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Management of Project Risks and Uncertainties, Version 1.1

Publication No
RS6-8
Type
Research & Development Product
Publication Date
Apr 01, 2010
Pages
40
Research Team
RT-006f
DOCUMENT DETAILS
Abstract
Key Findings
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Abstract

Risk and uncertainty are inherent in all construction activities. They carry with them the potential for time, resource, and monetary loss. These risks are divided among the project participants in various ways depending upon contract format and language. The fixed-price construction contract places particularly heavy risk upon the contractor, while a reimbursable contract places it on the owner.

Identification and measurement of risks must be an included element of pre-bid planning by the contractor. Failure to do so is equivalent to overlooking direct work items included in the contract. Because there are so many risks whose consequences can occur in a nearly infinite number of combinations, it is essential that the contractor use a structured approach for their evaluation. A probabilistic approach is a practical one, and sophisticated commercial computer software programs are available to facilitate this analysis.

Accepting risk and providing contingency to cover it is only one form of risk control. Others include risk avoidance, risk sharing, risk reduction, risk transfer, insurance, and risk containment.

While every risk carries with it the potential for a loss, this loss is not assured and there may be a potential for gain. Thus, risk containment efforts must be directed toward both preventing losses and taking advantage of any gain potential.

Contingency accounts are applicable for both cost and schedule. It is recommended that these accounts be distributed over the life of the project, that the responsibility for their control be clearly established, and that their management be highly structured.

The Appendix presents an Example Risk Management Program that applies the methodology discussed in previous chapters.

Key Findings
Risk and uncertainty are inherent in all construction activities. They carry with them the potential for time, resource, and monetary loss. However, some uncertainties have the potential for gain. Management of uncertainty must consider the potential in both directions.
The term “risk management” often is applied to the duties of the staff that handles insurance matters for the company. However, risk management includes considerably more than insurance. Thus, the term “risk management” encompasses the full spectrum of activities associated with identification, measurement, and control of risk, the responsibilities for which may be spread throughout the company.

A risk management program should have three stages:

  1. Risk identification – including the cataloging of risks and analysis of future possibilities, whether the risk is known, unknown, or some combination
  2. Risk measurement – in terms of potential costs should a risk become an event (such as Monte Carlo)
  3. Risk control – including insurance, avoidance, transfer, and containment; contingency funds are discussed here (RS6-8,p. 4)
Pulling all of the pieces of risk management together may seem like a daunting task, but included in the material is an example program for your reference. The example includes project information, maps, and diagrams, with a discussion of possible risks and the approach you can take to manage the risks. (RS6-8, p. 24)
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Research Topic
Management of Project Risks and Uncertainties
Keywords
Risk Management, Risk Identification, Risk Control, Risk Measuerment, Risk Assessment, Monte Carlo, insurance, rt6