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Uncertainty analysis and its application to service contracts

conference contribution
posted on 17.10.2012 by Melanie E. Kreye, Linda B. Newnes, Yee Goh
Because of the transformation of market structures into the direction of servitization, manufacturing companies are forced to compete through the supply of services as opposed to products. Competing for these service contracts, particularly during bidding, the decision makers face various uncertainties that influence their decisions. This paper presents a holistic approach for identifying, modeling and representing these uncertainties to enable a more informed decision. As current literature lacks a holistic approach to characterize uncertainty, this paper proposes such an approach by classifying uncertainty into five layers. It is described how they offer an integrated approach to describing the uncertainty inherent in a situation. This classification is then applied to the bidding situation for a service contract in the form of a conceptual framework. This framework depicts the influencing factors on a bidding decision, namely, the contract conditions, internal company perspective, competitors and customer. To demonstrate the use of the uncertainty classification in detail the influencing factor of the customer is used as an exemplar. The uncertainty connected to the customer is characterized and the techniques for modeling the uncertainty are described. It is explained how the can be included in a decision matrix representing the probability of winning the contract.

History

School

  • Mechanical, Electrical and Manufacturing Engineering

Citation

KREYE, M.E., NEWNES, L.B. and GOH, Y.M., 2011. Uncertainty analysis and its application to service contracts. IN: Proceedings of the ASME International Design Engineering Technical Conferences and Computers and Information in Engineering Conference--2011. Vol. 9 23rd international conference on design theory and methodology ; 16th design for manufacturing and the life cycle conference, 28th-31st August 2011, Washington, D.C., pp. 961 - 972

Publisher

© ASME

Version

AM (Accepted Manuscript)

Publication date

2011

Notes

This conference paper is closed access.

ISBN

9780791854860

Language

en

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