Robotics Programming with Python: Kinematics, Sensors, Motion Planning, Vision, and Control for Autonomous Systems

Robotics programming brings together software, mathematics, sensors, control, and real-world system behavior. Robotics Programming with Python provides a structured introduction to the core programming concepts behind modern robotic systems, with a focus on practical implementation and technical clarity.

This book guides readers through the foundations of robotic motion, including coordinate systems, kinematics, sensor data, path planning, feedback control, and computer vision workflows. Using Python as the primary language, it explains how robotic systems interpret information, make movement decisions, and interact with dynamic environments.

Inside, readers will explore:

Robotic coordinate systems and kinematic modeling
Sensor integration and environmental perception
Motion planning concepts for mobile and articulated systems
Vision-based perception and image processing workflows
Control systems for stable and responsive behavior
Python-based simulation, testing, and system design patterns
Autonomous robotics concepts and decision-making logic

Designed for students, developers, engineers, and technical readers, this book emphasizes the connection between theory and implementation. Rather than treating robotics as a collection of isolated topics, it presents the field as an integrated software discipline where perception, planning, and control work together.

Robotics Programming with Python is a practical technical guide for readers who want to understand how robotic systems are programmed, modeled, tested, and prepared for autonomous operation.