Training on SCADA, Supervisory Control and Data Acquisition SCADA Engineering
Training on SCADA, Supervisory Control and Data Acquisition, SCADA Engineering Training for Electrical and Electronics Engineers
The SCADA Engineering Training is designed to provide electrical and electronics engineers with practical knowledge and hands-on skills to design, operate, and maintain SCADA systems for industrial automation and process control. The course covers SCADA architecture, communication protocols, HMI configuration, data acquisition, alarm management, and integration with PLCs and DCS.
Engineers with practical experience but without formal certification can undergo a skill assessment to identify gaps in SCADA knowledge. Targeted training is provided to address weak areas. Participants receive certification and project documentation upon completion. Fresh graduates gain practical exposure to SCADA systems used in power plants, oil & gas, water treatment, manufacturing, and process industries.
Why Skill Assessment Is Important
Skill assessment ensures participants are evaluated for:
Understanding SCADA architecture, components, and communication
Proficiency in configuring HMI screens, data acquisition, and alarms
Ability to integrate SCADA with PLCs, DCS, and field devices
Troubleshooting and maintenance skills for SCADA systems
Compliance with industrial safety, quality, and operational standards
This ensures training is focused on enhancing practical competence and industry readiness.
Topics Covered
1. Fundamentals of SCADA
Introduction to SCADA systems and applications
SCADA architecture: RTU, MTU, HMI, and communication networks
Types of SCADA systems: centralized and distributed
Communication protocols and data acquisition methods
2. HMI Configuration and Visualization
Designing HMI screens and control interfaces
Data logging, trend analysis, and alarm configuration
Real-time monitoring and operator control
Visualization of process data for decision making
3. Integration with PLCs and DCS
Connecting SCADA with PLC and DCS systems
Signal mapping, analog and digital I/O handling
Remote monitoring and control applications
Troubleshooting communication and integration issues
4. Industrial Applications
SCADA in power plants, oil & gas, chemical, and water treatment
Process automation and monitoring
Energy management and optimization
Fault detection and predictive maintenance
5. Safety, Compliance, and Best Practices
Industrial safety standards for SCADA operations
Data integrity, cybersecurity, and access control
Personal protective equipment (PPE) and safe practices
Documentation, reporting, and SOPs
6. Practical Project Work
Designing a SCADA system for a sample process
Configuring HMI screens, alarms, and trending data
Integration with PLC/DCS for real-time monitoring and control
Testing, troubleshooting, and complete project documentation
What You Will Learn
After completing this course, participants will be able to:
Design, configure, and operate SCADA systems for industrial automation
Integrate SCADA with PLCs, DCS, and field devices for monitoring and control
Troubleshoot and maintain SCADA systems effectively
Ensure safety, compliance, and proper documentation
Execute projects demonstrating practical SCADA engineering skills
Certification
Participants who complete skill assessment, training, and project work will receive SCADA Engineering Certification for Electrical and Electronics Engineers, validating their practical skills and readiness for industrial automation projects.
Who Can Join?
Diploma / B.Tech / M.Tech in Electrical, Electronics, or Instrumentation Engineering
Engineers with practical experience in SCADA but lacking formal certification
Maintenance, commissioning, and automation engineers
Fresh graduates seeking hands-on exposure to SCADA systems in industrial applications