Every product development professional should have a copy of this book because it covers the entire spectrum of the product design process. In particular, it emphasizes that a total design approach--in all its complexity--is absolutely essential for consistent success in product development.

Based around a core of design activities, this book presents the design function as a systematic and disciplined process, the objective of which is to create innovative products that satisfy customer needs. The author is widely regarded as a foremost authority on an integrated approach to product engineering. Highly suitable for all students in engineering, industrial design, architecture and computer science, as well as for the professional engineer and designer who will find in it a very useful framework to assist their design practice.

Efficient design management solutions for today's new challenges Design Management: Process and Information Issues is a collection of papers presented at the 13th International Conference on Engineering Design in Glasgow, Scotland. One of four volumes, this book highlights the newest developments in design management and the solutions that facilitate innovation. Focused on common challenges within the design process, these papers provide insight gleaned from current and ongoing work to help design and engineering teams meet the increasing demands of the modern product development environment.

Effective Inquiry for Innovative Engineering Design presents empirical evidence for this claim. It demonstrates a unique attribute of design thinking by identifying and characterizing a class of questions called "Generative Design Questions". These questions are frequently asked by designers in dialog. Their use constitutes a fundamental cognitive mechanism in design thinking. Their discovery stems from another finding of the work: a conceptual duality between questions and decisions that is engraved deep within the design process. This duality challenges a view that treats designing as decision making. Decisions form the tip of the iceberg; Questions keep it afloat: Can an effective decision making process be performed without having high quality information? Can high quality information be acquired and generated without performing an effective inquiry process? The answer to both questions is no, and underscores the importance of our quest to better understand the role of inquiry in design.

Increasing pressures to produce new products faster and cheaper are resulting in huge efforts to streamline and restructure the traditional new product development (NPD) process. The purpose of the book is to describe, assess and apply the latest constructs, methods, techniques and processes to enable managers, professionals, and practitioners to be more effective in designing, developing and commercializing new products and services. It provides guidance and support in formulating and executing NPD programs for business practitioners and MBA students. The book is written from an Integrated Product Development (IPD) perspective, linking all aspects of marketing, costing and manufacturing into the development process even before the first prototype is built. It covers the advanced tools necessary to achieve this such as virtual prototyping and fully integrated business systems, and explains the changes needed to organizational structure and thinking.

"Product and process design - driving sustainable innovation" is the 2nd edition of a comprehensive textbook for product and process design courses at BSc, MSc, EngD, and PhD level. It covers both heuristics based design methods as well as systems engineering approaches. It contains specific methods to co-design products and processes, so that both designs are better than when these designs are made separately. This integrated combination makes the book unique. For making designs that contribute to the Sustainable Development Goals of the United Nations specific methods are provided for the People, Planet, and Prosperity dimensions. This second edition of the book includes examples and exercises for each design method, which makes it very suitable for teaching purposes. The book is furthermore of interest to industrial process and product developers for many industry branches as it provides methods for design, modelling, and experimental validation for each innovation stage. It is also very useful for R&D managers as it provides guidelines for essential activities in each innovation stage (discovery, concept, feasibility, development, detailed engineering), leading to successful implementations of new processes and new products.

The renowned interior designer explains how to transform one's inner sanctum into a personal space that both soothes the soul and nourishes the senses.

Both engineering and human living take place in a messy world, one chock full of unknowns and contingencies. "Design reasoning" is the way engineers cope with real-world contingency. Because of the messiness, books about engineering design cannot have "ideal solutions" printed in the back in the same way that mathematics textbooks can. Design reasoning does not produce a single, ideally correct answer to a given problem but rather generates a wide variety of rival solutions that vie against each other for their relative level of "satisfactoriness." A reasoning process analogous to design is needed in ethics. Since the realm of interpersonal relations is itself a fluid and highly contingent real-world affair, design reasoning offers the promise of a useful paradigm for ethical reasoning. This volume undertakes two tasks. First, it employs design reasoning to illustrate how technological artifacts can be assessed for their inherent moral properties. Second, it uses the design paradigm as a means for bringing engineering ethics into conversation with Christian theology in order to show how each can be for the other a catalyst for the revolutionary task of living by design.

This book covers the emerging and important topics related to production and operations management in a systematic way. It covers not only the essentials of planning, designing, managing and controlling of manufacturing operations, but also a number of relevant topics such as total preventive maintenance, environmental issues in production system, advanced production system, total productivity management and work system design, which are not covered in many books. The book is a useful resource for undergraduate and postgraduate students of MBA programmes, as well as B.Tech and M.Tech programmes of production and industrial engineering. Key Features • Theories and concepts based on day-to-day practical applications in the industry • Large number of solved examples to explain the theoretical concepts • Case study at the end of each chapter to illustrate the theory • Brings out the link between linear programming and its applications

It is specially designed to suit the latest syllabi of courses on Production/Operations Management offered by various universities to the undergraduate students of Mechanical Engineering, Production Engineering and Industrial Engineering as well as students of Master of Business Administration (MBA) specializing in Production and Operations Management stream. The book offers a balanced coverage of the fundamental principles of managing operations and the quantitative techniques used to support the functions of operations management. There are many worked-out examples in each chapter to enable students to comprehend the quantitative material of the book. The text is divided into two parts. Techniques of operations research such as linear programming, transportation assignment models, dynamic optimization and waiting line models are discussed in Part I. Some generic classes with functions for array and matrix manipulation, analysis of queuing models and evaluation of probability for some standard distributions have been defined and used throughout for writing programs for diverse managerial applications. Part II is devoted to a detailed discussion of management functions such as Product Design and Development, Forecasting, Capacity Analysis, Plant Layout, Assembly Line Balancing, Inventory Control, Materials Requirement Planning, Production Scheduling, Quality Control, Total Quality Management, Just in Time (JIT), Supply Chain Management, Maintenance Management and Six Sigma. Small computer programs have been given wherever required for solving practical problems. The functions developed in generic base classes have been used to take advantage of source code reusability offered by Object Oriented Programming (C++).