Construction Risk Management

The risk process on construction and built environment projects: positive risk, risk classifications, identification and allocation, prioritization during Front End Planning, and the risk tools (IPRA, Monte Carlo simulation, probabilistic techniques, risk registers) and the framework mobilized at the outset.

5 minutes 5 Questions

In the PMI Construction Professional (PMI-CP) certification, Construction Risk Management is a core competency. It covers how professionals in the built environment identify, analyze, respond to, and control uncertainties that could affect a project's safety, cost, schedule, quality, and stakeholde…

Concepts covered
Risk Classifications in Built Environment ProjectsFront End Planning and Project DefinitionRisk Evaluation and AllocationRisk Prioritization During Front End PlanningThe Risk Process Across the Project Life CycleMonte Carlo Simulation for Cost and Schedule RiskRisk Lessons Learned and Historical DataRisk Monitoring and ReassessmentQuantitative Risk Analysis and Cost RangesRisk Breakdown Structure for ConstructionRisk Identification Techniques for ConstructionStakeholder Input to the Risk ProcessIPRA Elements and Assessment SessionsSelecting Risk Tools by Project ComplexityContingency and Reserves for Construction RiskProbabilistic Risk Analysis TechniquesRisk Response Strategies in ConstructionThe Integrated Project Risk Assessment (IPRA) ToolPositive Risk and Opportunity in ConstructionRisk Ownership and AccountabilityQualitative Probability and Impact AssessmentRisk Workshops and Expert ElicitationRisk Register Structure and MaintenanceMobilizing a Risk Management Framework at the Outset
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PMI-CP - Construction Risk Management Example Questions

Test your knowledge of Construction Risk Management

Question 1

During Front End Planning for a port terminal expansion, the prioritized register ranks three top threats: a delayed environmental permit from the authority, unforeseen contaminated dredge material, and steel price escalation. The sponsor wants all three moved to the design-build contractor through the contract to protect the owner's budget. Tender documents are being drafted now. What should the project manager do NEXT?

Correct Answer: Match each top-ranked threat to the party best able to control it before drafting the tender risk clauses

Risk should be allocated to the party best able to control or manage it, so the project manager must assess each threat before the tender clauses lock in the allocation. The permit delay sits with the owner and the authority, contaminated material is an unknown site condition the owner is better placed to investigate, and steel escalation may suit sharing or an index clause.
Transferring everything to the contractor adds large risk premiums and invites claims for risks the contractor cannot control. Monte Carlo sizing of contingency comes later and skips the allocation decision. Waiting for kickoff is too late, because the tender documents are being drafted now.
Key concept: contractual risk allocation to the party best able to manage the risk.

Question 2

On a construction management at risk project, the owner sets construction contingency at the expected monetary value of the risk register. The register's threats total $900,000 of expected value. A new opportunity has been logged: prefabricating the plant room would save $400,000, and there is a 50% probability that a fabrication slot is secured. The slot decision comes in eight weeks. How should the project manager set the contingency now?

Correct Answer: Set contingency at $700,000 and revisit it when the slot decision is made

Expected monetary value nets opportunities against threats: $900,000 minus (50% of $400,000) gives $700,000. Because the risk register is a living document, the contingency should be revisited when the slot decision resolves the uncertainty in eight weeks.
Setting $500,000 treats a 50% opportunity as certain and ignores probability. Holding $900,000 ignores the opportunity's expected value, which the owner's EMV method requires. Fixing $700,000 for the whole project ignores that the reserve must change once the outcome is known: $500,000 if the slot is secured, $900,000 if it is lost.
Key concept: EMV-based contingency nets opportunities against threats and is reassessed as risks resolve.

Question 3

At mobilization of a design-build hospital wing, the project manager is planning the first risk identification workshop. The sponsor suggests limiting attendance to the owner's internal team so the risk register can be drafted faster. The design-build contract assigns design development and construction methods to the design-builder. Which approach BEST supports a sound risk management framework at this stage?

Correct Answer: Invite the designer, contractor, key trade partners and facility users to identify risks jointly

Inviting the designer, contractor, key trade partners and facility users to identify risks jointly is best. The design-builder owns design development and construction methods, so the parties who hold and can manage those risks must help identify them from the start.
Holding an owner-only session and sending the draft register for written comment treats the contractor as a reviewer rather than a co-identifier, so key risks get missed. Inviting the designer and contractor only after ranking and allocation makes their input meaningless because decisions are already fixed. Adding contractor risks at the first monthly review delays critical identification and leaves the framework incomplete at mobilization.
Key concept: collaborative, stakeholder-inclusive risk identification aligned with contractual risk ownership.

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