Interposing Relay in a PLC System?
Module 5: PLC Programming
8 lessonsLearn the fundamentals of programming PLCs using ladder diagrams.
Module 5: PLC Programming
8 lessons- •Basics of Ladder Diagram in PLC Programming
- •PLC Programming Languages
- •Basics of PLC Programming
- •Normally Closed Logic
- •PLC Timer Instructions
- •PLC Math Instructions
- •PLC Memory Mapping & I/O Addressing
- •PLC Ladder Logic Example
Module 6: PLC Application in Industrial Automation
6 lessonsApply PLCs in practical industrial automation scenarios.
Module 6: PLC Application in Industrial Automation
6 lessons- •How a PLC Reads the Data from Field Transmitters
- •How PLC Controls an ON/OFF Valve?
- •How PLC Controls a Motor?
- •How to Troubleshoot a PLC System
- •How does a PLC do the Scaling for a Sensor?
Module 7: Introduction to IIOT and OT Cybersecurity
1 lessonsUnderstand the basics of the Industrial Internet of Things and cybersecurity practices in operational technology.
Module 7: Introduction to IIOT and OT Cybersecurity
1 lessonsAbout This Course
The demand for skilled PLC professionals continues to grow across industries. This course not only provides you with the technical skills to operate and program PLCs but also sets you on a path to becoming a proficient automation expert. Whether you aim to optimize production lines, manage energy systems, or improve manufacturing processes, the knowledge gained here will be invaluable.