Information management for through life product support: the curation of digital engineering data

2005 ◽  
Vol 1 (1) ◽  
pp. 26 ◽  
Author(s):  
Chris McMahon ◽  
Matt Giess ◽  
Steve Culley
Author(s):  
Zhiliang Qi ◽  
Christian Scha¨fer ◽  
Peter Klemm

The mechatronic engineering of assembly systems is a multidisciplinary engineering process. In each engineering discipline one or more engineering tools are applied to support the discipline-specific engineering tasks. These engineering tools manage the engineering data separately and in different formats. Reuse and consistency of these engineering data across the whole development process is a main problem in today’s mechatronic engineering of assembly systems. This paper presents an approach of an extensible multidisciplinary information system in order to manage and share the engineering data in the entire engineering of assembly systems.


Author(s):  
Steve Adam ◽  
James Sloan

With the decreasing cost and ever increasing availability of digital information, visits to the field are being minimized. This is particularly evident in remote areas or regions where land access is difficult. For example, the possibility of using preliminary route alignment sheets built from digital engineering data for an application to construct a pipeline could provide cost and schedule savings as well as safety advantages over staging a preliminary field survey. A desktop-based approach which uses existing project data may be a valuable alternative, deferring the legal survey until after (or during) construction of each spread.


Author(s):  
Steve Adam ◽  
Joseph T. Hlady

Engineering data is often collected for a single purpose and then lost, corrupted, duplicated, or simply not accessible to all who may want to use it. The value of data often goes beyond its purchase and the result of the intended purpose. Access, security, and further leveraging data are but a few advantages to keeping data safe and sharing it. Furthermore, the amount of data on any project or within an enterprise will continue to grow at an alarming rate, hence the need for shifting our perception of data from expenditure to asset. Using methods such as Net Present Value, Return on Asset, and pay back, this paper will illustrate how data can be viewed as an asset rather than an expenditure. These valuations are not intended as accounting strategies, merely methods to illustrate how data shows asset characteristics. Ultimately, when data is seen as an asset, it is treated as such and stored and maintained in an information management system.


2019 ◽  
Vol 153 ◽  
pp. 260-267
Author(s):  
Tom McDermott ◽  
Paul Collopy ◽  
Molly Nadolski ◽  
Christiaan Paredis

2004 ◽  
Vol 20 (5) ◽  
pp. 31-33

Few single issues present a more formidable impediment to effective innovation and rapid product development than the problem of effectively communicating and exchanging digital engineering data. Studies undertaken over the past decade, as CAD has become widespread, have repeatedly highlighted the enormous costs, time wasted, and mistakes made due to interoperability problems.


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