Cyber Security: Industrial Control System Security

Securing Critical Infrastructure: A Guide to Cybersecurity in Industrial Control Systems and IEC 62443 Compliance

What you'll learn

Understand ICS architecture and its vulnerabilities in critical infrastructure.

Apply defense-in-depth strategies to safeguard industrial control systems.

Evaluate and implement IEC 62443 foundational requirements for cybersecurity.

Conduct risk assessments and secure network communication in ICS.

Master asset management and intrusion detection for ICS security.

Requirements

Basic Computer Literacy: Students should have a fundamental understanding of computer operations.

Internet Access: Reliable internet access for online resources and coursework.

High School Diploma or Equivalent: A minimum education level for enrollment.

Curiosity and Enthusiasm: An eagerness to learn about industrial control systems and cybersecurity.

This course is designed for beginners with no prior knowledge of industrial control systems or cybersecurity.

Description

Welcome to the fascinating world of cybersecurity tailored specifically for industrial control systems (ICS)! This comprehensive course invites you to explore the intricacies of key elements such as IEC 62443 compliance, advanced layered defense strategies, and the complex dynamics involved in securing critical infrastructure. Throughout this course, you'll gain a detailed understanding of diverse control systems, including Distributed Control Systems, Programmable Logic Controllers, and SCADA systems. This exploration underscores the crucial importance of fortifying industrial systems in our interconnected world and sheds light on the significant impact of cyber threats on businesses. Immerse yourself in the Purdue Model, acquaint yourself with the Defense in Depth principle, and grasp the intricacies of ICS Security Architecture, all approached with a meticulous layering strategy.As you progress through the course, the curriculum will unravel the paramount importance of control system integrity, data confidentiality, network segmentation, intrusion detection, and secure remote access. Each module is meticulously crafted to provide you with a comprehensive skill set and in-depth knowledge, empowering you in the ever-evolving landscape of ICS cybersecurity.One of the noteworthy aspects of this educational endeavor is the exploration of burgeoning opportunities within the field of ICS cybersecurity. Anticipate a promising career trajectory, with potential salaries ranging from USD 60,000 for entry-level positions to an impressive USD 150,000 or more for seasoned professionals annually. These figures underscore the high demand for skilled professionals in this domain, making it a lucrative and rewarding career path.Equipped with the knowledge and skills garnered from this course, you'll be well-prepared to embark on a gratifying journey within the expansive field of cybersecurity for industrial control systems. Beyond offering exciting career prospects, this educational experience positions you as a guardian of the critical infrastructure that serves as the backbone of modern society. Seize this golden opportunity to shape a brighter future for yourself by enrolling today. This course marks your inaugural step into a captivating, intellectually stimulating, and lucratively rewarding field. Your journey into the world of ICS cybersecurity awaits; don't miss out on the chance to secure a prosperous and fulfilling career.

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Overview of Industrial Control System

Lecture 2 Module Introduction

Lecture 3 Distributed Control Systems

Lecture 4 Programmable Logic Controller

Lecture 5 SCADA Overview

Lecture 6 Building Automation and Control System Overview

Lecture 7 Safety Instrumented Systems

Lecture 8 Industrial Internet of Things

Lecture 9 Module Conclusion

Section 3: Cyber Security Introuction

Lecture 10 Module Introduction

Lecture 11 Purdue Model for Industrial Control Systems

Lecture 12 Difference Between OT and IT Networks - Industrial Systems

Lecture 13 OT Versus IT

Lecture 14 Cyber Attacks and Problems

Lecture 15 Anatomy of a Cyber Attack

Lecture 16 Defense in Depth Principle

Lecture 17 Contemporary Control System Architectures

Lecture 18 Module Conclusion

Engineers: This course is designed for engineers who want to enhance their understanding of industrial control systems and how to secure them against cyber threats.,Managers: Managers in industrial settings can benefit from this course to make informed decisions regarding control system cybersecurity and supervise their teams more effectively.,Operations Personnel: Those working in control system operations will find this course invaluable in ensuring the safe and secure operation of industrial processes.,IT Professionals: IT experts looking to expand their expertise into operational technology (OT) and control systems will gain valuable knowledge from this course.,Students: Undergraduate or graduate students pursuing degrees in engineering, computer science, or related fields can enroll in this course to gain foundational knowledge in industrial control system cybersecurity, which can be beneficial for future career opportunities.