DocumentCode
2002881
Title
A sphenomorphic model for the management of the complex environment of a concurrent engineering programme
Author
Barclay, Ian ; Holroyd, Philip ; Taft, Jenny
Author_Institution
Liverpool Univ., UK
fYear
1993
fDate
17-18 Dec 1993
Firstpage
72
Lastpage
76
Abstract
Introduces a new model of the innovation management process as it applies to the complex environment of a concurrent engineering programme. By looking in detail at the process, the question “Can innovation be managed?” is addressed. Current ideas on managing complexity and chaotic systems are used to develop a recursive model which, from its wedge-like shape (with a narrowing area of emphasis from project start to deadline), is termed a “sphenomorph”. A hierarchical collection of sphenomorphs from many mini-projects combine to form the complete innovation process. Each sphenomorph comprises four distinct stages (diversity, decimation, development, dedication), each requiring a different management style for success. The need for adaptive managers, capable of dealing with all four stages of the innovation process, is considered, and methods are reviewed whereby such management characteristics may be identified and encouraged through appropriate training and development
Keywords
concurrent engineering; project engineering; project management; adaptive managers; chaotic systems; complex environment; concurrent engineering programme; decimation; dedication; development; diversity; emphasis area; hierarchical collection; innovation management process; management style; mini-projects; recursive model; sphenomorphs; training; Chaos; Concurrent engineering; Engineering management; Environmental management; Evolution (biology); Innovation management; Organizational aspects; Product development; Technological innovation; Transient response;
fLanguage
English
Publisher
ieee
Conference_Titel
Engineering Management Conference, 1993. Managing Projects in a Borderless World. Pre Conference Proceedings., 1993 IEEE International
Conference_Location
New Delhi
Print_ISBN
0-7803-1763-7
Type
conf
DOI
10.1109/IEMC.1993.316500
Filename
316500
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