Tag Archives: Probability

Decision Cost Model for Contractor Selection

Authors: Victor J. Apodaca and Peter C. Anselmo

Applying decision cost analysis provides the U.S. Government an alternative to the existing process for selecting construction contractors. The Decision Cost Model (DCM) proposed in this article evaluates each prospective contractor against computed cost factors and uses the contractor’s cost estimates to compute the total expected cost for construction projects. The DCM can be used with any number of contractors and with any number of construction division categories.

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Enhancing Cost Realism through Risk-Driven Contracting: Designing Incentive Fees Based on Probabilistic Cost Estimates

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Authors: Maj Sean P. Dorey, USAF, Josef Oehmen, and Ricardo Valerdi

A risk-driven contract structure is proposed to enhance the cost realism of competitive proposals for the Engineering and Manufacturing Development (EMD) phase of the acquisition life cycle. The authors employ an economic theory framework to discuss how cost-plus contracts typically used during this phase have inadvertently reinforced the sources of contractor and government optimism bias. By mapping probabilistic cost estimates to profit distributions, risk-driven contracts offer a structured method to expose contractors to more cost risk during EMD. Holding contractors accountable for their cost estimates and cost performance should enhance the realism of cost proposals, limit the government’s ability to commit to too many programs, and reduce the cost growth that continues to plague the defense acquisition system.

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