"This course contains the use of artificial intelligence."

This course provides a complete introduction to PLC Programming and Industrial Automation with practical understanding of ladder logic programming and industrial control systems. The course is designed for beginners, students, technicians, engineers, and professionals who want to learn PLC fundamentals in a simple, structured, and practical manner.

Throughout this course, you will learn the basic architecture and working principles of Programmable Logic Controllers, including CPU operation, memory systems, scan cycles, input and output modules, discrete and analog signals, and industrial control operations. You will also understand how PLCs monitor inputs, process logic, and control industrial devices automatically.

The course covers important PLC programming concepts such as Boolean logic, relay logic, contacts, coils, timers, counters, sequencing operations, interlocking systems, and ladder logic programming techniques used in industrial automation applications.

Practical industrial examples using LogixPro Simulation software are included to help learners gain hands-on understanding of PLC operations. You will work on real industrial automation applications such as motor control systems, conveyor systems, traffic light control, door control systems, silo filling operations, timer applications, and counter programming.

The course also focuses on troubleshooting techniques, PLC debugging methods, scan cycle understanding, and industrial programming practices commonly used in manufacturing and automation industries.

By the end of this course, you will have a strong understanding of PLC programming fundamentals, ladder logic development, and industrial automation systems. This knowledge will help you confidently work with PLC-based control systems, industrial machinery, and automation projects used in real industrial environments.