Every industry has focused on automation in recent years in order to increase production and meet consumer demands. Innovations in science, engineering, and technology concepts are critical to the success of any product. It is critical to understand what consumers expect in terms of usage, cost, and feasibility. Motion control systems play an important role in production, testing, and packaging in the core section of smart manufacturing. In light of this, the proposed book's goal is to present ideas for closing the productivity gap at a lower cost and with greater reliability by combining engineering, technology, and science. Furthermore, innovations may be implemented at various stages of product manufacturing, such as design entity, methodologies, hardware and software tools, analysis, and testing with the focus of Motion Control System for Industrial Automation.
When an idea becomes a product, many activities are involved, beginning with the analysis of real-time problems, progressing to prototype development, and then to the final product. Every research activity has been engineered to turn out real products for end-users. Any innovations, ideas, experimental works, observations, and prototypes must be recorded for product development or future references. Therefore, this book will provide a space for research scholars to document their works in the field of electronics hardware, communication technology, artificial intelligence, electrical engineering, renewable energy, smart materials, production, manufacturing technology, and industrial automation. The book assists the reader in understanding the technologies involved in product design and development, with the focus on Motion Control Systems for increased production.