“The new world is one based on knowledge. Lean KM offers a practical approach to Knowledge Management, filled with historical references and interesting stories. It brought back wonderful memories of NASA.”—Dr. Edward J Hoffman, Former NASA CKO and Director of the NASA Academy of Program, Project, & Engineering Leadership (APPEL), CEO Knowledge Strategies LLC Lecturer, Columbia University, Information and Knowledge Strategy (IKNS) Lean Knowledge Management Helped Change NASA’s Culture and It Can Do the Same for Your Organization. NASA suffered three human spaceflight tragedies and Lean Knowledge Management was a major tool that helped NASA management implement massive cultural changes. Traditional knowledge management is too often regarded as overly complicated or a wasteful bureaucratic exercise, but Lean Knowledge Management can become a critical component for your organization to operate effectively, efficiently and safely. Lean Knowledge Management simplifies the process by: Clearly defining your organization’s key employees, Filtering the enormous amount of internal “information” into “critical knowledge”. Utilizing a myriad of resources to get this critical knowledge to the people who need it most - the very people that can make your organization successful. Repetitive mistakes and failures can cost an organization millions of dollars in lost revenue, scrap, and even lawsuits. Lean Knowledge Management strips away the academic jargon and implements a practical, cost-effective, organic program emphasizing lessons of the past. Knowledge is free! Your hard-earned corporate knowledge is right in front of you, why risk losing it and having to pay for it all over again? Knowledge is power! Lean Knowledge Management is a structured plan to harness that power for your organization.

Discusses management models and concepts, strategies for sharing knowledge, and ways to implement the concept within a company.

This influential book establishes the enduring vocabulary and concepts in the burgeoning field of knowledge management. It serves as the hands-on resource of choice for companies that recognize knowledge as the only sustainable source of competitive advantage going forward. Drawing from their work with more than thirty knowledge-rich firms, Davenport and Prusak--experienced consultants with a track record of success--examine how all types of companies can effectively understand, analyze, measure, and manage their intellectual assets, turning corporate wisdom into market value. They categorize knowledge work into four sequential activities--accessing, generating, embedding, and transferring--and look at the key skills, techniques, and processes of each. While they present a practical approach to cataloging and storing knowledge so that employees can easily leverage it throughout the firm, the authors caution readers on the limits of communications and information technology in managing intellectual capital.

Performance management, the primary focus of a Lean organization, occurs through continuous improvement programs that focus on education, belief systems development, and effective change management. Presenting a first-of-its-kind approach, The Lean Management Systems Handbook details the critical components required for sustainable Lean management.

Within manufacturing, Lean has lead to significant results throughout the world. But what happens when Lean meets Innovation? Is the needed creativity destroyed, or can Lean make the results of the organization even better? In Lean Innovation, Claus Sehested and Henrik Sonnenberg reveal how a managed iteration between creativity and effectiveness can ensure that the visions of top management are realized through the innovation processes. Lean can elevate the innovation processes to a new level where they become a true strategic differentiator. The authors address the key challenges facing leaders of knowledge organizations, and present a number of principles which they can use to bring more leadership into the innovation work. They also discuss methods which can increase result focus and continuous learning in the core innovation processes. The book contains specific and practical examples from five companies who started on a Lean Innovation journey. Innovation Insights from Apple, Google, Toyota, IDEO and others are also included.

WINNER: CILIP's Knowledge and Information Management Award 2019 - Information Resources Print Category The way an organization manages and disseminates its knowledge is key to informed business decision-making, effectiveness and competitive edge. The Knowledge Manager's Handbook takes you step by step through the processes needed to define and embed an effective knowledge management framework within an organization. This second edition now includes clear guidance on the best practice requirements from the first ever internationally recognised standard for knowledge management, ISO 30401:2018, as well as content on the impact of AI and data analytics. Nick Milton and Patrick Lambe work through each stage of creating and implementing a knowledge management framework for an organization's specific needs, based around the four essential aspects of knowledge management: people, processes, technologies and governance. With updated international case studies from organizations of all sizes and sectors, along with user-friendly templates and checklists to help implement effective knowledge management procedures, The Knowledge Manager's Handbook is the end-to-end guide to making a sustainable change in the knowledge management culture.

Lean Manufacturing, also called lean production, was originally created in Toyota after the Second World War, in the reconstruction period. It is based on the idea of eliminating any waste in the industry, i.e. any activity or task that does not add value and requires resources. It is considered in every level of the industry, e.g. design, manufacturing, distribution, and customer service. The main wastes are: over-production against plan; waiting time of operators and machines; unnecessary transportation; waste in the process itself; excess stock of material and components; non value-adding motion; defects in quality. The diversity of these issues will be covered from algorithms, mathematical models, and software engineering by design methodologies and technical or practical solutions. This book intends to provide the reader with a comprehensive overview of the current state, cases studies, hardware and software solutions, analytics, and data science in dependability engineering.