2026 PMI-CP Study Guide: Construction Professional —
Questions with Answer Explanations Construction
Contracts | Project Controls | Planning | Safety | Leadership |
Stakeholder Management Review
SECTION 1: CONTRACTS MANAGEMENT — RISK MANAGEMENT
(Questions 1–20)
Question 1. A construction project manager is leading the Front End Planning
(FEP) phase of a $250M hospital expansion. The team has identified 47 risks in the
risk register. The project sponsor asks which risks should be prioritized for
mitigation planning. What is the BEST approach?
A) Focus on all risks equally to ensure nothing is missed
B) Prioritize risks based on probability, impact, and risk score, focusing on
high-priority risks first
C) Focus only on risks with the highest financial impact
D) Wait until construction begins to identify which risks actually materialize
Rationale: Risk prioritization during FEP should be based on a combination of
probability and impact, typically expressed as a risk score. The Integrated Project
Risk Assessment (IPRA) tool helps teams identify and evaluate risks for better
allocation, avoidance, and management. Focusing on high-priority risks ensures
that mitigation efforts are directed where they will have the greatest impact.
Question 2. A project team is using a Monte Carlo simulation for cost risk
analysis. The simulation produces a P50 value of $48M and a P85 value of $56M.
What does the P85 value represent?
A) There is an 85% probability that the project will exceed $56M
**B) There is an 85% probability that the project will be completed at or below
$56M**
C) The project will definitely cost $56M
D) The project has an 85% chance of being cancelled
Rationale: The P85 value from a Monte Carlo simulation represents the cost at
which there is an 85% probability that the project will be completed at or below
,that budget. Conversely, there is only a 15% chance of exceeding it. This provides
a confidence level for budget planning.
Question 3. During FEP for a refinery project, the team identifies an opportunity
to accelerate the schedule by using modular construction. This is an example of:
A) A threat that should be avoided
B) A positive risk (opportunity) that should be exploited
C) An issue that should be escalated
D) A scope change that should be rejected
Rationale: Positive risks (opportunities) are uncertain events that, if they occur,
have a positive effect on project objectives. The IPRA framework encourages
teams to recognize positive risks and use them to improve project outcomes.
Exploiting an opportunity involves taking action to ensure it is realized.
Question 4. A construction project has a risk register with 62 identified risks. The
project manager wants to determine which risks require the most attention. Which
tool is MOST appropriate?
A) Gantt chart
B) Probability and Impact Matrix
C) RACI chart
D) Work Breakdown Structure
Rationale: A Probability and Impact Matrix (also called a risk matrix) is the
standard tool for prioritizing risks based on their likelihood of occurrence and
potential impact. It helps teams focus mitigation efforts on high-priority risks.
Question 5. A project manager is conducting a risk workshop during FEP. The
team identifies a risk that a key subcontractor may go bankrupt. The project
manager decides to require the subcontractor to provide a performance bond. This
is an example of:
A) Risk acceptance
B) Risk transfer
,C) Risk avoidance
D) Risk exploitation
Rationale: Risk transfer involves shifting the financial impact of a risk to a third
party, often through insurance, bonds, or warranties. Performance bonds transfer
the risk of subcontractor default to the bonding company.
Question 6. A construction project is in the execution phase. A previously
identified risk has materialized, causing a 3-week delay. The project manager
should FIRST:
A) Update the risk register to close the risk
B) Implement the risk response plan and assess the impact on the project
schedule and budget
C) Blame the team member responsible for the risk
D) Ignore the delay and focus on other activities
Rationale: When a risk materializes, the first step is to implement the pre-planned
risk response and assess the actual impact on project constraints. The risk should
then be moved to the issue log.
Question 7. During FEP for a power plant project, the team uses the Integrated
Project Risk Assessment (IPRA) tool. What is the primary purpose of IPRA?
A) To calculate the project's return on investment
B) To improve how risks are managed through a structured framework
C) To replace the risk register
D) To identify only negative risks
Rationale: The IPRA tool is used to improve how risks are managed by providing
a structured framework for risk identification, assessment, and response planning.
It helps teams drive a better risk process.
Question 8. A project manager is assessing risk for an international construction
project. Which factor is MOST likely to be a high-priority risk?
, A) Minor weather delays
B) Political instability and currency fluctuation
C) Supplier delivery of standard materials
D) Routine permitting
Rationale: Political instability and currency fluctuation are high-priority risks for
international projects because they can significantly impact cost, schedule, and
project viability. These risks require active mitigation strategies.
Question 9. A construction team is identifying risks for a bridge project. They
categorize risks by type. Which of the following is a technical risk?
A) Labor strike
B) Design errors requiring rework
C) Interest rate changes
D) Force majeure events
Rationale: Technical risks relate to design, engineering, construction methods, and
quality. Design errors requiring rework are a technical risk. Labor strikes are
organizational risks; interest rate changes are financial risks; force majeure events
are external risks.
Question 10. A project manager is developing a risk management framework for a
mega-project. Which principle should guide the framework design?
A) Risk management should be performed only at the beginning of the project
B) Risk management should be continuous throughout the project lifecycle
C) Risk management should focus only on negative risks
D) Risk management should be the sole responsibility of the risk manager
Rationale: Risk management must be continuous throughout the project lifecycle,
from FEP through closeout. Risks evolve as the project progresses, and new risks
emerge. It should engage input from required stakeholders.
Question 11. A construction project has a fixed-price contract. Which party bears
the majority of the cost risk?
Questions with Answer Explanations Construction
Contracts | Project Controls | Planning | Safety | Leadership |
Stakeholder Management Review
SECTION 1: CONTRACTS MANAGEMENT — RISK MANAGEMENT
(Questions 1–20)
Question 1. A construction project manager is leading the Front End Planning
(FEP) phase of a $250M hospital expansion. The team has identified 47 risks in the
risk register. The project sponsor asks which risks should be prioritized for
mitigation planning. What is the BEST approach?
A) Focus on all risks equally to ensure nothing is missed
B) Prioritize risks based on probability, impact, and risk score, focusing on
high-priority risks first
C) Focus only on risks with the highest financial impact
D) Wait until construction begins to identify which risks actually materialize
Rationale: Risk prioritization during FEP should be based on a combination of
probability and impact, typically expressed as a risk score. The Integrated Project
Risk Assessment (IPRA) tool helps teams identify and evaluate risks for better
allocation, avoidance, and management. Focusing on high-priority risks ensures
that mitigation efforts are directed where they will have the greatest impact.
Question 2. A project team is using a Monte Carlo simulation for cost risk
analysis. The simulation produces a P50 value of $48M and a P85 value of $56M.
What does the P85 value represent?
A) There is an 85% probability that the project will exceed $56M
**B) There is an 85% probability that the project will be completed at or below
$56M**
C) The project will definitely cost $56M
D) The project has an 85% chance of being cancelled
Rationale: The P85 value from a Monte Carlo simulation represents the cost at
which there is an 85% probability that the project will be completed at or below
,that budget. Conversely, there is only a 15% chance of exceeding it. This provides
a confidence level for budget planning.
Question 3. During FEP for a refinery project, the team identifies an opportunity
to accelerate the schedule by using modular construction. This is an example of:
A) A threat that should be avoided
B) A positive risk (opportunity) that should be exploited
C) An issue that should be escalated
D) A scope change that should be rejected
Rationale: Positive risks (opportunities) are uncertain events that, if they occur,
have a positive effect on project objectives. The IPRA framework encourages
teams to recognize positive risks and use them to improve project outcomes.
Exploiting an opportunity involves taking action to ensure it is realized.
Question 4. A construction project has a risk register with 62 identified risks. The
project manager wants to determine which risks require the most attention. Which
tool is MOST appropriate?
A) Gantt chart
B) Probability and Impact Matrix
C) RACI chart
D) Work Breakdown Structure
Rationale: A Probability and Impact Matrix (also called a risk matrix) is the
standard tool for prioritizing risks based on their likelihood of occurrence and
potential impact. It helps teams focus mitigation efforts on high-priority risks.
Question 5. A project manager is conducting a risk workshop during FEP. The
team identifies a risk that a key subcontractor may go bankrupt. The project
manager decides to require the subcontractor to provide a performance bond. This
is an example of:
A) Risk acceptance
B) Risk transfer
,C) Risk avoidance
D) Risk exploitation
Rationale: Risk transfer involves shifting the financial impact of a risk to a third
party, often through insurance, bonds, or warranties. Performance bonds transfer
the risk of subcontractor default to the bonding company.
Question 6. A construction project is in the execution phase. A previously
identified risk has materialized, causing a 3-week delay. The project manager
should FIRST:
A) Update the risk register to close the risk
B) Implement the risk response plan and assess the impact on the project
schedule and budget
C) Blame the team member responsible for the risk
D) Ignore the delay and focus on other activities
Rationale: When a risk materializes, the first step is to implement the pre-planned
risk response and assess the actual impact on project constraints. The risk should
then be moved to the issue log.
Question 7. During FEP for a power plant project, the team uses the Integrated
Project Risk Assessment (IPRA) tool. What is the primary purpose of IPRA?
A) To calculate the project's return on investment
B) To improve how risks are managed through a structured framework
C) To replace the risk register
D) To identify only negative risks
Rationale: The IPRA tool is used to improve how risks are managed by providing
a structured framework for risk identification, assessment, and response planning.
It helps teams drive a better risk process.
Question 8. A project manager is assessing risk for an international construction
project. Which factor is MOST likely to be a high-priority risk?
, A) Minor weather delays
B) Political instability and currency fluctuation
C) Supplier delivery of standard materials
D) Routine permitting
Rationale: Political instability and currency fluctuation are high-priority risks for
international projects because they can significantly impact cost, schedule, and
project viability. These risks require active mitigation strategies.
Question 9. A construction team is identifying risks for a bridge project. They
categorize risks by type. Which of the following is a technical risk?
A) Labor strike
B) Design errors requiring rework
C) Interest rate changes
D) Force majeure events
Rationale: Technical risks relate to design, engineering, construction methods, and
quality. Design errors requiring rework are a technical risk. Labor strikes are
organizational risks; interest rate changes are financial risks; force majeure events
are external risks.
Question 10. A project manager is developing a risk management framework for a
mega-project. Which principle should guide the framework design?
A) Risk management should be performed only at the beginning of the project
B) Risk management should be continuous throughout the project lifecycle
C) Risk management should focus only on negative risks
D) Risk management should be the sole responsibility of the risk manager
Rationale: Risk management must be continuous throughout the project lifecycle,
from FEP through closeout. Risks evolve as the project progresses, and new risks
emerge. It should engage input from required stakeholders.
Question 11. A construction project has a fixed-price contract. Which party bears
the majority of the cost risk?
