Are you ready to understand how modern automotive software is designed to operate safely when failure is simply not an option?
What happens when an electronic control unit (ECU) encounters an unexpected fault? How do automotive engineers determine the level of risk a failure creates? What exactly does ASIL mean, and how does it influence the way safety-critical automotive systems are designed, developed, tested, and validated?
And perhaps the bigger question is: How do you turn complex automotive functional-safety requirements into practical software and ECU architectures that can actually be engineered?
AUTOSAR Functional Safety Engineering by Kaelen Draycott takes you into the world of automotive software, functional safety, and AUTOSAR architecture, helping you connect the concepts that are often taught separately.
Have you ever wondered how Classic AUTOSAR differs from Adaptive AUTOSAR? Why are both architectures important? How do software components communicate with the underlying ECU hardware? Where do diagnostics fit into the safety picture? And how do engineers approach systems where a software or hardware failure could have serious consequences?
This guide explores these questions and more in a clear, engineering-focused way.
You’ll discover how AUTOSAR fits into modern vehicle E/E architectures, how ECUs are structured, and how software layers interact to support reliable automotive applications. You’ll also explore Classic and Adaptive AUTOSAR, their different use cases, architectural approaches, and relevance to increasingly software-defined vehicles.
But functional safety goes beyond architecture.
What makes a system safety-critical? How are hazards identified and risks evaluated? How is ISO 26262 connected to automotive functional safety? What are ASIL levels, and why do they matter when selecting safety mechanisms and development approaches? How can engineers think about fault detection, fault handling, diagnostics, redundancy, and safe states?
This book brings these ideas together so you can see not just what functional safety concepts are, but how they fit into the engineering process.
You’ll examine topics surrounding ECU architecture, automotive diagnostics, safety mechanisms, safety-critical software design, fault management, development considerations, and the relationship between AUTOSAR and functional-safety engineering.
Whether you're an automotive software engineer asking how AUTOSAR works in real-world development, an engineering student building your foundation, a developer moving into safety-critical systems, or a professional looking to strengthen your understanding of automotive architecture, this guide gives you a practical framework for navigating the subject.
The automotive industry is moving rapidly toward connected, intelligent, and software-defined vehicles. Are you prepared to understand the engineering principles that help make those systems safe?
Don’t leave AUTOSAR, ECU architecture, diagnostics, and functional safety as disconnected technical terms.
Build the knowledge to understand how they work together.
Turn the page, explore the architecture, question the safety assumptions, and deepen your understanding of automotive software engineering with AUTOSAR Functional Safety Engineering by Kaelen Draycott.
Get your copy today and start building a stronger foundation in the technologies shaping the future of automotive software.
