Concurrent engineering (CE) is implemented through a variety of tools, which facilitate the key CE strategies of multi-disciplinary teamwork, concurrent parallel and integrated processes, and upfront consideration of lifecycle issues. Since this concept was first considered as a viable proposition integrating the construction process, various attempts have been made to develop enabling tools fo...

The construction industry has been moving towards concurrent engineering for many year practice, the degree of success achieved through the applicatio considerably. Organisational factors, especially with respect to information management method techniques, coupled with different levels of training and experience of personnel, pl limitations on the level of concurrency and collaborative work th...

Concurrent Class Machines are a novel state-machine model that directly captures a variety of object-oriented concepts, including classes and inheritance, objects and object creation, methods, method invocation and exceptions, multithreading and abstract collection types. The model can be understood as a precise definition of UML activity diagrams which, at the same time, offers an executable, ...

Engineering can be seen as a balancing act in which several partially of fully conflicting needs have to be satisfied with one single solution. Concurrent engineering (CE) is a philosophy that aims for better products by improving the different design processes inside the whole development process. This is achieved by emphasizing holistic thinking. In this thesis the most relevant terms and def...

This paper presents a knowledge engineering approach for the elicitation of know-how about engineering processes, the reuse of process patterns and its application to the coordination of concurrent engineering tasks. Process know-how is instrumental to govern engineering teams. Process know-how also leads to better process awareness, that is, pro-active services deliver related information at t...

Concurrency is unavoidable in modern software development, owing to the increasing complexity of computer systems and the widespread use of parallel computer hardware. Conventional approaches to concurrency are fraught with danger: in particular, uncontrolled access to shared resources, poor scalability and the inability of the programmer to reason about the correctness of a program. Process-or...

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The primary purpose of this paper is to develop a model to help determine optimal product/service, process and supply chain configurations in a concurrent fashion. For that purpose, a concurrent engineering framework and an optimization model that incorporate supply chain design and life cycle costing concepts are developed. In order to demonstrate and validate the proposed model, a numerical e...

In this paper, the idea of considering software architecture (SA) as a tool for the gradual introduction of Concurrent Engineering (CE) issues in the industrial area is explored. SAs are placed among the first steps in the development of a large software system. Using them following the principles of CE implies some requirements on the supporting infrastructure, that can be met by hyper-linked ...

Recent changes in the product creation process have shown reductions in design and manufacturing time and costs due to the introduction of new manufacturing philosophies, and computer based methods. Major improvements have also been found in the distribution phase by use of sophisticated logistic scheduling and monitoring systems. However reductions in delivery costs and times look set to be re...