SCADA System Operator Course

Unleash the Power of Industrial Automation: Master SCADA in 5 Days!

Supervisory Control and Data Acquisition (SCADA) control system architecture uses computers, networked data communications, and graphical user interfaces for high-level process supervisory management. SCADA is designed to have real-time data monitoring and control from a central location. 

SCADA system permits better control over the network, aiding management, acquisition, and processing of system data and historical data as well as remote management of stations. Access to network data centrally enables effective plant forecasting, thereby enabling predefined maintenance and mitigating downtime. 

The impact of SCADA implementation results in reduced losses. Most industrial plants rely on a Supervisory Control and Data Acquisition (SCADA) system. It helps operators access actionable data and manage equipment. SCADA is a powerful control system that is designed to collect, analyze, and visualize data from industrial equipment. Operators can view critical measurements like temperature, Flow, Pressure, vibration, power usage, and levels across industrial equipment. 

Using modern SCADA solutions, operators and field supervisors can access actionable data and manage hundreds of assets without visiting every field device. This can translate to significant cost savings. In the present day, Supervisory Control and Data Acquisition [SCADA] systems have become crucial and indispensable elements of automation for all industrial plants.

Course Overview:

Learning objectives

• Understand and explain the purpose of SCADA systems and Programmable Logic Controllers
• Understand the SCADA environments and the appropriate approaches to operate and monitor SCADA stations
• Learn to design and develop a new SCADA project.
• Learn to manage various operational features and functions in SCADA such as trends, alarms, recipes, and reports.
• Understand communication of SCADA with other slave controllers

Who should attend?

1. Control room Engineers and Technicians
2. SCADA system developers
3. SCADA engineers and operators
4. Automation Project Engineers

Pre-Knowledge

Knowledge of any PLC programming, and communication networks, and a general understanding of plant automation will help to progress the course on a normal track.

Course outline

• SCADA Overview & Role of SCADA Engineer in Plants
• SCADA System Configuration overview, PLC, Communication Protocols.
• Opening new projects
• To introduce the development of basic screen creation and navigation.
• To familiarise students with the basic drawing capabilities.
• Screen animation techniques.
• Development and management of the tag database.
• To develop an understanding of screen animation configuration.
• Creating the runtime files.
• Graphic screens and tools for operating and monitoring plants
• Real-Time and Historical Trends & Various Alarms.
• Functional Requirements of Communication of SCADA with Other Software.
• Understanding Different Security Levels. (Access Control, SCADA Applicat.)
• Understanding, archiving, and handling alarms and messages
• Understanding, archiving, and handling trends
• Runtime-scripting
• Data logging and recipe handling
• Runtime setup
• Various Reports/ MIS / Dashboard
• Hands-on SCADA simulation

In today's competitive industrial landscape, maximizing efficiency and minimizing downtime is paramount.  By implementing a SCADA system, you can gain real-time data insights, improve plant forecasting, and automate preventative maintenance schedules, all leading to significant cost savings.  This 5-day SCADA training course equips you with the knowledge and skills to harness the power of SCADA and transform your industrial operations. 

 Don't wait – secure your spot and take your industrial automation to the next level