Industrial Engineering (EPT 281/3)

The Spanish Conference of Industrial Engineering /Ingeniería de Organización Industrial (CIO) is an annual meeting promoted by Asociación para el Desarrollo de la Ingeniería de Organización/ Industrial Engineers Association (ADINGOR). The aim of CIO is to establish a forum for the open and free exchange of ideas, opinions and academic experiences about research, technology transfer or successful business experiences in the field of Industrial Engineering. The Scientific Committee is composed by 68 international referees and we foresee the attendance of some 200 people from more than 15 countries and following the rotation of venue and organization between various Spanish universities, the 2011 Conference will be the fifteenth National Conference and the fifth International Conference in Cartagena.  During three days the 2011 Conference will include the participation of European and other foreign countries researchers and practitioners that will presenting communications, reproduced in this volume, on a range of topics including:Production and Operations Business Management Supply Chain Management Economic environment Technological and Organizational Innovation andManagement  and Innovation in Education  The Conference on Industrial Engineering (CIO) and its proceedings are an excellent platform for the dissemination of the outputs of the scientific projects developed in the frame of the European, national or regional Research and Development plans.

Engineering Ethics is the application of philosophical and moral systems to the proper judgment and behavior by engineers in conducting their work, including the products and systems they design and the consulting services they provide. In light of the work environment that inspired the new Sarbanes/Oxley federal legislation on "whistle-blowing" protections, a clear understanding of Engineering Ethics is needed like never before. Beginning with a concise overview of various approaches to engineering ethics, the real heart of the book will be some 13 detailed case studies, delving into the history behind each one, the official outcome and the "real story" behind what happened. Using a consistent format and organization for each one-giving background, historical summary, news media effects, outcome and interpretation--these case histories will be used to clearly illustrate the ethics issues at play and what should or should not have been done by the engineers, scientists and managers involved in each instance.

Engineering Asset Management Review focuses on life cycle management of the physical assets required by a private or public firm for the purpose of making products and/or for providing services in a manner that satisfies various business performance rationales. In exploring the wide ranging issues involved in the management of engineered assets that constitute our built environment, this book takes a broad view of the inter- and multi-disciplinary approach which combines science, engineering, and technology principles with human behavior and business practice.The purpose of Engineering Asset Management Review is to publish research and opinions which explore strategic and tactical issues, as well as technical data and information. It also examines the issues involved in the creation (formulation and design), acquisition (procurement, installation, and commissioning), maintenance, operation, decommissioning, disposal, and/or rehabilitation of physical assets. The range of articles covers all industry sectors and physical asset types (infrastructure, plant, equipment and facilities).The aim of this volume is to provide a forum for1. the assembly of a body of knowledge in the emerging field of engineering asset management;2. knowledge transfer between researchers, scholars and practitioners;3. cross-disciplinary interaction between engineers, technologists, economists, environmental practitioners, behavioral scientists, and business managers; and4. the presentation of a wide spectrum of viewpoints and approaches from designers, developers, project managers, owners, operators, users, and vendors.

Industrial Engineering (IE) is concerned with the design, improvement, and installation of integrated systems of people, material, equipment, and energy. Industrial engineers face many problems with incomplete and vague information in these systems since the characteristics of these problems often require this kind of information. Fuzzy sets approaches are usually most appropriate when human evaluations and the modeling of human knowledge are needed. IE brings a significant number of applications of fuzzy set theory. After an introductory chapter explaining the recent status of fuzzy sets in IE, this volume involves application chapters on the major seven areas of IE to which fuzzy set theory can contribute. These major application areas are Control and Reliability, Engineering Economics and Investment Analysis, Group and Multi-criteria Decision-making, Human Factors Engineering and Ergonomics, Manufacturing Systems and Technology Management, Optimization Techniques, and Statistical Decision-making. Under these major areas, every chapter includes didactic numerical applications. The authors Among many authors in this book, some examples are H.-J. Zimmermann, Janusz Kacprzyk, Hideo Tanaka, Waldemar Karwowski, F. Herrera, C. Kolski, P. Paul Wang, E. Herrera-Viedma, Hung T. Nguyen, Vladik Kreinovich, Jose L. Verdegay, Tomoe Entani, Nikos Tsourveloudis, F. Jimenez.

Engineers and scientists often need to sell an innovative idea for a new product to top management. Those who occupy product planning positions also need to be constantly scanning ideas for improving value. The engineer as product planner must learn to think like its major competitor using customer value as a guide. This book provides essential support for engineers and scientists who are required to make realistic business cases for new product concepts.

Engineering Contracts is intended for those who wish to acquire skills in drafting, negotiating and working with commercial and engineering contracts. It aims to bring a different approach to the subject; combining the traditional legal perspective of the law of contract with the needs of the commercial manager or engineer who is seeking solutions to technical and commercial problems. The context within which these matters are examined is as wide as possible; for the purposes of illustration cases are drawn from the fields of mechanical, electrical, chemical, electronic and civil engineering, as well as from construction and building contracts. In many cases the important points are common to all disciplines, for instance the importance of ensuring that what has been specified is what is delivered by a supplier, and that any such delivery or indeed any event critical to the timely conclusion of a project takes place when arranged. There is advice on how to the concepts broached relate to real-life requirements and the reader will benefit from the helpful 'Legal Questions Answered' section that is included in most chapters. In addition there is a summary guide to drafting an engineering contract, a section on the relevant statutes and other legislation in force, and a list of the engineering institutions and their standard forms of contract. Case-studies of genuine and practical origin from the author's wide-ranging experience in industrial practice complete this comprehensive treatment of the subject matter.

This volume features the proceedings of the 14th ISPE Conference on Concurrent Engineering, held in Sao Jose dos Campos, Sao Paulo, Brazil, on the 16th 20th of July 2007. It highlights the application of concurrent engineering to the development of complex systems.

This volume contains contributions from prominent researchers who participated in the 2007 IAENG International Conference on Operations Research. Topics covered include quality management systems, reliability and quality control, engineering experimental design, computer supported collaborative engineering, human factors and ergonomics, computer aided manufacturing, manufacturing processes and methods, engineering management and leadership, optimization, transportation network design, stochastics modelling, queueing theory, and industrial applications. The book offers the states of arts of tremendous advances in communication systems and electrical engineering and also serve as an excellent reference work for researchers and graduate students working with/on industrial engineering and operations research.

From the automotive industry to the semiconductor industry, manufacturers are suffering from an overabundance of automation methods that they cannot fully comprehend or afford, and glamorous leadership techniques that are simply not sustainable. In this respect, management has lost its way. Beyond World-Class Productivity shows why a return to traditional tools and the power of people can help companies meet today’s challenges in the manufacturing sector.Beyond World-Class Productivity gives readers a balance of essential information, theory and case studies. Readers can expect to gain new insights into engineering approaches to productivity, profitability and real or non-real gain, including:• useful tools for industrial engineering• effectiveness in unit labor costs;• feasibility studies• work simplification; and• developing mind innovation.Practical examples and their accompanying commentary come from the author’s 40 years of real-world experience on the shop floor and in the boardroom. Figures are also provided to illustrate actual productivity results from real companies.Both managers and engineers can appreciate Beyond World-Class Productivity as an enlightening guide to the improvement of productivity and profitability within the manufacturing sector.