Course Overview
SCADA (Supervisory Control and Data Acquisition) is a critical system used in industrial automation and monitoring. This course teaches students how to monitor, control, and optimize industrial processes using SCADA systems, combining hardware and software for real-time management.
Why Enroll?
✔️ Learn to design and operate SCADA systems for industrial applications.
✔️ Monitor and control processes in real-time efficiently.
✔️ Gain hands-on experience with SCADA software and hardware integration.
✔️ Work on practical projects simulating industrial automation.
✔️ Enhance career opportunities in manufacturing, energy, and process industries.
Who can choose?
✔️ Electrical, electronics, and instrumentation engineering students.
✔️ Beginners interested in industrial automation and process control.
✔️ Students aiming for careers in monitoring, control, and industrial systems.
✔️ Anyone looking to gain practical skills in modern automation technology.
What You’ll Learn?
✔️ Fundamentals of SCADA systems and architecture.
✔️ Real-time data acquisition and monitoring techniques.
✔️ Integration of PLCs, sensors, and actuators with SCADA.
✔️ Designing and configuring SCADA software for industrial processes.
✔️ Alarm management, reporting, and control optimization.
✔️ Hands-on projects simulating real-world industrial scenarios.
Career path
✔️ SCADA Engineer – Design and maintain SCADA systems for industrial applications.
✔️ Automation Engineer – Implement control and monitoring solutions.
✔️ Process Control Engineer – Optimize industrial processes using SCADA.
✔️ Instrumentation Engineer – Integrate sensors and automation tools.
✔️ Industrial Consultant – Provide solutions for process monitoring and control.
SCADA training equips students with practical skills in industrial monitoring and automation, preparing them for high-demand careers in manufacturing, energy, and process industries.
