A Quantitative Risk Assessment (QRA) expresses the impact of risk on a project in numerical terms to provide a probabilistic measure of the risks that a project is exposed to. The aim of a QRA is to determine time and cost values that represent risk. Such information is frequently used to determine the cost and time contingencies of the project, which provide more accurate information for risk management and planning purposes. As a QRA quantifies the impact of risks on the project cost estimate and schedule, it's therefore preferred over qualitative methods that express risk narratively or through qualitative rankings.
QRA’s are ideal for clients who seek to understand the degree of certainty of time and cost parameters associated with a project, program, or even portfolio. Risks that are formulated through the qualitative risk analysis process can often not be completely mitigated, and risks involving uncertainty of accuracy of estimates always retain a degree of uncertainty. A QRA enables decision-makers to make informed decisions, commensurate with their risk appetite, about the probability of achieving cost and time objectives.
In a Quantitative Risk Assessment (QRA) we use mathematical and statistical models to quantify the drivers of variations in costs and time estimates.
Our methodology includes risk quantification in the:
• Capital Estimate
• Project Schedule
• Project`s Financial Parameters
Five sources of risk that are analysed in a QRA:
• Level of Project Definition
• Estimate Accuracy
• Project-Specific Risks
• Economic Risks
• Systemic Risks
A QRA typically considers cost estimates for both capital and operational expenditure, i.e. capital expenditure and operating expenditure; as well as time estimates as expressed in the project schedule.
Capital Expenditure Estimate: The QRA informs the cost contingency that should be provided to cater for uncertainty to the likelihood of completing the project within a certain budget.
Time Estimate: The QRA informs the schedule contingency that should be provided to cater for uncertainty to the likelihood of completing the project within a certain timeframe.
Operating Expenditure Estimate: The QRA determines the contingency that should be provided to cater for uncertainty to the likelihood of operating the project’s product within a certain budget.
QRA’s are ideal for clients who seek to understand the degree of certainty of time and cost parameters associated with a project, program, or even portfolio. Risks that are formulated through the qualitative risk analysis process can often not be completely mitigated, and risks involving uncertainty of accuracy of estimates always retain a degree of uncertainty. A QRA enables decision-makers to make informed decisions, commensurate with their risk appetite, about the probability of achieving cost and time objectives.
In a Quantitative Risk Assessment (QRA) we use mathematical and statistical models to quantify the drivers of variations in costs and time estimates.
Our methodology includes risk quantification in the:
• Capital Estimate
• Project Schedule
• Project`s Financial Parameters
Five sources of risk that are analysed in a QRA:
• Level of Project Definition
• Estimate Accuracy
• Project-Specific Risks
• Economic Risks
• Systemic Risks
A QRA typically considers cost estimates for both capital and operational expenditure, i.e. capital expenditure and operating expenditure; as well as time estimates as expressed in the project schedule.
Capital Expenditure Estimate: The QRA informs the cost contingency that should be provided to cater for uncertainty to the likelihood of completing the project within a certain budget.
Time Estimate: The QRA informs the schedule contingency that should be provided to cater for uncertainty to the likelihood of completing the project within a certain timeframe.
Operating Expenditure Estimate: The QRA determines the contingency that should be provided to cater for uncertainty to the likelihood of operating the project’s product within a certain budget.
Inputs to the QRA are; the project risk register, the capital expenditure and operating expenditure estimates, the project schedule, and the project’s Work Breakdown Structure (WBS).
The primary output is a QRA report, which could, in turn, necessitate another iteration of the process, including refined QRA input parameters.
At the end of the QRA process, the results are applied to the project business case to confirm that the project is still viable if the agreed contingencies are applied.
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