Who it's for:

 Electrical/Electronics engineers, technicians, control professionals.
 Students in EEE / ECE / Instrumentation/MCA/BTech looking to specialize.

Why it matters:

High demand for PLC + SCADA expertise in industries like manufacturing, power, and process control.

Delivery Mode:

 60–80 hrs instructor-led (online or classroom).
 Hands-on lab sessions using Siemens, Allen-Bradley, Delta, ABB etc.

PLC Fundamentals

 PLC architecture, I/O wiring, scan cycle, troubleshooting.
 Devices and interfacing: digital/analog I/O, relays, sensors.
 Programming techniques: Ladder logic, timers/counters, flags, advanced instructions.

PLC Programming Practice

 Configuring modules (Siemens S7, Allen-Bradley Micrologix, Mitsubishi, ABB).
 Real-world tasks: arithmetic operations, PID control, data handling.

SCADA & HMI Design

 SCADA system architecture, tag database, alarm management.
 HMI / SCADA tools: Wonderware, WinCC, RSView, Citect, Ignition.
 Screens, trends, historical logging, scripting.

Network & Communication Protocols

 Industrial standards: Modbus (RTU/TCP), Profibus, Profinet, Ethernet/IP, OPC, MQTT.

Integration Projects

 PLC–SCADA interfacing, live industrial processes simulation.
 Commissioning, fault diagnosis, VFD & servo control interface.

 Engineers / Technicians – Learn PLCs, SCADA setup and plant automation.
 Maintenance Professionals – Troubleshoot ladder logic and HMI systems.
 Students / Career Changers – Enter automation domain with practical skills.
 IT Network Staff – Understand industrial protocols and secure integration.

 Live Capstone Project: Simulate a control system (e.g., conveyor belt, tank process) integrating PLC, SCADA, HMI, networking.
 Certification: Receive a course certificate supported by placement support.