Scada System For Power Network

SCADA , Automation, Distribution Automation, RTU, SCS

What you'll learn

Introduction of the fundamentals of SCADA system

Provide broad details about SCADA system architecture

Detailed description of SCADA main components

Provide comprehensive understanding of how SCADA system work

Details of common types of SCADA signals

Cybersecurity considerations: This includes the cybersecurity threats facing SCADA systems and best practices for securing SCADA systems

Requirements

Electrical Engineering

Project Management

No specific experience required in automation

Description

Mainly the course objective is to provide students with the basic knowledge and skills required to gain experience for further education and/or career opportunities in the field of SCADA systems and power distribution networks.This will be achievable by covering many topics like:- Introduce the fundamentals of SCADA systems and its role in the electrical power industry.- Provide students with broad details about the SCADA system architecture and its main components.- Provide students with a comprehensive understanding of how SCADA systems work and how are used to monitor and control power distribution networks.- The students also will be aware of the communications protocols used in SCADA applications.- In addition, students will understand the cybersecurity risks associated with SCADA systems.This course will take you through an interesting journey through out SCADA system details by including in the begging (Getting started) which will contains a brief description about the power system network and also the distribution system network.Going to the next chapter for SCADA system introduction which will covers the SCADA system definition, applications, major advantages and its main components which later on we will give more details about these components.The next chapter is SCADA system Description which will include technical details about the SCADA components levels as the field, stations, and master stations levels.

Overview

Section 1: Introduction

Lecture 1 Getting Started

Lecture 2 Power Electrical System

Section 2: SCADA System Introduction

Lecture 3 SCADA System

Lecture 4 SCADA Functions

Lecture 5 SCADA Features

Lecture 6 SCADA Principles

Section 3: SCADA System Description

Lecture 7 SCADA Architecture

Lecture 8 Substation Level

Lecture 9 Communication Network System

Lecture 10 Master Station

Section 4: SCADA Signals

Lecture 11 Types of Signals

Lecture 12 SCADA Signals Transfer

Lecture 13 Typical Signals and Scenarios

Section 5: SCADA Cyber Security

Lecture 14 Cyber Security Definition

Lecture 15 Challenges in securing SCADA systems

Lecture 16 Exploiting vulnerabilities in SCADA systems

Lecture 17 Best Practices for SCADA Cyber Security

Electrical Engineer,Operation Engineer,SCADA Engineer,Automation Engineer,Project Engineer,Project Manager,Control Engineer,Maintenance Engineer