Circular-Economy is a new concept in operations management. Its goal is to redefine growth, focusing on positive benefits arising for society as a whole out of efficiencies such as designing waste out the operations process. This book will help practitioners use the proper strategy for effective adoption of Circular practices to use in their organization. Features: Provides a complete understanding of Circular-Economy practices Offers advanced mathematical models to help industry management adopt the correct practices Presents a deep understanding of cross-functional and customer-focused design thinking Covers how to develop sustainable practices in all types of activities within operations management. Circular Economy for the Management of Operations will be of interest to practitioners and researchers in engineering as well as business management

Quality has quickly become one of the most important decision-making factors for consumers. And although organizations invest considerable resources into building the right quality management systems (QMSs), in many instances, the adoption of such quality improvement tools are just not enough. Building Quality Management Systems: Selecting the Right Methods and Tools explains exactly what directors, practitioners, consultants, and researchers must do to make better choices in the design, implementation, and improvement of their QMSs.Based on the authors decades of industrial experience working on business improvement projects for multinationals looking to design or improve their QMSs, the book discusses building QMSs based on two important organizational elements: needs and resources. It begins with an overview of QMSs and systems thinking and the impact of QMSs on financial performance. Illustrating the process management approach, it reviews the most well-known business and quality improvement models, methods, and tools that support a major QMS.The authors introduce their own time-tested methodology for designing, implementing, and enhancing your own QMS. Using their proven method, you will learn how to: Implement a strategic quality plan based on your specific needs, capabilities, cost benefits, policies, and business strategies Select the right models, methods, and tools to be adopted as part of your QMS Understand the critical success factors and implementation challenges Evaluate the level of maturity of your QMS and your implementation efforts Highlighting the importance of quality as a way of life, this book supplies the understanding you'll need to make the right choices in the development and deployment of your QMS. With a clear focus on business performance and process management, it provides the basis for creating the quality management culture require

This book is for directors, consultants, practitioners, and professionals aspiring to effectively manage operations, but is targeted at applying innovation to the management of operations, including supply chains. It is appropriate for those establishing a career in innovation and operations management. This book will: Equip readers with understanding of the nature of innovation, operations management concepts, business models, methods and tools; Explore best practices and most commonly used operations and innovation business models, methods, and tools used by successful organisations; Consider particular operational issues directly impact the competitiveness of organisations

This book is a reference for continuous improvement project (CIP) leaders/facilitators in manufacturing and service organizations, students (undergraduate and graduate), academics responsible for managing senior projects (Capstone Projects) and teaching quality courses, and researchers interested in how organizations could produce more effective and efficient continuous improvement initiatives and projects. The authors collected and analyzed information and results from CIPs they facilitated or co-advised, such as the improvement of the service level in a bottle manufacturing organization, reduction of changeover in a brewery manufacturing organization, reduction of ambulance response time, and reduction of scrap in a steel transformation manufacturing organization. Many of the CIPs were previously part of award-winning white papers documenting critical improvements. Throughout this book, readers will learn: different types of CIPs metrics to identify successful CIPs the 53 factors related to CIPs success how to manage CIPs behaviors to achieve outstanding results from CIPs. Three of the chapters are supplemented with three or more case studies. In addition, the final chapter includes a list of behaviors expected from directors, continuous improvement managers, CIP leaders/facilitators, and CIP team members to obtain the major benefits from CIPs.

Intelligent Agriculture: Developing a System for Monitoring and Controlling Production examines the development of Wireless Sensor Network (WSN) technology designed to monitor and control agriculture production. The book is divided into four sections which illustrate the innovative technology of this product. Section One explores the consumer's discovery of the product and includes a benchmark analysis of the WSN against other similar technologies alongside a technological roadmap, intellectual property analysis and value proposal. Sections Two and Three demonstrate the development of WSN technology in relation to system architecture and software application. Finally, Section Four outlines concept activities used to test the WSN technology and its solutions. An illuminating resource for academics and professionals within the fields of agriculture and agribusiness, this volume will also serve as a helpful guide for other technological sectors as a reference for the development of new technologies.

Quality has quickly become one of the most important decision-making factors for consumers. And although organizations invest considerable resources into building the right quality management systems (QMSs), in many instances, the adoption of such quality improvement tools are just not enough. Building Quality Management Systems: Selecting the Right Methods and Tools explains exactly what directors, practitioners, consultants, and researchers must do to make better choices in the design, implementation, and improvement of their QMSs. Based on the authors' decades of industrial experience working on business improvement projects for multinationals looking to design or improve their QMSs, the book discusses building QMSs based on two important organizational elements: needs and resources. It begins with an overview of QMSs and systems thinking and the impact of QMSs on financial performance. Illustrating the process management approach, it reviews the most well-known business and quality improvement models, methods, and tools that support a major QMS. The authors introduce their own time-tested methodology for designing, implementing, and enhancing your own QMS. Using their proven method, you will learn how to: Implement a strategic quality plan based on your specific needs, capabilities, cost-benefits, policies, and business strategies Select the right models, methods, and tools to be adopted as part of your QMS Understand the critical success factors and implementation challenges Evaluate the level of maturity of your QMS and your implementation efforts Highlighting the importance of quality as a way of life, this book supplies the understanding you'll need to make the right choices in the development and deployment of your QMS. With a clear focus on business performance and process management, it provides the basis for creating the quality management culture required to become a world-class organization.

Increasing competitive environments and markets have forced manufacturing organisations to continuously seek improvements in their production processes as an alternative to reduce operational costs. In this context, the ability to measure performance is a key factor in the success of any improvement initiative. Two of the most important and used metrics of performance in manufacturing are productivity and quality. This book establishes the relationship between two highly used measures of productivity and quality, Overall Equipment Effectiveness (OEE) and Process Capability (PC). In addition, the book also proposes Overall Resource Effectivenes (ORE) as an improved measure of equipment and process effectiveness. The book provides a useful perspective and guide to understand the interaction of different elements of performance in manufacturing processes. This may help managers to take better decisions about how to run and improve their manufacturing operations more effectively and efficiently. Therefore, this book should be especially useful to academics and practitioners in the field of operations and production management.