Control Basics for Mechatronics 1st Edition

Control Basics for Mechatronics, 1st Edition by John Billingsley is a concise, practical guide that cuts through theory to give students and practitioners the essential tools for designing and understanding modern control systems in mechatronic applications. Clear, approachable, and technically sound, this edition connects core control concepts to real-world robotics, industrial automation, and embedded systems.

Starting with modeling fundamentals and feedback principles, the book walks readers through system behavior, stability, and controller design using intuitive explanations and step-by-step examples. Key topics include PID tuning, sensor and actuator considerations, signal conditioning, and implementation strategies that bridge classroom learning with hands-on projects. Emphasis on practical problem-solving and real-case scenarios helps translate mathematical insight into working prototypes and production systems.

Ideal for undergraduate mechatronics courses, technicians upgrading their skills, and engineers working in automation, this title supports learning across disciplines and regions — from university labs to R&D teams in North America, Europe, and Asia. Readers will gain confidence in diagnosing system performance, selecting appropriate control approaches, and deploying robust solutions in robotics, manufacturing, and IoT-enabled devices.

If you need a focused, application-oriented resource that balances theory and practice, Control Basics for Mechatronics provides a solid foundation for mastering control techniques used in contemporary mechatronic systems. Add this essential reference to your shelf to accelerate learning, improve designs, and succeed on projects — order your copy today.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.