Robotics & Kinematics Series

Whether you're an engineer designing the next generation of industrial arms, a researcher pushing the boundaries of mobile autonomy, or a developer integrating robotics into real-world systems, this series gives you everything you need to master the full spectrum of modern robotics. Built for practitioners who demand both rigorous theory and immediately applicable skills, each volume takes you deeper into the mathematics, algorithms, and engineering principles that power today's most sophisticated robotic systems.

From the geometric foundations of serial and parallel mechanisms to advanced motion planning, perception pipelines, and real-time control, this series doesn't just explain how robots work — it shows you how to build, optimize, and deploy them. You'll work with the libraries, APIs, and tools that professional robotics engineers use every day, grounding abstract concepts in hands-on implementation from the very first chapter.

Experimental volumes round out the series with project-driven learning, challenging you to apply everything you've absorbed in realistic, hardware-grounded scenarios. By the time you've worked through the full series, you won't just understand robotics — you'll think like a robotics engineer.

This is the definitive technical library for anyone serious about robotics — comprehensive enough to serve as a career-long reference, practical enough to make an impact from day one.