PLC Fundamentals
Understand PLC architecture, digital inputs and outputs, sensors, relays, timers, counters and ladder logic.
Learn PLC programming, industrial automation, HMI, SCADA and control systems through practical, project-based training designed for real-world engineering careers.
Students Trained
Practical Projects
Industry Technologies
Student Satisfaction
Structured courses that combine theory, simulation and practical industrial projects.
Understand PLC architecture, digital inputs and outputs, sensors, relays, timers, counters and ladder logic.
Develop advanced control logic using timers, counters, data blocks, functions, structured programming and diagnostics.
Build operator interfaces, alarms, trends, process screens and SCADA monitoring systems.
Learn complete automation systems including PLCs, drives, sensors, motors and industrial communication.
Learn motor starters, VFD configuration, speed control, acceleration, braking and PLC-based motor applications.
Understand industrial Ethernet, Modbus, Profinet and communication between PLCs and automation devices.
Our training focuses on practical engineering skills rather than only classroom theory.
Practice with realistic automation projects based on industrial applications.
Build and test PLC programs using simulation-based exercises.
Learn from experienced automation engineers and industry professionals.
Develop practical skills that can help you prepare for automation careers.
Explore the technologies used in modern manufacturing and industrial automation.
Build practical automation skills, work on industrial projects and take the next step toward your automation career.
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