PMI-CP 2026 Exam Prep: Construction
Professional Practice Questions with Answer
Rationales Contracts | Planning | Cost Control |
Risk Management | Leadership | Project Delivery
Study Guide Review
SECTION 1: CONTRACTS MANAGEMENT — RISK AND RISK
PROCESS (Questions 1–25)
1. A project manager identifies an opportunity to accelerate the schedule by
using a newer construction method that has not been used by the organization
before. How should this positive risk be classified?
A. Threat
B. Opportunity
C. Issue
D. Constraint
Rationale: Positive risk is classified as an opportunity. The PMI-CP ECO
explicitly requires construction professionals to "recognize positive risk to improve
project outcomes." Opportunities should be exploited or enhanced, just as threats
should be avoided, transferred, or mitigated. Ignoring positive risk means leaving
value on the table.
2. During Front End Planning (FEP), a project team identifies 47 risks. The
project manager must prioritize them for management attention. Which
factor should drive prioritization?
A. The order in which risks were identified
B. Probability of occurrence multiplied by potential impact
C. The risk owner's seniority
D. The alphabetical order of risk categories
Rationale: Risk prioritization during Front End Planning should be driven by the
combination of probability and impact. This is a fundamental risk management
principle. The PMI-CP ECO specifically requires managing "risk prioritisation
,during Front End Planning." Risks with high probability and high impact demand
the most attention and resources.
3. What is the primary purpose of the Integrated Project Risk Assessment
(IPRA) tool?
A. To calculate the exact cost of every risk event
B. To systematically identify, assess, and prioritize risks across a construction
project using a structured framework
C. To replace the risk register entirely
D. To assign blame for past project failures
Rationale: The Integrated Project Risk Assessment (IPRA) is a structured tool for
identifying, assessing, and prioritizing risks across construction projects. The PMI-
CP ECO requires candidates to "use the Integrated Project Risk Assessment
(IPRA) tool to improve how risks are managed." It provides a comprehensive view
of project risk exposure.
4. A project manager is mobilizing a risk management framework at the
project outset. What should be established FIRST?
A. A detailed risk response plan for every identified risk
B. Risk management roles, responsibilities, and processes
C. A Monte Carlo simulation
D. The project schedule baseline
Rationale: Before detailed risk responses can be developed, the risk management
framework must establish who is responsible for risk management, how risks will
be identified and assessed, and what processes will be followed. The PMI-CP ECO
requires mobilizing a "risk management framework process at the project outset."
5. Which risk classification would BEST describe a risk that is inherent to the
type of construction work being performed, such as the risk of encountering
underground utilities?
A. External risk
B. Technical risk
C. Organizational risk
D. Project management risk
Rationale: Technical risks are those associated with the design, construction
methods, and physical conditions of the project. Encountering underground utilities
,is a technical risk inherent to the work. The PMI-CP ECO requires applying
"different risk classifications appropriately."
6. During a Monte Carlo simulation for a major infrastructure project, the
results show a P50 completion date of 18 months and a P80 completion date of
22 months. What does the P80 date represent?
A. The most likely completion date
B. The date by which there is an 80% probability of completion
C. The earliest possible completion date
D. The contractual completion date
Rationale: The P80 date represents the date by which there is an 80% probability
of completion. Monte Carlo simulations produce probability distributions for
schedule and cost outcomes. The PMI-CP ECO explicitly requires applying "risk
management tools and techniques like Monte Carlo simulations." The P80 date is
often used for setting contingency reserves.
7. A project manager is managing the risk process throughout the project
lifecycle. Which activity should occur at regular intervals?
A. Re-baselining the project schedule
B. Reviewing and updating the risk register
C. Replacing the risk management framework
D. Conducting a full IPRA from scratch
Rationale: Risk management is an ongoing process. The risk register should be
reviewed and updated regularly throughout the project lifecycle to reflect new
risks, changes in probability or impact, and the effectiveness of risk responses. The
PMI-CP ECO requires managing "the risk process throughout the project and gain
input from required stakeholders."
8. A contractor identifies a risk that they cannot control and that is caused by
external market conditions. What is the BEST risk response strategy?
A. Avoid
B. Mitigate
C. Transfer
D. Exploit
Rationale: When a risk is external and cannot be controlled, transferring it (e.g.,
through insurance or contractual provisions) is often the best strategy. For positive
, risks (opportunities), the response strategies are exploit, share, enhance, and
accept. The PMI-CP ECO requires identifying and evaluating "risks for better
allocation, avoidance, and management."
9. What is the primary purpose of a risk breakdown structure (RBS) in
construction projects?
A. To show the organizational hierarchy of the project team
B. To provide a hierarchical framework for categorizing and organizing
project risks
C. To replace the work breakdown structure (WBS)
D. To calculate the project's contingency reserve
Rationale: A risk breakdown structure (RBS) provides a hierarchical framework
for categorizing risks by source or category (e.g., technical, external,
organizational, project management). It helps ensure comprehensive risk
identification. The PMI-CP ECO requires applying "different risk classifications
appropriately."
10. A project team is assessing risk for a design-build project. Which risk is
MOST likely to be transferred to the contractor under this delivery method?
A. Owner's financing risk
B. Design errors and omissions
C. Force majeure events
D. Changes in law
Rationale: In a design-build delivery method, the contractor is responsible for
both design and construction. Therefore, design errors and omissions risk is
typically transferred to the contractor. The PMI-CP ECO requires recognizing how
"contract types and delivery methods selected impact the frequency of claims" and
risk allocation.
11. What does the term "risk appetite" refer to in construction project
management?
A. The total budget allocated for risk responses
B. The amount of risk an organization is willing to accept in pursuit of its
objectives
C. The number of risks identified in the risk register
D. The risk manager's personal tolerance for uncertainty
Professional Practice Questions with Answer
Rationales Contracts | Planning | Cost Control |
Risk Management | Leadership | Project Delivery
Study Guide Review
SECTION 1: CONTRACTS MANAGEMENT — RISK AND RISK
PROCESS (Questions 1–25)
1. A project manager identifies an opportunity to accelerate the schedule by
using a newer construction method that has not been used by the organization
before. How should this positive risk be classified?
A. Threat
B. Opportunity
C. Issue
D. Constraint
Rationale: Positive risk is classified as an opportunity. The PMI-CP ECO
explicitly requires construction professionals to "recognize positive risk to improve
project outcomes." Opportunities should be exploited or enhanced, just as threats
should be avoided, transferred, or mitigated. Ignoring positive risk means leaving
value on the table.
2. During Front End Planning (FEP), a project team identifies 47 risks. The
project manager must prioritize them for management attention. Which
factor should drive prioritization?
A. The order in which risks were identified
B. Probability of occurrence multiplied by potential impact
C. The risk owner's seniority
D. The alphabetical order of risk categories
Rationale: Risk prioritization during Front End Planning should be driven by the
combination of probability and impact. This is a fundamental risk management
principle. The PMI-CP ECO specifically requires managing "risk prioritisation
,during Front End Planning." Risks with high probability and high impact demand
the most attention and resources.
3. What is the primary purpose of the Integrated Project Risk Assessment
(IPRA) tool?
A. To calculate the exact cost of every risk event
B. To systematically identify, assess, and prioritize risks across a construction
project using a structured framework
C. To replace the risk register entirely
D. To assign blame for past project failures
Rationale: The Integrated Project Risk Assessment (IPRA) is a structured tool for
identifying, assessing, and prioritizing risks across construction projects. The PMI-
CP ECO requires candidates to "use the Integrated Project Risk Assessment
(IPRA) tool to improve how risks are managed." It provides a comprehensive view
of project risk exposure.
4. A project manager is mobilizing a risk management framework at the
project outset. What should be established FIRST?
A. A detailed risk response plan for every identified risk
B. Risk management roles, responsibilities, and processes
C. A Monte Carlo simulation
D. The project schedule baseline
Rationale: Before detailed risk responses can be developed, the risk management
framework must establish who is responsible for risk management, how risks will
be identified and assessed, and what processes will be followed. The PMI-CP ECO
requires mobilizing a "risk management framework process at the project outset."
5. Which risk classification would BEST describe a risk that is inherent to the
type of construction work being performed, such as the risk of encountering
underground utilities?
A. External risk
B. Technical risk
C. Organizational risk
D. Project management risk
Rationale: Technical risks are those associated with the design, construction
methods, and physical conditions of the project. Encountering underground utilities
,is a technical risk inherent to the work. The PMI-CP ECO requires applying
"different risk classifications appropriately."
6. During a Monte Carlo simulation for a major infrastructure project, the
results show a P50 completion date of 18 months and a P80 completion date of
22 months. What does the P80 date represent?
A. The most likely completion date
B. The date by which there is an 80% probability of completion
C. The earliest possible completion date
D. The contractual completion date
Rationale: The P80 date represents the date by which there is an 80% probability
of completion. Monte Carlo simulations produce probability distributions for
schedule and cost outcomes. The PMI-CP ECO explicitly requires applying "risk
management tools and techniques like Monte Carlo simulations." The P80 date is
often used for setting contingency reserves.
7. A project manager is managing the risk process throughout the project
lifecycle. Which activity should occur at regular intervals?
A. Re-baselining the project schedule
B. Reviewing and updating the risk register
C. Replacing the risk management framework
D. Conducting a full IPRA from scratch
Rationale: Risk management is an ongoing process. The risk register should be
reviewed and updated regularly throughout the project lifecycle to reflect new
risks, changes in probability or impact, and the effectiveness of risk responses. The
PMI-CP ECO requires managing "the risk process throughout the project and gain
input from required stakeholders."
8. A contractor identifies a risk that they cannot control and that is caused by
external market conditions. What is the BEST risk response strategy?
A. Avoid
B. Mitigate
C. Transfer
D. Exploit
Rationale: When a risk is external and cannot be controlled, transferring it (e.g.,
through insurance or contractual provisions) is often the best strategy. For positive
, risks (opportunities), the response strategies are exploit, share, enhance, and
accept. The PMI-CP ECO requires identifying and evaluating "risks for better
allocation, avoidance, and management."
9. What is the primary purpose of a risk breakdown structure (RBS) in
construction projects?
A. To show the organizational hierarchy of the project team
B. To provide a hierarchical framework for categorizing and organizing
project risks
C. To replace the work breakdown structure (WBS)
D. To calculate the project's contingency reserve
Rationale: A risk breakdown structure (RBS) provides a hierarchical framework
for categorizing risks by source or category (e.g., technical, external,
organizational, project management). It helps ensure comprehensive risk
identification. The PMI-CP ECO requires applying "different risk classifications
appropriately."
10. A project team is assessing risk for a design-build project. Which risk is
MOST likely to be transferred to the contractor under this delivery method?
A. Owner's financing risk
B. Design errors and omissions
C. Force majeure events
D. Changes in law
Rationale: In a design-build delivery method, the contractor is responsible for
both design and construction. Therefore, design errors and omissions risk is
typically transferred to the contractor. The PMI-CP ECO requires recognizing how
"contract types and delivery methods selected impact the frequency of claims" and
risk allocation.
11. What does the term "risk appetite" refer to in construction project
management?
A. The total budget allocated for risk responses
B. The amount of risk an organization is willing to accept in pursuit of its
objectives
C. The number of risks identified in the risk register
D. The risk manager's personal tolerance for uncertainty
