PLC SCADA Training

Industrial Automation, Control Systems & Smart Plant Operations

Industrial plants today depend on PLC (Programmable Logic Controllers) and SCADA (Supervisory Control and Data Acquisition) systems for reliable automation, monitoring, safety, and productivity. Skilled PLC and SCADA engineers are in high demand across manufacturing, infrastructure, utilities, oil & gas, power, and process industries.

The PLC SCADA Training program is designed to provide practical, hands-on, and industry-oriented training in automation systems — preparing candidates for real plant roles in automation, maintenance, and control engineering.

Why This Course Is Required

Most engineering graduates and technicians:

  • Have theoretical knowledge but no exposure to real PLC/SCADA systems

  • Cannot design, program, or troubleshoot automation systems independently

  • Are unfamiliar with industrial standards, protocols, and safety practices

  • Struggle in automation and control engineering interviews

At the same time, industries require engineers who can:

  • Design and implement automation solutions

  • Integrate sensors, actuators, and control panels

  • Monitor processes through SCADA systems

  • Troubleshoot faults and reduce downtime

This course bridges the gap between academic learning and industrial automation practice.

Who Should Attend This Course

  • Electrical and Electronics Engineers

  • Instrumentation and Control Engineers

  • Mechanical and Chemical Engineers working in plants

  • Diploma and ITI automation technicians

  • Maintenance and service engineers

  • Fresh graduates seeking automation careers

No prior PLC experience is required.

What You Will Learn

After completing this training, participants will be able to:

  • Understand industrial automation architecture

  • Program PLCs using industry-standard logic

  • Design control panels and I/O systems

  • Develop SCADA screens for monitoring and control

  • Integrate PLC with sensors, motors, drives, and instruments

  • Troubleshoot automation faults effectively

  • Prepare for automation engineering job interviews

Course Curriculum

Module 1: Industrial Automation Fundamentals

  • Automation concepts and hierarchy

  • PLC vs DCS vs SCADA

  • Control system architecture

Module 2: PLC Hardware & Architecture

  • CPU, power supply, I/O modules

  • Digital and analog inputs/outputs

  • Field device interfacing

Module 3: PLC Programming

  • Ladder logic, function block, structured text basics

  • Timers, counters, interlocks

  • Alarm and event logic

Module 4: Sensors, Actuators & Field Devices

  • Proximity sensors, transmitters, switches

  • Valves, motors, VFDs, solenoids

  • Signal standards (4–20 mA, 0–10 V)

Module 5: Industrial Communication Protocols

  • Modbus, Profibus, Profinet, Ethernet/IP

  • PLC-PLC and PLC-SCADA communication

Module 6: SCADA System Design

  • SCADA architecture

  • HMI screen development

  • Trends, alarms, reports

Module 7: PLC-SCADA Integration

  • Tag mapping

  • Data logging

  • Remote monitoring

Module 8: Safety, Standards & Cybersecurity

  • Industrial safety interlocks

  • Basic functional safety concepts

  • Control system security awareness

Module 9: Troubleshooting & Maintenance

  • Fault diagnosis techniques

  • Signal tracing

  • Backup and recovery

Module 10: Case Studies & Model Projects

  • Pump automation system

  • Conveyor belt automation

  • Water treatment plant control simulation

Model Projects

  • Automated pump station with level and flow control

  • Motor control center automation

  • SCADA monitoring system for utilities

  • Alarm management and reporting system

Career Opportunities

Hiring Sectors

  • Manufacturing and process industries

  • Power plants and utilities

  • Oil & gas and petrochemical industries

  • Water and wastewater treatment plants

  • Infrastructure and building automation

  • EPC and automation integrators

Job Roles

  • PLC Engineer

  • Automation Engineer

  • Control Engineer

  • SCADA Engineer

  • Instrumentation Engineer

  • Maintenance Automation Technician

Training Methodology

  • Hands-on programming practice

  • Real industrial case studies

  • Step-by-step system design

  • Interview-oriented technical guidance

  • Practical troubleshooting sessions

Certification

Certificate in PLC SCADA Industrial Automation
Issued by Pertecnica Engineering

Why Choose Pertecnica Engineering

  • Industry-experienced trainers

  • Practical plant-oriented training

  • Real industrial automation examples

  • Job-focused curriculum

  • Ethical and transparent training

Same syllabus for the following courses..

PLC SCADA Training
Industrial Automation Course
PLC Programming Training
SCADA System Training
Automation Engineer Course
Control Systems Training