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This book constitutes the refereed proceedings of the IFIP TC 5 International Conference on Digital Product and Process Development Systems, NEW PROLAMAT 2013, held in Dresden, Germany, in October 2013. The conference succeeds the International Conference on Programming Languages for Machine Tools, PROLAMAT 2006, held in Shanghai, China in 2006. In order to demonstrate the new orientation toward IT innovations, the acronym PROLAMAT has been changed into NEW PROLAMAT and is now interpreted as Project Research on Leading-Edge Applications and Methods for Applied Technology. The 42 revised papers were carefully reviewed and selected for inclusion in the volume. They have been organized in the following topical sections: digital product and process development; additive manufacturing; quality management; standardization and knowledge management developments; and simulation of procedures and processes.
"This book covers a wide range of digital product management issues and offers some insight into real-world practice and research findings on the technical, operational, and strategic challenges that face digital product managers and researchers now and in the next several decades"--Provided by publisher.
The phenomenal success of integrated product and process development (IPPD) at such companies as Boeing, Motorola, and Hewlett-Packard has led many manufacturers to place renewed emphasis on this critical aspect of concurrent engineering. If you are among those charged with the daunting task of implementing, upgrading, or maintaining IPPD, you need a single reference/handbook that covers all of the tools, technologies, and applications that support IPPD. You need Integrated Product and Process Development. Emphasizing applications, this extremely user-friendly guide covers everything from basic principles to cutting-edge research. It addresses ideas and methods in product design as well as issues related to process design and manufacturing. Case studies illustrate the application of various tools and techniques of IPPD in manufacturing for the defense industry, making the most of product planning, applications of quality function deployment (QFD), the effective use of design optimization, and integrating design and process planning. Other topics covered include: Identifying customer needs using QFD. Issues and constraints in time-driven product development. Enhancing automated design systems with functional design. Rapid prototyping. Case-based process planning systems
Offers information on applying the principles of product management to the development of Web sites and applications.
This essay sheds light on what is the product development process, identifies the stages of the product development process, explicates the benefits of companies developing new products, and demystifies the problems with companies not developing new products. Succinctly stated, the product development process refers to all of the stages of the product development process which commences with the idea generation stage and ends with the commercialization stage. The product development process is inclusive of all the stages that the product goes through from its inception in the chasms of the human mind as a product concept to its release in retail stores. The product development process can vary from product to product. The product development process is a far less long-winded process for simple digital products and is a significantly more long-winded process for intricate tangible products. Even though not every product has to go through all the stages of the product development process to be released in the market, such as a song being released in the market for commercial purpose after it has been developed without it having received feedback from stakeholders before it was released in the market, most tangible products however go through a long-winded product development process. It is easier to release a digital product, such as a digital course, digital song, or mobile application, then it is to release a tangible product. This is because there are typically no upfront costs associated with releasing digital products on digital distribution platforms. If you do not own a digital distribution platform and if your digital products earn product unit sales on a digital distribution platform, then you will typically need to be pay the company who owns the digital distribution platform a percentage of the sales revenue that was generated on its digital distribution platform from your product unit sales. It is an extraordinarily lucrative business model to own a digital distribution platform since it allows the company who owns the digital distribution platform to reap a percentage of the sales revenue every time digital products generate product unit sales on its digital distribution platform. Since the company who owns the digital distribution platform did not develop the digital products that are available for sale on its digital distribution platform, it is able to have an exorbitant amount of product offerings available for sale on its digital distribution platform without even having to had expended research and development dollars to be able to do so. Since entrepreneurs develop the products that are available for sale on digital distribution platforms, entrepreneurs incur the product development costs to be able to bring their products to fruition. It can take a tremendous amount of time and capital to develop products. Companies who own a digital distribution platform have a vast variety of product offerings on their digital distribution platform and are able to not only reap a percentage of the sales revenue every time digital products that they did not develop sell on their digital distribution platform, but are also able to sell these products without having to had expended capital to develop these digital products. In stark contrast to retailers who own brick-and-mortar retail stores and who have enormous inventory carrying costs, companies who own a digital distribution platform do not have any inventory carrying costs since their product offerings are digital products. It is significantly easier to develop digital products and expeditiously commercialize them than it is to develop tangible products and release them in the market at retail brick-and-mortar retail stores. Copies of digital products can easily be distributed to customers via a digital distribution platform and are summarily accessible on their devices after the customers order them. On the other hand, copies of tangible products need to be manufactured and subsequently shipped out to customers so that orders for tangible products can be fulfilled. It is time-consuming for products to go through the ample stages of the product development process. The product development process commences with ideation with the product being relegated to the form of a product concept in the bowels of the human mind. The product development process ends with a product launch in which the product is released in the market. The product development process sheds light on how a product is developed.
A thorough treatment of product and systems development interms of value to all stakeholders Product and Systems Development compiles more than twentyyears of research and practice from a value perspective, fromvision and marketing to design, manufacturing, delivery,operations, and maintenance. It defines stakeholder value andidentifies specific stakeholders in the product and systemdevelopment process; covers best practices in development; andexamines systems engineering, current industry views, and the lifecycle of a value stream. Featuring appendices written by professionals in the field ontopics such as Design Structure Matrices, Lean Enablers for systemsengineering, and MDAO and simulations, this indispensableguide: Explains why stakeholders' values can hold the key tofulfillment or defeat of the developer's vision Emphasizes the succession of value-contributing practices andtools that form a framework for development success Integrates the technical, productivity, and customer/end-userelements in product and system development Uses more than 100 tables and figures to illustrate the aboveprocesses, as well as corollary elements of risk, failure analysis,and fault-tolerant design Includes numerous case studies and links to onlinematerial Product and Systems Development is an excellentcoursebook for senior and graduate students in aerospace,mechanical, civil, electrical, and material engineering, as well asmanagement science and engineering. It is also a useful referencefor practicing engineers in a variety of technology-basedindustries.
"The P-51 Mustang—perhaps the finest piston engine fighter ever built—was designed and put into flight in just a few months. Specifications were finalized on March 15, 1940; the airfoil prototype was complete on September 9; and the aircraft made its maiden flight on October 26. Now that is a lean development process!" —Allen Ward and Durward Sobek, commenting on the development of the P-51 Mustang and its exemplary use of trade-off curves. Shingo Research and Professional Publication Award recipient, 2008 Despite attempts to interpret and apply lean product development techniques, companies still struggle with design quality problems, long lead times, and high development costs. To be successful, lean product development must go beyond techniques, technologies, conventional concurrent engineering methods, standardized engineering work, and heavyweight project managers. Allen Ward showed the way. In a truly groundbreaking first edition of Lean Product and Process Development, Ward delivered -- with passion and penetrating insights that cannot be found elsewhere -- a comprehensive view of lean principles for developing and sustaining product and process development. In the second edition, Durward Sobek, professor of Mechanical and Industrial Engineering at Montana State University—and one of Ward’s premier students—edits and reorganizes the original text to make it more accessible and actionable. This new edition builds on the first one by: Adding five in-depth and inspiring case studies. Including insightful new examples and illustrations. Updating concepts and tools based on recent developments in product development. Expanding the discussion around the critical concept of set-based concurrent engineering. Adding a more detailed table of contents and an index to make the book more accessible and user-friendly. The True Purpose of Product Development Ward’s core thesis is that the very aim of the product development process is to create profitable operational value streams, and that the key to doing so predictably, efficiently, and effectively is to create useable knowledge. Creating useable knowledge requires learning, so Ward also creates a basic learning model for development. But Ward not only describes the technical tools needed to make lean product and process development actually work. He also delineates the management system, management behaviors, and mental models needed. In this breakthrough text, Ward: Asks fundamental questions about the purpose and “value added” in product development so you gain a crystal clear understanding of essential issues. Shows you how to find the most common forms of “knowledge waste” that plagues product development. Identifies four “cornerstones” of lean product development gleaned from the practices of successful companies like Toyota and its partners, and explains how they differ from conventional practices. Gives you specific, practical recommendations for establishing your own lean development processes. Melds observations of effective teamwork from his military background, engineering fundamentals from his education and personal experience, design methodology from his research, and theories about management and learning from his study of history and experiences with customers. Changes your thinking forever about product development.
Innovating in Product/Process Development demonstrates how to achieve true innovation in product development, and how to launch a new product in the quickest and cheapest way. The new approach to product development proposed in this book is based on the most recent research in the field. It suggests the integration of several tools that are currently only used independently, with the aim of stimulating the creation of innovative ideas in general, and specifically in the areas of product/process improvements and problem solving. Innovating in Product/Process Development explores different aspects of innovation processes in twenty-first century industry from a global economic perspective. It presents in detail several approaches to support these processes, from ICT-based systems to collaborative working environments, all of which will be of interest to MBA or advanced students; researchers; and design teams charged with the creation of new product lines.
The aim of this volume is to highlight a selection of important current research topics in the field of digital technology and management, illustrating the variety of aspects which have to be considered in the development and application of digital technologies. Topics covered in the book include the design of the innovation process, digital rights management, mobile, location-based and ubiquitous services, IT service management and future communication networks.
Argues that a company's capability to conceive and design quality prototypes and bring a variety of products to market more quickly than its competitors is increasingly the focal point of competition. The authors present principles for developing speed and efficiency.