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  3. Introduction to Automotive Cybersecurity and Vehicle Networks

Introduction to Automotive Cybersecurity and Vehicle Networks

This course covers foundational concepts and frameworks in automotive cybersecurity, progresses through specific applications and real-world examples, and concludes with concrete skills and competencies related to securing automotive systems.

Lluís Foreman
Lluís Foreman
Technology | core | 4 hours |   Published: Aug 2024
In partnership with: Coursera

    Discussions

Overview

1KSTUDENTS*
95.6%RECOMMEND*

This course includes:

  • 4 hours of on-demand video  
  • Certificate of completion  
  • Direct access/chat with the instructor 
  • 100% self-paced online 

This course provides an in-depth look into the evolving field of automotive cybersecurity, emphasizing the importance of securing vehicle networks against cyber threats. As vehicles become increasingly connected and reliant on digital technologies, the risk of cyber-attacks grows. This course covers foundational concepts and frameworks in automotive cybersecurity, progresses through specific applications and real-world examples, and concludes with concrete skills and competencies related to securing automotive systems. Learners will explore the intricacies of vehicle networks, potential vulnerabilities, and the latest strategies for defense. 

Skills You Will Gain

Automotive Cybersecurity
Cyber Threats
Digital Technologies
Security Strategies
Vehicle Networks

Learning Outcomes (At the end of this program you will be able to)

  • Describe the architecture of vehicle networks and identify potential cybersecurity threats (Understand). 
  • Analyze the impact of cybersecurity vulnerabilities on automotive systems (Analyze). 
  • Apply strategies for enhancing the cybersecurity of vehicle networks (Apply). 
  • Evaluate the effectiveness of different cybersecurity measures in the automotive context (Evaluate). 

Prerequisites

  • Basic understanding of cybersecurity principles. 
  • Familiarity with automotive systems and technologies. 
  • Knowledge of computer networks and their vulnerabilities. 
  • Interest in automotive innovation and technology. 

Who Should Attend

  • Automotive Engineers 
  • Cybersecurity Professionals 
  • Product Managers in Automotive Industry 
  • Policy Makers and Regulators 
  • Automotive Enthusiasts with a Technical Background 

Curriculum

Instructors

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*Where courses have been offered multiple times, the “# Students” includes all students who have enrolled. The “%Recommended” shown is also based on this data.
1Module 1.1: Overview of Automotive Cybersecurity
2Module 1.2: Cybersecurity Threats to Vehicle Networks
3Module 1.3: Strategies for Protecting Vehicle Networks
4Module 2.1: Cryptography and Secure Communications
5Module 2.2: Security by Design in Automotive Engineering
6Module 2.3: Risk Management and Stakeholders
7Module 3.1: Secure Vehicle-to-Everything (V2X) Communications
8Module 3.2: Intrusion Detection Systems and Response Strategies
9Module 3.3: Preparing for the Future: AI and Electric Vehicles
10Module 4.1: Automotive Cybersecurity Projects
11Module 4.2: Security Testing and Validation
12Module 4.3: Cybersecurity Governance and Policy
Lluís Foreman

Lluís Foreman

Lluis is a passionate Aerospace Engineering professional, deeply immersed in the fields of Space Technology and its profound impact on society. With over two years of experience as the NewSpace Programme Manager at the Institut d'Estudis Espacials de Catalunya, Lluis has successfully spearheaded innovative projects aimed at advancing the New Space industry. His expertise is further demonstrated by his role as a part-time online instructor on Aerospace Engineering at Udemy, where he has empowered over 25,000 students worldwide with foundational knowledge in aircraft and space technology.

Lluis’s academic background, which includes a Master’s Degree in Aerospace Engineering from the Universitat Politècnica de Catalunya and international study in Space Engineering at the Università di Pisa, showcases his commitment to the field. His curiosity extends beyond technical knowledge, as he actively explores the socio-economic impacts of space and ESA initiatives, shaping his vision for the future of aerospace technology. Through meticulously crafted courses on topics ranging from Aircraft Fundamentals to Manned Exploration Engineering, Lluis is dedicated to nurturing the next generation of aerospace pioneers.

With a drive to bridge the gap between celestial data and practical applications, Lluis continues to contribute valuable insights to the space industry, ensuring his role in the ongoing evolution of space exploration and technology.

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Segment 01: Introduction to the Course & Meet Your Instructor

Segment 02: The Role and Importance of Cybersecurity in the Automotive Industry

Segment 03: Historical Context and Evolution of Automotive Cybersecurity

Segment 04: Basic Terminology and Core Concepts in Cybersecurity

Segment 08: Basic Security Measures

Segment 09: Advanced Protective Techniques

Segment 10: The Impact of Cybersecurity Practices on Automotive Safety

Segment 25: Building an Automotive Intrusion Detection System

Segment 26: Response Strategies to Security Incidents

Segment 27: Recovery and Resilience in Automotive Systems

Segment 31: Introduction to Building a Secure Automotive Cybersecurity Framework

Segment 32: Managing Automotive Cybersecurity Projects

Segment 33: Automotive Cybersecurity Standards

Segment 34: Best Practices for Secure Automotive Systems

Segment 18: Risk Management

Segment 19: Advanced Risk Management and Mitigation Techniques

Segment 20: Stakeholders role and influence

Segment 05: Types of Cyber Attacks

Segment 06: How to Address the Attacks

Segment 07: Real-World Attack Scenarios

Segment 11: Introduction to Design and Development of Secure Automotive Systemses

Segment 12: Fundamentals of Automotive Cryptography

Segment 13: Implementing Secure Communication Protocols in Vehicles

Segment 14: Key Management and Data Protection Strategies

Segment 15: Secure Design Principles in Automotive Engineering

Segment 16: Incorporating Security in the Hardware Design Phase

Segment 17: Advanced Software Security Techniques

Segment 21: Introduction to Advanced Communications and Defense Strategies

Segment 22: Introduction to V2X

Segment 23: Security and Privacy Challenges in V2X

Segment 24: Solutions and Best Practices for Secure V2X

Segment 35: Introduction to Security Testing for Vehicle Networks

Segment 36: Conducting Penetration Testing on Automotive Systems

Segment 37: Continuous Security Monitoring and Assessment

Segment 28: Impact of AI on Automotive Cybersecurity

Segment 29: Security Challenges in Electric and Hybrid Vehicles

Segment 30: Autonomous Vehicles and Cybersecurity Implications

Segment 38: Establishing a Cybersecurity Governance Framework

Segment 39: Developing and Implementing Cybersecurity Policies

Segment 40: Role of Leadership in Automotive Cybersecurity

Segment 41: Wrap-up & Key Takeaways