Why Attend This Training Course?

From physical elements like control systems and process mapping, to software like PLC and Wonderware, SCADA is a gratifyingly comprehensive system for controlling industrial production. Regardless of which aspect of the process intrigues you, ACAD has a course to help participants learn integrated approaches to electrical, computer and mechanical engineering. The purpose of PLC SCADA Training course is to develop an Automation Engineer who can design or troubleshoot an Automated Control System single handedly. The contents of this course are prepared through continuous interaction with industries to make curriculum more and more relevant to our participants’ needs.

What Is The Training Course Methodology?

This training methodology illustrates the concepts involved in the above areas through practical consideration of actual real-life problems, as well as explanation of concepts by experts in area using video projectors and computer aided case studies based on practical applications. Participants will solve their system problem, where the trainee’s try to apply the skills learnt with guidance from our specialized experts. ACAD will provide participants a comprehensive assessment on the problems solved using the skills acquired in the training course.

Who Should Attend This Training Course?

The advanced training course is tailored for Electrical, Control & Instrumentation Engineers & Professionals, Systems Operators in Process Control, as well as Industrial sectors at the airport control and instrumentation engineers, oil & gas industry & public utility engineers.

What Are The Training Course Objectives?

• Get introduced to the fundamentals of PLC and SCADA Systems

• Examine the different components of a SCADA system

• Understand SCADA architecture and implementations

• Acknowledge SCADA communication protocols and security

• Understand SCADA operations and maintenance 

• SCADA measurement integration system

What Is The Training Course Curriculum?

SCADA System Design Concepts

• Functionality and system components

• Modularity and system configuration

• SCADA system implementation

• Measurement systems and instrumentation

Instrumentation Standards and Components

• System integration

• Operators and safety systems

• Remote terminal units (RTUs)

• Computer systems

• Peripherals and I/O device

• Case study (I)

Computer Operating Systems

• Program development and RTU configuration

• Data transmission fundamentals

• Computer communication system components

• Communication interface standards

• Case study (II)

Modern Decoding and Error Detection

• Satellite communication

• Master station configuration

• Master station hardware and software

• SCADA system software

• Man-machine interface

• Practical application