PLC systems covered

Platforms covered

Modbus RTU/TCP, Profibus, Profinet

PLC panel design included

Program and commission Siemens PLCs, configure I/O and connect them to HMI, drives and Profibus or Profinet networks.

Learn Allen-Bradley PLC programming, I/O configuration and ladder logic used in manufacturing and process plants.

Build ladder programs on Mitsubishi PLCs for machine control, using timers, counters, analog I/O and HMI integration.

Work with Delta PLCs for compact machines and cost-effective automation, including HMI and drive integration.

Program Schneider PLCs and understand how they control machines, motors and process equipment in industry.

Practise on five major PLC brands so you can adapt to any plant, machine or project.

Build SCADA screens, alarms, trends and data logging on DAQFactory, Siemens WinCC and Ignition.

Design operator screens and control drives from the PLC, including start, stop, speed and fault handling.

Understand and tune PID controllers for temperature, pressure, level and flow control.

Connect devices and controllers over Modbus RTU, Modbus TCP/IP, Profibus and Profinet.

Draw control panel layouts and electrical drawings with CAD software, from power circuits to wiring.

Connected systems for real-time monitoring, predictive maintenance and cloud analytics using edge devices, wireless sensors, MQTT and OPC UA, integrated with SCADA, ERP and MES platforms.

Complete design and deployment of PLC and SCADA systems: process analysis, PLC logic, SCADA interface design, field integration, testing and commissioning for manufacturing, water treatment, HVAC and packaging.

Automation prototypes, custom control systems and proof-of-concept solutions on the latest PLC, SCADA and IIoT technologies, taking ideas from lab to factory.

Automation basics, PLC architecture, sensors, actuators, relays, contactors, symbols and reading electrical drawings.

Ladder logic, timers, counters, comparison, data handling, fault diagnostics and writing clean, testable programs.

Siemens hardware and I/O configuration, programming, simulation, online debugging and commissioning.

Allen-Bradley hardware, tag and I/O setup, ladder programming, downloading and troubleshooting.

Mitsubishi PLC addressing, ladder programs, analog modules and machine control examples.

Delta PLC setup, programming, high-speed and analog functions, and integration with HMI and drives.

Schneider PLC configuration, programming, function blocks and motor and process control programs.

4-20 mA and 0-10 V signals, scaling, PID controllers, loop tuning and process control practice.

Operator screens, tags, alarms, recipes, user levels and linking the HMI with the PLC.

Drive wiring and parameter setup, speed and direction control, and drive control from the PLC.

Modbus RTU, Modbus TCP/IP, Profibus and Profinet: setup, addressing, diagnostics and device networking.

SCADA architecture on DAQFactory, Siemens WinCC and Ignition: real-time data acquisition, HMI screens, alarm management, trend analysis, logging and PLC connectivity.

Wiring standards and safety, component selection (breakers, relays, terminal blocks, power supplies), layout planning, CAD drawings, fault diagnosis and IEC and NEC standards.

A complete PLC, HMI and SCADA project, fault finding, documentation and certification preparation.

ITI, diploma and engineering students in electrical, electronics, instrumentation and mechatronics can add job-ready PLC and SCADA skills.

Maintenance technicians and engineers can learn more PLC brands, SCADA, drives and communication to move into automation roles.

Panel builders and entrepreneurs can learn panel design with CAD, PLC wiring and commissioning for their own projects.

Program and maintain PLC-based machine and process control.

Design operator screens, alarms and data logging for plants.

Keep automated lines running with fast fault finding.

Design control panels and commission automation systems.

The course covers PLC programming on Allen-Bradley, Siemens, Mitsubishi, Delta and Schneider systems, SCADA with DAQFactory, Siemens WinCC and Ignition, HMI, drives, PID controllers, Modbus RTU, Modbus TCP/IP, Profibus, Profinet and PLC panel design with CAD software.

You will learn Allen-Bradley, Delta, Mitsubishi, Siemens and Schneider PLC systems, so you can work with the controllers most commonly found in industry.

The course covers SCADA design with DAQFactory, Siemens WinCC and Ignition, including screens, alarms, trends, data logging and communication with PLCs.

No. The course starts from automation fundamentals. Basic electrical or electronics knowledge is helpful, but it is not compulsory.

Yes. A full module covers PLC panel design with CAD software, including layout, power and control circuit drawings, wiring and component selection.

Yes. After completing the course you receive a certificate from The Core Systems that you can add to your resume and profile.

Yes. We provide placement support, and the opportunities depend on your performance during the course. A job is not guaranteed.

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