Scada Systems: From Fundamentals To Advanced Applications

Learn SCADA Systems: Explore Architecture, Automation, Communication Protocols, and Cybersecurity Essentials

What you'll learn

Learners will gain a comprehensive understanding of SCADA systems, including their architecture, components, and role.

Learners will explore the evolution of SCADA systems, from monolithic to IoT-enabled architectures, and understand the functions of each layer in SCADA system.

Learners will learn to identify, configure, and troubleshoot key hardware components, like PLCs, RTUs, and sensors and software protocols used in SCADA systems.

Learners will gain practical knowledge of communication methods, including DNP3 and Ethernet, and learn to implement security measures.

Requirements

A curiosity about how industries monitor, control, and optimize processes using SCADA systems is the only essential requirement to succeed in this course.

Description

SCADA (Supervisory Control and Data Acquisition) systems are at the heart of modern industrial automation, enabling industries to monitor, control, and optimize processes efficiently. This course provides a comprehensive journey into SCADA, starting from its foundational concepts and progressing to advanced topics. Whether you're a beginner or a professional, this course is designed to equip you with the skills and knowledge needed to work confidently with SCADA systems in various industries.You will begin by understanding the fundamental architecture of SCADA systems, exploring their evolution from monolithic designs to IoT-enabled platforms. The course delves into the key components, including sensors, RTUs, PLCs, HMIs, and communication networks, helping you understand how these elements work together seamlessly.A significant portion of the course focuses on communication protocols like DNP3 and Ethernet, crucial for data exchange in SCADA networks. You’ll also learn about cybersecurity challenges and solutions to protect SCADA systems from potential threats.In addition, the course emphasizes practical knowledge of hardware, software, and troubleshooting techniques. By the end, you’ll have the expertise to design, maintain, and expand SCADA systems, ensuring reliability and scalability in industrial applications.Join this course to gain hands-on skills and become proficient in one of the most critical technologies in industrial automation.

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Background to SCADA

Lecture 2 Introduction to Background to SCADA

Lecture 3 Layers of the SCADA

Lecture 4 SCADA system components

Lecture 5 SCADA architecture generations

Lecture 6 Fundamental principles of modern SCADA systems

Lecture 7 PC to PLC or DCS with a fieldbus and sensor

Lecture 8 Intelligent electronic devices

Section 3: Hardware and Firmware

Lecture 9 Introduction to Hardware and Firmware

Lecture 10 Main Hardware components

Lecture 11 PLC Software

Section 4: Software and Protocols

Lecture 12 Introduction to Software and Protocols

Lecture 13 SCADA software key features

Lecture 14 SCADA software packages

Lecture 15 Redundancy

Lecture 16 System Response Time

Lecture 17 Protocols

Section 5: Landlines

Lecture 18 Introduction to Landlines in SCADA Systems

Lecture 19 Cables and Connectivity

Lecture 20 Interference and Noise Management

Lecture 21 Cable Classification and Spacing

Lecture 22 Earthing and Grounding Requirements

Lecture 23 Types of Data Communication Cables

Lecture 24 Fiber Optic Cables in SCADA

Section 6: Local Area Networks

Lecture 25 Introduction to Local Area Networks

Lecture 26 Network Topologies

Lecture 27 Media Access Methods

Lecture 28 OSI Model

Lecture 29 Network Interconnection Components

Lecture 30 Ethernet and TCP/IP Protocols

Lecture 31 SCADA and the Internet

Section 7: Automation Systems Digital Security

Lecture 32 Introduction to SCADA Security

Lecture 33 Types of Threats to Automation Systems

Lecture 34 Digital Security Risks

Lecture 35 The causes of system compromise

Lecture 36 Security Controls

Section 8: Modems

Lecture 37 Introduction to Modems

Lecture 38 Types of modems

Lecture 39 Modes of Operation

Lecture 40 Components of Modem

Lecture 41 Modulation techniques

Lecture 42 Interface Standards

Section 9: Thank you

Lecture 43 Thank you!!!

This course is for anyone interested in understanding and mastering SCADA systems and their applications in industrial automation. It is particularly valuable for engineering students and graduates in fields like electrical, electronics, instrumentation, or control engineering, as well as automation and control engineers seeking to enhance their technical expertise. Industrial technicians and plant operators who work with SCADA systems will benefit from deeper knowledge of system components and troubleshooting techniques. IT professionals involved in industrial domains, such as manufacturing, energy, or water systems, will find this course helpful for integrating IT solutions with automation technologies. Additionally, the course is accessible to curious beginners, even those without prior technical experience, making it a great starting point for anyone eager to learn about SCADA design, implementation, and optimization across various industries.