DocumentCode
1204121
Title
Component sharing in complex products and systems: challenges, solutions, and practical implications
Author
Oshri, Ilan ; Newell, Sue
Author_Institution
Dept. of Strategic & Bus. Environ., Erasmus Univ. Rotterdam, Netherlands
Volume
52
Issue
4
fYear
2005
Firstpage
509
Lastpage
521
Abstract
In this paper, we explore whether a multiproject management approach is helpful in complex products and systems (CoPS) environments. CoPS are high cost, engineering-intensive products and systems, tailor-made according to client´s specifications. The focus of this paper is on the possibilities for sharing components between projects in CoPS multiproject environments. Component sharing is the process through which technological components and platforms are transferred and shared between projects. The vast majority of evidence about component sharing is based on empirical research in mass-producing companies. Little has been reported in the CoPS literature about similar processes. To contribute to this gap, this paper discusses challenges faced and solutions applied by a supplier of CoPS, an aerospace company, when attempting to share components between projects in its multiproject environment. Three main areas are examined that facilitate sharing between projects given the unique strategic context of CoPS: coordination and communication mechanisms that facilitate linkages across projects; knowledge transfer mechanisms; and an organizational form that centralizes some of the development activities. This paper concludes by offering managers and engineers a set of tools to consider component sharing in a CoPS environment.
Keywords
aerospace industry; knowledge management; mass production; organisational aspects; project management; research and development management; CoPS; R&D management; aerospace company; clients specifications; communication mechanisms; complex products; complex systems; component sharing; coordination mechanisms; empirical research; engineering-intensive products; knowledge transfer mechanisms; mass-producing companies; multiproject management approach; organizational activities; Context; Costs; Couplings; Engineering management; Environmental management; Knowledge transfer; Production; Research and development; Research and development management; Systems engineering and theory; Complex products and systems (CoPS); R&D management; component sharing;
fLanguage
English
Journal_Title
Engineering Management, IEEE Transactions on
Publisher
ieee
ISSN
0018-9391
Type
jour
DOI
10.1109/TEM.2005.857568
Filename
1522703
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