Build the foundation of industrial automation by understanding control systems, PLC architecture, hardware, I/O signals, addressing, digital logic, interlocks and sequence control.

Develop practical PLC programming skills using ladder logic and essential programming elements for equipment control, sequence operations, permissives, alarms and trips.

Learn how industrial sensors, transmitters and actuators connect with automation systems through analog signals, measurement, signal scaling, calibration, wiring and troubleshooting.

Develop practical knowledge of industrial motor control and VFD technology, including motor starters, protection, VFD parameters, control modes, PLC integration and troubleshooting.

Understand process control and operator interfaces through PID concepts, HMI development, SCADA monitoring, trends, alarms, events and industrial data acquisition.

Learn the communication technologies used to connect PLCs, HMIs, drives, instruments and industrial devices, including network configuration and troubleshooting.

pply PLC-based automation concepts to industrial machines and processes through automatic sequences, equipment control, duty-standby operation, batch control and production automation.

Develop practical knowledge of industrial automation panels, field wiring and system integration, including electrical drawings, I/O documentation, earthing, shielding and EMC considerations.

Learn a systematic approach to automation commissioning and troubleshooting through I/O verification, loop testing, equipment commissioning and structured fault diagnosis.

Build practical skills for maintaining automation systems through preventive and predictive maintenance, diagnostics, failure analysis, reliability improvement and essential safety practices.