The Ten Commandments Of Lean Six Sigma

Presented from the perspective of practitioners, researchers and academics, The Ten Commandments of Lean Six Sigma serves as a practical guide for senior managers and executives who want to achieve operational and service excellence in various manufacturing, service and public sector organizations.

Leading Lean Six Sigma: Research on Leadership for Operational Excellence Deployment assesses the impact of organizational leadership on the deployment of Lean Six Sigma in organisations. This book details what leadership traits are needed for a successful deployment, presenting a ground-breaking leadership dependency model.

Lean Six Sigma in Higher Education Institutions: The Need to Change is a research-led study designed for leaders within Higher Educational institutions, presenting a Lean Six Sigma Maturity Model (LSS) which can be used to assess the current level of LSS maturity of any university setting.

Lean Six Sigma is one of the operational excellence methodologies that has been widely adopted in manufacturing, service and healthcare sectors. There are few articles discussing Lean Six Sigma in the Higher Education context. This book is a collection of articles carefully edited by three academics and practitioners who are based in the Higher Education sector. The book contains state-of-the-art literature review articles, empirical studies, emerging trends on Lean Six Sigma in Higher Education and case study related papers.Lean Six Sigma for Higher Education caters to students, researchers and academics who are interested in understanding the rudimentary concepts of Lean Six Sigma. It also covers the challenges and barriers in implementation and sustenance of this powerful operational and service excellence methodology.

Maximise the quality and efficiency of your organisation with Lean Six Sigma Are you looking to make your organisation more effective and productive? If you answered "yes," you need to change the way it thinks. Combining the leading improvement methods of Six Sigma and Lean, this winning technique drives performance to the next level—and this friendly and accessible guide shows you how. The third edition of Lean Six Sigma For Dummies outlines the key concepts of this strategy and explains how you can use it to get the very best out of your team and your business. The jargon-crowded language and theory of Lean Six Sigma can be intimidating for both beginners and experienced users. Written in plain English and packed with lots of helpful examples, this easy-to-follow guide arms you with tools and techniques for implementing Lean Six Sigma and offers guidance on everything from policy deployment to managing change in your organisation—and everything in between. Gives you plain-English explanations of complicated jargon Serves as a useful tool for businesspeople looking to make their organisation more effective Helps you achieve goals with ease and confidence Provides useful hands-on checklists Whether you want to manage a project more tightly or fine-tune existing systems and processes, the third edition of Lean Six Sigma For Dummies makes it easier to achieve your business goals.

Lean Six Sigma is the global standard for organizing the design, data-based improvement and control of business processes. Well-designed and controlled processes are key in achieving and sustaining operational excellence. They ensure the quality of service and care, the reliability and safety of work that is done, and a timely processing with short waiting times. High quality processes will at the same time improve the operation’s flexibility. Thereby allowing one to adjust to changes in demand and other circumstances. An organizational capability to harness data-based process improvement, finally, facilitates organizational learning and is foundational for the fruitful implementation of ever increasing digitization and automation opportunities. Lean Six Sigma offers a complete model for shaping modern continuous improvement programs in organizations. The methodology is built on principles and methods for fact-based process improvement that have proven themselves over the last decades, and will continue to do so in the decades to come. Having emerged in manufacturing, the approach continuously evolved and gained tremendous momentum in the services and healthcare industries. This book offers a thorough and pragmatic account of Lean Six Sigma project- and programme implementation with a special focus on applications in services and healthcare organizations.

This book gathers high-quality papers presented at the First International Conference of Advanced Computing and Informatics (ICACIn 2020), held in Casablanca, Morocco, on April 12–13, 2020. It covers a range of topics, including artificial intelligence technologies and applications, big data analytics, smart computing, smart cities, Internet of things (IoT), data communication, cloud computing, machine learning algorithms, data stream management and analytics, deep learning, data mining applications, information retrieval, cloud computing platforms, parallel processing, natural language processing, predictive analytics, knowledge management approaches, information security, security in IoT, big data and cloud computing, high-performance computing and computational informatics.

While Lean principles have been around for decades, the practices have yet to keep current with the growing area of Sustainability. This book provides an implementation approach to integrating Lean and Sustainability principles toward a circular economy. Lean Sustainability: A Pathway to a Circular Economy illustrates an integrated Lean and Sustainability approach that is applicable to manufacturing, healthcare, service, and other industries. This comprehensive approach will guide organizations toward a circular economy to drive competitive business practices further while being environmentally, socially, and economically responsible. The eBook version includes full color images. This book will help any industry practitioner interested in helping their business improve flow, reduce waste, and become more environmentally conscious.