8 New Robotics Books Reshaping Robotics Knowledge in 2025

When Thompson Carter first discovered the power of Raspberry Pi in robotics, he realized many beginners struggled to bridge coding and hardware effectively. This book guides you through building a robot from scratch, focusing on hands-on skills like setting up the Raspberry Pi, wiring motors and sensors, and programming with Python for GPIO control. It goes beyond basics by introducing advanced features such as obstacle avoidance and computer vision, making it suitable for students and hobbyists eager to understand real robotics applications. If you want clear, practical steps to turn ideas into functional robots, this book delivers without unnecessary jargon or assumptions about prior experience.

Unlike most robotics books that focus on traditional engineering approaches, this title delves into the emerging field of nature-inspired robotics by integrating biological principles with artificial intelligence. The authors, experts in robotics and AI, explore advanced topics like neuromorphic computing systems and bio-inspired neural networks, offering detailed insights into hardware and software innovations such as memristive devices and spintronic neuromorphic elements. You’ll gain a deeper understanding of how cognitive behaviors are modeled in robotics, with chapters addressing robotic drive systems and geometric transformations that mirror natural processes. This book suits students and professionals eager to explore cutting-edge robotics technologies influenced by nature’s designs, though it demands a solid technical background to fully appreciate.

This personalized book explores the latest advancements and technologies shaping robotics in 2025, tailored to match your interests and background. It covers emerging developments such as AI integration, bio-inspired designs, and innovative hardware breakthroughs that are redefining the field. By focusing on topics and discoveries aligned with your specific goals, this tailored guide reveals how current robotics research and tools can be understood and applied effectively in your context. The book offers an engaging journey through cutting-edge innovations, helping you stay ahead in this rapidly evolving discipline with content crafted just for your learning preferences.

Drawing from extensive expertise in robotics programming, Binary Press and Daniel Reed present a guide that bridges foundational concepts with emerging technologies like ROS and machine learning. You’ll get clear explanations on integrating sensors, actuators, and computer vision through Python, with hands-on projects that build your skills progressively. The book walks you through complex topics such as SLAM, autonomous navigation, and human-robot interaction, making it suitable for both newcomers and seasoned developers eager to deepen their practical knowledge. If you want to understand how to design intelligent robots with modern tools and real-world applications, this book lays out a thoughtful, well-structured path.

Denzel Norton challenges the notion that robotics mastery requires a steep, inaccessible learning curve by offering a progressive guide from basics to advanced skills. You’ll learn practical programming with Python and C++, delve into AI and machine learning applications in robotics, and engage in hands-on projects that solidify your understanding. Chapters like the exploration of emerging trends and troubleshooting strategies provide a real sense of current industry demands. This book suits hobbyists aiming to build their first robots as well as professionals seeking to deepen their expertise with up-to-date insights.

What started as a need to push underwater exploration technology beyond its limits became the focus of this book by PS Publishing. It dives into advanced frameworks and technical challenges surrounding underwater robotics, highlighting autonomous marine vehicles' design, deployment, and operational intricacies. You'll find detailed discussions on navigation systems, sensor integration, and control algorithms that address the unique underwater environment. This book fits those already familiar with basic robotics concepts who want to expand their expertise in marine applications rather than beginners seeking an introduction.

This tailored book explores the dynamic landscape of robotics as it evolves through 2025, focusing on your specific interests and background. It reveals emerging trends, groundbreaking discoveries, and key innovations shaping the future of robotics technology. By addressing your unique goals, it delves into the latest research and industry developments, offering a personalized journey through advanced robotics concepts. The content is carefully crafted to keep you informed about upcoming challenges and opportunities, making complex advancements accessible and relevant. This personalized approach ensures you engage deeply with topics that matter most to you, fostering a clear understanding of robotics’ next frontier.

SY VAN NGUYEN's work addresses the evolving integration of AI within robotics, vision, and deep learning technologies. This book equips you with foundational concepts and practical examples that deepen your understanding of how artificial intelligence shapes robotic systems today. You’ll engage with key topics like computer vision algorithms and neural networks applied in robotics, which are crucial for advancing autonomous machines. It's particularly suited for students and self-learners aiming to consolidate their knowledge without juggling multiple textbooks. The author’s approach balances theory and application, providing a pathway for you to strengthen both academic insight and hands-on skills in this rapidly developing field.

When Francis X. Govers III noticed the growing intersection of robotics and AI, he crafted this book to bridge practical engineering with machine learning advances. You’ll gain hands-on insights into using ROS 2, Python, and OpenCV to build robots that see, decide, and interact autonomously. From neural networks for object recognition to genetic algorithms guiding robot arms, the book dives into concrete techniques that push your robotics projects beyond basic automation. If you’re comfortable with Python and want to elevate your robotics skills toward intelligent systems, this book lays out a clear path through design, perception, navigation, and even giving your robot a personality.

Unlike most robotics books that focus broadly on mechanical or control systems, this text dives specifically into robotic kinematics, the mathematical framework behind how robots move and position themselves. The authors, drawing from academic and engineering backgrounds, break down complex ideas like forward and inverse kinematics, as well as differential kinematics, offering clear explanations of how robot joints determine end-effector trajectories. You'll gain insight into different robot configurations, such as serial and parallel manipulators, and their practical implications in industries from manufacturing to autonomous vehicles. This book suits engineers or students seeking a focused understanding of robotic motion rather than a general robotics overview.