ROBOTICS KINEMATICS & DYNAMICS Problems, Solutions & Numerical Methods

This book presents a comprehensive collection of solved problems in robotics kinematics and dynamics, designed for students, researchers, and practicing engineers. It bridges the gap between theoretical concepts and practical applications through clear, step-by-step numerical solutions.

Covering essential topics such as forward and inverse kinematics, Jacobians, trajectory planning, and Lagrangian dynamics, the book provides a structured approach from fundamental principles to advanced problem-solving techniques.

Each problem is accompanied by detailed explanations, verified results, and physical interpretations to strengthen conceptual understanding. In addition, MATLAB and Python implementations are included to support computational learning and real-world applications.

With a strong emphasis on clarity, accuracy, and practical relevance, this book serves as a valuable resource for mastering robotics analysis and design.