What you'll learn
SCADA (Supervisory Control and Data Acquisition) is a practical industrial automation course designed to develop skills in monitoring, controlling, and acquiring data from industrial processes. The course covers SCADA architecture, PLC and RTU integration, tag management, HMI development, industrial communication, alarms, trends, data logging, reporting, and system troubleshooting.
Learners will understand how SCADA systems are used in manufacturing plants, power systems, water treatment plants, process industries, building automation, and other industrial environments. The course combines theoretical concepts with practical projects to help learners understand real-time industrial monitoring and control workflows.
What You Will Learn
- Fundamentals of SCADA and industrial automation
- SCADA architecture and components
- PLC, RTU and field-device integration
- SCADA software and project configuration
- Digital and analog tag management
- HMI screen design
- PLC-SCADA communication
- Modbus and OPC communication concepts
- Real-time data monitoring
- Alarm and event management
- Historical trends and data logging
- Database and reporting concepts
- Industrial process monitoring and control
- User management and SCADA security
- Remote monitoring concepts
- SCADA troubleshooting and maintenance
- PLC-HMI-SCADA integration
- Practical industrial automation projects
Who Can Join?
- Electrical Engineering students
- Electronics Engineering students
- Instrumentation students
- Mechanical Engineering students
- Mechatronics students
- Diploma students
- Industrial Automation students
- PLC programmers
- Automation technicians
- Electrical and maintenance professionals
- Control system learners
- Industrial automation engineers
- HMI/PLC professionals
- Engineering graduates interested in automation
Prerequisite
- Basic computer knowledge
- Basic understanding of electrical/electronic concepts
- Basic knowledge of PLC is helpful but not mandatory
- Understanding of sensors and actuators is beneficial
- Basic industrial automation knowledge is helpful
- Basic networking concepts are beneficial
- No previous SCADA experience is required
Course Outcome
After completing the course, learners will be able to:
- Understand SCADA architecture and operation
- Configure basic SCADA projects
- Create and manage SCADA tags
- Design operator-friendly HMI screens
- Connect SCADA systems with PLCs
- Work with common industrial communication concepts
- Monitor digital and analog parameters
- Configure alarms and events
- Create real-time and historical trends
- Implement basic data logging
- Generate industrial reports
- Understand PLC-HMI-SCADA integration
- Troubleshoot basic communication and tag problems
- Understand SCADA security and user access
- Develop practical industrial monitoring and control projects
Career & Learning Opportunities
- SCADA Engineer Trainee
- SCADA Programmer Trainee
- SCADA Automation Engineer Trainee
- Industrial Automation Engineer Trainee
- SCADA Technician
- Automation Technician
- PLC-SCADA Programmer Trainee
- HMI/SCADA Programmer Trainee
- Control Systems Engineer Trainee
- Industrial Automation Assistant
- Process Automation Assistant
- Instrumentation & Control Assistant
- Automation Project Assistant
- SCADA Support Engineer Trainee
- Industrial Control Technician
- Electrical Automation Engineer Trainee
- Maintenance Automation Technician
- Control Systems Design Assistant
Practical Project Focus
The course emphasizes practical SCADA applications such as tank-level monitoring, motor control, temperature monitoring, water pumping systems, conveyor monitoring, alarm management, historical data logging, and PLC-SCADA integrated automation systems.
Actual industrial control systems should be designed, tested, secured, and commissioned according to applicable industrial standards, project specifications, and qualified engineering practices.
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