Creating A Lean R D System

The ability to find and remove barriers between people and their systems in R&D can almost guarantee a doubling in performance, and often delivers multiples of that. R&D teams that have smooth handoffs deliver 100 percent of the required knowledge at those handoffs. As a result, such teams do not lose critical information, have unexpected knowledge gaps appear in their projects, or have uncoordinated knowledge transfers that waste minutes, days, and even months every year. Creating a Lean R&D System: Lean Principles and Approaches for Pharmaceutical and Research-Based Organizations lays out the logic of why Lean implementation isn’t strictly for manufacturing and describes why it can be just as effective in R&D organizations. Terence Barnhart, former senior director of continuous improvement at Pfizer R&D, describes the theoretical and physical underpinnings of creating a Lean transformation in any R&D organization, as exemplified by the Lean transformation initiated within the R&D division of a global pharmaceutical company. Describing how to merge Lean principles with the cultural virtues inherent in R&D, the book presents Lean approaches that can be easily applied in pharmaceutical and research-based organizations. It takes a strategic approach to solving two problems unique to the Lean field. The first is in noting the key distinctions between R&D and manufacturing, and developing a Lean approach specific to the R&D environment. The second is that it proposes a systematic middle-out (merger/maneuver) strategy to help you initiate and sustain a Lean culture within your pharmaceutical R&D organization that will help you immediately engage all stakeholders involved.

The ability to find and remove barriers between people and their systems in R&D can almost guarantee a doubling in performance, and often delivers multiples of that. R&D teams that have smooth handoffs deliver 100 percent of the required knowledge at those handoffs. As a result, such teams do not lose critical information, have unexpected k

2006 SHINGO PRIZE for EXCELLENCE in MANUFACTURING RESEARCH Lean production has been proven unbeatable in organizing production operations, yet the majority of attempts to implement lean end in disappointing results. The critical factor so often overlooked is that lean implementation requires day-to-day, hour-by-hour management practices and skil

Although there are many organizations that have implemented Lean production systems and become more profitable as a result, there can be a gap between what those organizations currently do and how they should plan for and profit from new business. Capitalizing on Lean Production Systems to Win New Business: Creating a Lean and Profitable New Product Portfolio explains how to create a Lean product portfolio to fill that gap so you can become more profitable from that new business. Providing a fundamental understanding of the Lean enterprise production system, this book can help an organization take its current Lean knowledge and translate that knowledge into a step-by-step methodology to win and launch new business. Lean topics covered include: Value Stream Mapping Plan for Every Part Process Design and Standard Work Scheduling and Material Flow Machine Changeover Quality and Continuous Improvement By developing the New Product Acquisition and Launch Portfolio presented in this book, you can dramatically improve your ability to produce the products customers desire and deliver them on time. Focusing on the concepts that are critical to the longevity of your Lean enterprise system, this book will help you understand how to deliver a product that meets the quality and delivery standards of your customer. It will also help you understand how this new product fits into your Lean enterprise system. Detailing how to achieve a successful new product launch through upfront planning, this book provides you with the tools to enhance efficiencies throughout your supply chain.

Master's Thesis from the year 2022 in the subject Engineering - Civil Engineering, grade: 3.56, University of Gondar (Institute of Technology), language: English, abstract: Modern construction is characterized by its efficient utilization of construction resources to accomplish numerous construction activities without waste. But, Addis Ababa’s Road construction projects fail to be executed on time, within the allocated budget, and with the desired quality. To solve this problem, a new management concept is introduced, namely lean construction. It is known to increase productivity and minimize waste. To realize this solution, last planner system (LPS) is used; it is one tool of lean construction. It is a person or group of people with the task to control the production unit. The main objective of this study is to assess usefulness of the last planner system implementation to advance the current construction process management in Addis Ababa city road projects. The research was conducted on selected asphalt road construction projects located in Addis Ababa city. To address the problems Questioners, observations, interviews, focus group discussion, and recently published journals were employed as a qualitative and quantitative data collection tools and analyzed using statistical package for the social science version 26 and super decision model version 3.2. The finding shows that; the construction management process adopted in all three sites is more or less similar they use a push planning system and critical path method to determine the duration following the master schedule but have no weekly work plan and lookahead schedule to forecast the coming week's duty. The LPS implementation expected barriers are also ranked from one to five: as Labor-related, internal working environment-related, stakeholders-related, exogenous related, and material related expected barriers respectively. The last planner system has many benefits as agreed by different scholar’s those are time-related, Cost-related, claim-related, and quality-related benefits are the main benefits obtained through the LPS implementation and it is possible to conclude; LPS is useful for the road construction management system. The research is significant in creating awareness & understanding on the adoption of the lean construction tool (LPS) in sustainable construction, to improve knowledge and understanding of the implementation of LPS. Moreover, the LPS implementation conceptual framework was also developed based on the last planner system principles.

Winner of a Shingo Research and Professional Publication AwardThe new edition of this Shingo Prize-winning bestseller provides critical insights and approaches to make any Lean transformation an ongoing success. It shows you how to implement a sustainable, successful transformation by developing a culture that has your stakeholders throughout the o

Things that are good for the planet are also good for business. Numerous studies from the likes of the Economist Intelligence Unit, Harvard, MIT Sloan, and others indicate that organizations that commit to goals of zero waste, zero harmful emissions, and zero use of nonrenewable resources clearly outperform their competition.Like lean thinking, gre

In 2005, Goodyear’s research and development (R&D) engine was not performing up to its full potential. The R&D organization developed high-quality tires, but the projects were not always successful. Goodyear embarked on a major initiative to transform its innovation creation processes by learning, understanding, and applying lean product development principles. Within five years, Goodyear saw its product development cycle times slashed by 70 percent, on-time delivery performance rise close to 100 percent, and throughput improve three-fold – all achieved with no increase in the R&D budget. Lean-Driven Innovation: Powering Product Development at The Goodyear Tire & Rubber Company describes in great detail how the Goodyear team was able to achieve such significant improvements. Revealing the ups and downs of this successful transformation, the book shares experiences of how this seismic change was managed, how people were engaged, and how Goodyear dramatically reinvigorated its product development and innovation processes—and, in the process, delivered substantial more value to customers and to the company. The book also explains how lean product development helped Goodyear dramatically improve revenue by having every new product available when the market needed it. Presenting wide-ranging perspectives from all levels of leadership, this book is ideal for anyone in R&D daring to take on a lean initiative in R&D or who is struggling with a lean transformation that is not delivering to its full potential. Since the book focuses on universal lean principles, it is as insightful to other manufacturing and nonmanufacturing disciplines in any industry as well. The book presents invaluable insights gained by the author during his 36 years within Goodyear, of which 10 have been directly involved in trying to develop, implement, and sustain lean to achieve the company’s business objectives. It distills ideas, practices, failures, and successes into key principles that lean product development practitioners can easily implement. After reading this book, you will gain a practical path for applying lean to the innovation processes of your organization, including where to begin and what to do, regardless of the industry and the status of your transformation. Watch Norbert Majerus discuss Lean-Driven Innovation at: https://youtu.be/yIlJEMJIcyA