7 New Manufacturing Automation Books Reshaping the Industry in 2025

After years of research in systems and control theory, Ahmed Benzerga and his co-authors offer a detailed exploration of how automation technologies are reshaping manufacturing. You’ll gain a deep understanding of foundational principles like feedback control and system modeling, alongside practical insights into integrating programmable logic controllers, SCADA, and industrial robots within manufacturing systems. The book goes further by examining cutting-edge trends such as AI-driven control systems and digital twins, making it particularly useful if you want to grasp both current practices and emerging innovations in manufacturing automation. This work suits engineers and industry professionals eager to connect theory with the evolving technological landscape.

Gerardus Blokdyk is a recognized authority in operational excellence and automation, with extensive experience guiding organizations through AI integration complexities. In this book, you’ll explore critical questions essential to embarking on AI and automation journeys in manufacturing, alongside long, detailed solutions that map out clear implementation paths. The inclusion of real-life case studies and step-by-step workflows with timelines and responsibilities offers practical frameworks to navigate adoption challenges. Whether you're initiating AI adoption or optimizing existing processes, this book equips you with tools, including a self-assessment digital companion, to evaluate maturity and tailor your growth strategy effectively.

This tailored book explores the latest developments in manufacturing automation as of 2025, focusing on breakthroughs transforming the industry landscape. It examines emerging technologies such as AI-driven control systems, advanced robotics, and smart factory innovations, all matched to your background and specific goals. By concentrating on your interests, this personalized guide reveals how cutting-edge research and discoveries are reshaping manufacturing processes with precision and agility. The book delves into new insights about automation architectures, adaptive systems, and real-time data integration, helping you stay ahead in this rapidly evolving field. This tailored exploration ensures your learning experience is relevant, timely, and deeply engaging.

Philip J. Gisi's decades of engineering and manufacturing leadership crystallize in this examination of how automation and digital technologies are reshaping factories. You’ll gain detailed insights into robotics for precision tasks, IoT’s role in connectivity, and how advanced analytics harness manufacturing data to optimize processes and maintenance. The book also breaks down additive manufacturing’s impact on prototyping and customization, alongside blockchain’s contribution to supply chain transparency. This isn't just a technology catalog; it offers a roadmap for manufacturers aiming to build smarter, more agile, and sustainable operations in an evolving industrial landscape, making it essential for professionals navigating Industry 4.0 shifts.

Jakob is an engineer specializing in automation technologies, driven by a clear vision to harness Robotic Process Automation (RPA) for manufacturing excellence. This book dives into how software robots can take over repetitive, rule-based tasks such as inventory management and quality control, freeing engineers to focus on innovation and problem-solving. You’ll gain insights into balancing human creativity with robotic precision, understanding when to deploy bots for 24/7 productivity without sacrificing the nuanced decisions that require human judgment. Chapters detail how RPA enhances accuracy, reduces defects, and accelerates production cycles, making it a solid guide if you want to navigate the evolving landscape of manufacturing efficiency.

Dean H. Stanton is a seasoned expert in AI and operations management whose experience shines through in this detailed exploration of AI’s transformative role in operations. You’ll learn how AI can streamline decision-making, automate routine tasks, and optimize supply chains, all grounded in practical examples and case studies. Chapters like the blueprint for AI operations planning and the extensive glossary demystify complex concepts, making the book especially useful if you’re aiming to integrate AI thoughtfully within your team or organization. This book suits operations managers, executives, and students looking for a grounded understanding rather than hype about AI’s potential.

This tailored book explores the emerging technologies and trends shaping manufacturing automation in 2025 and beyond. It covers the latest discoveries in smart factory design, AI-driven automation, and robotics integration, focusing on your interests and background to deliver a personalized learning journey. By examining innovative approaches and new research, it reveals how to prepare for a future-ready manufacturing environment that meets your specific goals. The content is carefully matched to your needs, helping you stay ahead with cutting-edge insights and practical knowledge relevant to your role and experience in the evolving industry.

Drawing from a detailed exploration of industrial robotics, Carl Keyness offers a focused look at how automation reshapes manufacturing processes. You’ll gain insight into specific applications like robotic welding, quality control, and human-robot collaboration, with chapters that methodically unpack these topics, such as Chapter 6's focus on inspection and Chapter 10’s discussion on collaborative workspaces. This book suits professionals aiming to optimize production lines and understand emerging trends in robotics rather than casual readers seeking a broad overview. The practical examples of integrating robotics into logistics and 3D printing highlight its value for those directly involved in manufacturing innovation.

When Evanh E. Young decided to write this guide, the aim was clear: to make PLC programming accessible for anyone intrigued by industrial automation. You’ll start with the basics—what PLCs are and why they matter—and move into programming fundamentals like ladder logic and data types, even if you've never coded before. The book doesn’t stop there; it includes hands-on projects and dives into advanced topics such as timers and analog control, giving you a practical edge. If you’re involved in manufacturing, robotics, or just want a solid grounding in automation, this book walks you through creating reliable, efficient systems that reflect today’s technological demands.