8 New Automotive Engineering Books Reshaping the Industry in 2025

Jack Duffy offers a clear, approachable entry into the complexities of modern vehicle engineering, bridging the gap between traditional internal combustion engines and cutting-edge electric and hybrid technologies. You’ll gain a solid understanding of powertrain systems, vehicle dynamics, and the evolving role of electronics and software in automotive design. The book also dives into emerging trends like autonomous vehicles and sustainable energy solutions, making it especially useful if you want to grasp where the industry is heading. Whether you’re studying engineering or simply curious about how today's cars work, this guide breaks down tough concepts into manageable sections without oversimplifying.

Dr. Dennis Kengo Oka and his co-authors bring a wealth of expertise to the complex intersection of automotive engineering and IoT development, addressing a critical need for security in connected vehicles. You’ll gain detailed knowledge about vehicle architectures like AUTOSAR, diagnostic protocols such as UDS and DoIP, and industry standards including ISO/SAE 21434 and ASPICE. The book walks you through establishing secure software development platforms and deploying real-world automotive IoT applications, making it especially useful if you’re an embedded developer or software engineer aiming to navigate the evolving automotive software landscape. It’s a focused guide tailored for those ready to deepen their understanding of automotive IoT security without unnecessary fluff.

This tailored book explores the rapidly evolving landscape of automotive engineering in 2025, focusing on the latest systems and innovations shaping the industry. It delves into cutting-edge developments such as electric powertrains, IoT integration, advanced safety features, and software-defined vehicle technologies. By addressing your specific background and interests, the book reveals emerging research and discoveries that drive modern automotive design and engineering. This personalized resource matches your goals and skill level, providing a focused examination of 2025 trends that keeps you ahead in a fast-changing field. You gain insights into new automotive architectures, sustainability efforts, and the future of mobility, making learning efficient and targeted.

Drawing from over four decades of experience at Ford Motor Company and extensive academic research, Vivek D. Bhise explores the crucial role of ergonomics in automotive design. You learn how multidisciplinary teams integrate ergonomic principles early in vehicle development to craft specifications that balance safety, comfort, and user interaction. The book breaks down complex topics like vehicle handling, infotainment usability, and ergonomic challenges unique to electric and driverless cars. Whether you're an engineer or designer, this guide sharpens your understanding of creating vehicles that meet both technical and human needs, emphasizing practical evaluation techniques to avoid costly design errors.

Julian Edgar's decades of hands-on experience and technical writing shine through in this detailed exploration of vehicle suspension. You gain a clear understanding of springs, shocks, and tires, alongside the nuances of front-, rear-, and all-wheel drive systems. The book walks you through low-cost testing methods and the latest suspension technologies, illustrated with over 600 color photos and charts, making complex concepts approachable. Whether you're tuning your own car or developing suspension systems professionally, this guide equips you to improve both ride comfort and handling performance with confidence.

Tomry J. Raynor takes you through a detailed exploration of the inner workings of modern vehicles, unpacking complex automotive systems with clarity and precision. You learn about everything from the engine's four-stroke cycle and fuel delivery systems to the nuances of braking, suspension, and safety technologies like ADAS. Chapters on electric and autonomous vehicles illuminate the future trends reshaping automotive engineering. This book suits those eager to deepen their technical understanding, whether you're advancing your repair skills or simply curious about how your car operates beneath the surface.

This tailored book explores the forefront of automotive engineering by focusing on the emerging technologies shaping the industry in 2025 and beyond. It examines innovations in electric powertrains, vehicle software integration, sustainable materials, and advanced safety designs, all aligned with your unique interests and background. By delivering content that matches your specific goals, the book reveals cutting-edge discoveries and evolving research relevant to your career or studies. Through a personalized approach, it covers the latest trends and technical developments, enabling you to stay ahead in a rapidly changing field. Readers gain a deep understanding of future-ready engineering concepts tailored to what matters most to them, fostering both knowledge and practical awareness of the next generation in automotive technology.

Ray Patterson's decades of hands-on experience in automotive repair shaped this study guide, designed to help technicians navigate the rapidly evolving ASE certification landscape. You’ll find detailed coverage of core topics like engine repair, performance diagnostics, and the latest in automotive electronics, with practice questions and answer keys that sharpen your exam readiness. The book also demystifies the certification process itself, offering clear eligibility criteria and tips to boost your confidence. If you’re aiming to elevate your career with up-to-date technical knowledge and practical exam preparation, this guide serves as a focused, straightforward resource.

What happens when deep expertise in product development meets statistical design? Young Chiang, drawing from extensive experience, breaks down how Design of Experiments (DOE) can transform automotive engineering processes. You’ll learn specific DOE techniques like full factorial and fractional factorial designs that help identify key factors influencing product reliability and performance. The book walks you through applying these methods to optimize system behaviors and handle practical challenges like measurement uncertainty and failure analysis. This is ideal for professionals who want to sharpen their skills in designing robust automotive products and improving reliability throughout the product lifecycle.

Unlike most automotive books that narrowly focus on technical specs, Kevin A. Wilson’s deep dive spans more than a century of electric vehicle evolution, from Victorian-era prototypes to today's cutting-edge models. You’ll gain insight into how early innovations like the Electrobat and Columbia cars shaped the industry long before gasoline dominated, and how modern advances in battery and electronic controls are driving today’s rapid shift. The book also candidly explores ongoing challenges, including infrastructure and cost barriers, making it clear who stands to benefit—and who might face hurdles—in this electric transition. Whether you’re fascinated by history or keen on future trends, this offers a nuanced perspective that goes beyond hype.