6 New Control System Books Reshaping the Industry in 2025

Eric D. Knapp's decades of experience in industrial control systems cybersecurity led him to craft this updated guide addressing the rising sophistication of cyber-attacks on critical infrastructure. You gain a detailed understanding of ICS-specific protocols, emerging OT attack methods, and practical strategies for network segmentation and incident response lifecycles. The book dives into real-world cases like Trisis and Industroyer attacks, providing concrete illustrations of vulnerabilities and defenses. If your work involves securing energy grids, water systems, or industrial automation networks, this book equips you with the latest approaches and tools essential for protecting these vital systems.

Arthur G.O. Mutambara challenges the conventional wisdom that control systems design is purely theoretical by blending foundational principles with emerging Industry 4.0 strategies. His book walks you through practical methods like root-locus and frequency-response analyses, but also introduces digital and advanced controls tailored for the Fourth Industrial Revolution. With updated examples and real-world case studies, it suits engineers and researchers looking to apply control theory across robotics, aerospace, and AI-driven systems. You’ll find this text particularly helpful if you want to bridge traditional control concepts with cutting-edge applications shaping modern engineering.

This tailored book explores the transformative developments shaping Control System design and application in 2025. It covers emerging technologies, breakthrough concepts, and recent discoveries that are redefining how control systems operate across industries. By focusing on your interests and background, the book reveals insights into novel control architectures, advanced algorithms, and integration with Industry 4.0 innovations. This personalized approach ensures the content aligns with your specific goals, enabling a deep understanding of new challenges and solutions in this evolving field. Readers engage with the latest research and practical perspectives that keep them at the forefront of Control System innovation.

When Adrian Medioli and Graham Goodwin crafted this book, they tapped deeply into their extensive industrial experience to address the challenge of bridging theory and practice in control engineering. You’ll find detailed explorations of real-world industrial systems—from fluid storage and steel casting to rocket dynamics and wind power generation—each presented as virtual laboratories that let you engage at your own pace. The book not only reviews foundational theory like PID design, Kalman filters, and stability analysis but also shows their application through case studies and accompanying software experiments. If you’re an engineering student or a practicing control engineer looking to connect textbook concepts with tangible industrial problems, this book offers a grounded, hands-on pathway.

After extensive research into control theory, Ali Khaki-Sedigh developed this book to address the limitations of traditional model-based control design, which often depends heavily on prior knowledge of system dynamics. This book dives into the data-driven control systems paradigm, emphasizing methods that rely solely on observed input-output data, making control design more adaptable to real-world applications. You’ll explore foundational concepts, key algorithms, and simulation examples that demystify complex topics without overwhelming mathematical detail. If you’re involved in control theory research or plant design, this book equips you with a fresh perspective on emerging methodologies reshaping the field.

The book offers a focused dive into stability analysis techniques crucial for control systems, such as root locus, Bode plot, polar plot, and Nyquist plot. Authors Sandhiya R and Hari K present neatly drawn diagrams and detailed example problems that clarify complex formulas and concepts, making the material accessible. You gain practical insights into problem-solving approaches relevant for college and competitive exams, especially through the inclusion of the Routh-Hurwitz criterion. This resource suits students and professionals aiming to reinforce their grasp of classical stability analysis without unnecessary complexity.

This tailored book explores the evolving landscape of control systems by focusing on your unique interests and goals. It examines emerging trends and discoveries expected in 2025, enabling you to stay current with the most recent advancements. The content delves into cutting-edge topics such as adaptive control, cybersecurity integration, and Industry 4.0 applications, all personalized to match your background and aspirations. Through this customized journey, you gain targeted knowledge on next-generation control challenges, empowering you to anticipate and navigate future developments with confidence and precision. This personalized approach ensures the material resonates deeply with your specific learning path and professional ambitions.

Drawing from his extensive experience as a professor at Michigan State University, Hassan K. Khalil presents a detailed introduction to control systems that bridges theory with practical applications. You will explore mathematical tools essential for analyzing diverse control systems, from automotive speed regulation to aerospace flight control. The book's structured approach guides you through foundational concepts and equips you with the skills to characterize system behavior using real-world examples, including rocket flight control. This resource suits electrical and computer engineering students aiming to grasp core control principles and those looking to strengthen their analytical capabilities in system design.