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PMI-RMP Practice Exam — PMI-RMP: PMl Risk Management Professional

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Exam information

I. Basic Information

1. Mainland China

Exam Language: Bilingual Chinese and English (original English questions on top with Chinese translations below). No separate language proficiency certificate is required.

Exam Fees: First-time exam: RMB 3,900 (approx. 540 USD, exchange rate subject to the rate on the registration date); Retake exam: RMB 2,500

Exam Dates (2026): March 14, June 14, September 12, December 5 (4 annual paper-based tests)

Exam Duration: 150 minutes (2.5 hours), 9:00 AM – 11:30 AM, no mandatory breaks

Official Websites: China International Talent Exchange Foundation: http://event.chinapmp.cn; PMI China: www.pmichina.org


2. International Candidates (including Hong Kong, Macao and Taiwan)

Exam Language: English (Chinese version is available in selected regions)

Exam Fees: First-time exam: PMI Member 375 USD, Non-Member 475 USD; Retake exam: PMI Member 275 USD, Non-Member 375 USD

Exam Dates: Flexible booking; computer-based tests are available on non-public holidays

Exam Duration: 150 minutes; self-selected time slots for computer-based tests

Official Websites: PMI Global: www.pmi.org; Pearson VUE: www.pearsonvue.com/pmi


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II. Eligibility Requirements (All requirements must be met simultaneously)

1. Education Background

- Hold secondary education qualification (high school, associate degree or equivalent global academic credential) or above.

- No major restrictions. Candidates must be at least 18 years old with full capacity for civil conduct.


2. Project Experience Requirements

- Standard Path (High school, associate degree or equivalent qualification)

Project Risk Management Experience: A minimum of 4,500 hours of relevant risk management work experience accumulated within the past 5 years, applied to formal projects, programs or portfolios.


- Shortcut Path (Bachelor’s degree or equivalent global academic credential and above)

Project Risk Management Experience: A minimum of 3,000 hours of relevant risk management work experience accumulated within the past 5 years, applied to formal projects, programs or portfolios.


3. Special Experience Exemption Rules

- Holders of valid PMI certifications (PMP, PgMP, PMI-ACP, PfMP, etc.) or other authoritative third-party risk management certifications for more than one year may deduct the required hours of risk management experience in accordance with relevant rules.

- A diploma from a PMI Global Accreditation Center (GAC) accredited program can deduct the corresponding hours of required risk management experience.


4. Training Requirements

- Complete 21 hours of formal training focused on project risk management, which must be provided by PMI Authorized Training Partners (ATPs).

- The training shall cover the full risk management lifecycle, including core modules: risk planning, risk identification, qualitative risk analysis, quantitative risk analysis, risk response planning, risk monitoring and so on.


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III. Exam Format

1. Mainland China

- Exam Type: Paper-Based Test (PBT) is the only option. Candidates must take the exam at designated test centers.

- Registration Procedures:

 1. English Application: Complete account registration and eligibility review on the official PMI website (www.pmi.org). Standard review takes 3–5 working days; the period will be extended to 5–10 working days if selected for random audit.

 2. Chinese Application: Batch registration opens on the website of China International Talent Exchange Foundation, generally 1–2 months before each exam. Candidates need to compete for limited test center quotas.

 3. Payment Rule: Full payment must be completed within 48 hours after eligibility approval. The application will become invalid if payment is overdue.

- Batch arrangement: Registration opens gradually by city tiers. The first batch covers first-tier cities such as Beijing and Shanghai, followed by other regions.


2. International Candidates (including Hong Kong, Macao and Taiwan)

- Exam Type: Computer-Based Test (CBT) booked via Pearson VUE with flexible schedules.

- Score Release: Results are released within 24 hours after the exam, which is much faster than the 4–8 weeks for paper-based tests.

- Special Arrangements: Candidates may apply for special exam accommodations (e.g. extended exam time) in advance.


3. Exam Content & Question Types

- Total questions: 115 single-choice questions (including 15 unscored pretest questions randomly distributed across the exam)

- Scored questions: 100 items. All questions are scenario-based to assess practical risk management capabilities.

- Seven content domains & weightings:

 1. Risk Management Principles and Framework (13%)

 2. Risk Planning (14%)

 3. Risk Identification (15%)

 4. Qualitative Risk Analysis (14%)

 5. Quantitative Risk Analysis (13%)

 6. Risk Response Planning and Implementation (18%)

 7. Risk Monitoring and Iterative Optimization (13%)

- Passing Standard: PMI sets the passing score via psychometric analysis and does not publish the exact passing percentage. A target accuracy rate of above 70% is recommended for exam preparation.


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IV. Results & Certification Maintenance

1. Score Release & Inquiry

- Mainland China Paper-Based Test: Results are available on the PMI official website 4–8 weeks after the exam. Only PASS / FAIL is displayed with no specific scores.

- International Computer-Based Test: Results can be viewed in your PMI account within 24 hours after the exam.

- Domain Rating: Performance across seven domains will be rated from Grade B to Grade A; there is no 3A top rating for this exam.


2. Certificate Issuance

- Electronic Certificate: Available for download in your PMI account approximately 6–8 weeks upon passing the exam.

- Physical Certificate: Application for postal delivery is available at the candidate’s own expense.


3. Certification Maintenance (PDU Requirements)

- Certification Validity: 3 years

- Total PDU Requirement: Earn 30 Professional Development Units (PDUs) within each 3-year cycle:

 - Minimum 15 PDUs related to risk management practices

 - Maximum 15 PDUs for other general project management topics

- Ways to earn PDUs: Attend training courses and seminars, read professional publications, publish articles, participate in practical risk management projects and other qualified activities.

- Renewal Fees: PMI Member 60 USD, Non-Member 150 USD. Complete renewal before the certificate expiration date.


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V. Important Notes

1. Admission Documents

- Mainland China Candidates: Present the original valid ID card and printed admission ticket.

- International Candidates: Present the original valid passport and Pearson VUE appointment confirmation letter.


2. Exam Room Rules

- Electronic devices, books and self-provided scratch paper are prohibited in the test room. Stationery will be provided on site.

- All exam papers and answer sheets must be collected by invigilators after the exam. Taking any documents out of the test room is strictly forbidden.

- No mandatory breaks during the paper-based exam. The timer will not stop if you leave the test room temporarily.


3. Registration & Exam Changes

- Eligibility Validity: Approved English application is valid for 1 year. You may take the exam up to 3 times within the valid period.

- Registration Quotas: Registration opens in batches with limited seats. Quotas are tight in popular cities, so please prepare for registration in advance.

- Rescheduling & Cancellation: All operations must be completed via your PMI account at least 48 hours before the exam. Changes made more than 30 days in advance are free of charge; service fees apply for changes within 30 days. No refund will be granted for requests submitted less than 48 hours before the exam.


4. Official Contact Information

- PMI Customer Service: +1-610-356-4600

- China International Talent Exchange Foundation: 400-810-2100

- ATA: Official test administrator for Mainland China, responsible for test center arrangement and on-site examination affairs.


Sample questions

PMI-RMP · Q1
Question #1 What are common examples used to communicate risk probability and impact?
  • A.
    Risk checklist, risk assessment, regression analysis, and assumption and constraint analysis
  • B.
    Monitor Risks process, multi-dimensional risk assessment, control chart, and Monte Carlo simulation
  • C.
    Probability distributions, sensitivity analysis, modeling and simulation, and probability and impact matrix
  • D.
    Monitor Risks process, assumption and constraint analysis, modeling and simulation, and risk register

Answer: C

The question asks for tools and artifacts commonly used to communicate two core risk attributes: probability (likelihood of a risk occurring) and impact (effect of the risk on project objectives if it occurs). The suggested answer C aligns with the PMI-RMP domains of Perform Qualitative Risk Analysis and Perform Quantitative Risk Analysis, both of which prioritize communicating risk probability and impact to stakeholders for prioritization and decision-making. All items listed in option C are standardized, widely accepted tools explicitly designed to represent probability, impact, or both in a format that is easily interpretable by cross-functional project teams and stakeholders. Option Analysis: A. This option is incorrect. Risk checklists and assumption and constraint analysis are risk identification tools, not tools for communicating probability and impact. Regression analysis is a statistical technique most often used for root cause analysis or trend identification, not for communicating core risk attributes. Risk assessment is a broad, overarching process, not a specific example of a communication tool for probability and impact. B. This option is incorrect. The Monitor Risks process is an end-to-end risk management process, not a communication artifact or tool. Control charts are primarily a quality management tool used to track process stability over time, not for communicating risk probability and impact. While Monte Carlo simulation is a valid quantitative risk analysis tool for communicating probability and impact, the other three items are not relevant to the question's request. C. This option is correct. Probability distributions visually communicate the likelihood of different risk outcomes, explicitly representing probability. Sensitivity analysis communicates the relative impact of individual risks on project objectives, highlighting which risks drive the most significant effect. Modeling and simulation, such as Monte Carlo analysis, communicate the combined probability and impact of multiple risks on overall project outcomes. The probability and impact matrix is a core qualitative risk analysis tool that maps individual risk probability against its potential impact, standardizing communication of these two attributes to prioritize risks for further action. All four items directly meet the question's criteria. D. This option is incorrect. The Monitor Risks process is a risk management workflow, not a communication tool for probability and impact. Assumption and constraint analysis is used during risk identification to identify risks tied to unvalidated project assumptions or constraints, not for communicating risk probability and impact. The risk register is a repository for risk information, not a specific tool designed to communicate probability and impact explicitly. While modeling and simulation is a valid tool, the other three items do not meet the question's requirements. Key Concepts: 1. Probability and Impact Matrix: A core qualitative risk analysis tool defined by PMI that rates individual risk probability and impact on a standardized scale, then maps these values to categorize risk priority for stakeholders. It is the most widely used tool for communicating basic individual risk attributes to cross-functional teams. 2. Quantitative Risk Analysis Tools: These include probability distributions, sensitivity analysis, and simulation, which are used to numerically assess the combined effect of risks on project objectives. These tools translate complex risk data into visual, easily interpretable outputs that communicate probabilistic outcomes and associated impacts to executive stakeholders for decision-making. 3. Risk Communication Standardization: PMI-RMP guidance emphasizes that probability and impact must be communicated using standardized, pre-defined scales and tools to eliminate ambiguity and ensure consistent interpretation across all stakeholder groups, which all tools in the correct option support. References: PMI Risk Management Professional (PMI-RMP) Examination Content Outline, A Guide to the Project Management Body of Knowledge (PMBOK® Guide) – Sixth Edition
PMI-RMP · Q2
Question #2 When using the risk register to manage the cost risk analysis, which of the following models the way correlation arises, and avoids the need to estimate the correlation coefficients?
  • A.
    Risk Monte Carlo analysis
  • B.
    Risk driver method
  • C.
    Risk scatter diagram
  • D.
    Risk RACI matrix

Answer: A

The question aligns with the PMI RMP certification's Perform Quantitative Risk Analysis domain, focusing on cost risk analysis leveraging the risk register as a core input. The specified requirements are a method that models how correlation between cost variables arises, and eliminates the need for manual estimation of pairwise correlation coefficients. Monte Carlo analysis for cost risk integrates directly with risk register data to map shared risk drivers across multiple affected cost line items. When the simulation runs iterations, any risk event from the register that impacts multiple cost components is applied to all linked components in iterations where the risk occurs. This creates inherent, accurate correlation between related cost outcomes automatically, without requiring the project team to calculate and input individual correlation coefficients for every pair of cost variables, directly fulfilling both criteria in the question. Option Analysis: A. Risk Monte Carlo analysis: Correct. As outlined in the answer analysis, Monte Carlo simulation for cost risk uses risk register data to link shared risk drivers across cost elements, automatically modeling correlation during iterations without requiring manual correlation coefficient estimation. This directly addresses all requirements stated in the question. B. Risk driver method: Incorrect. The risk driver method is a post-simulation prioritization technique that identifies which individual risks have the largest impact on overall project cost or schedule variance by analyzing correlation between risk occurrence and outcome shifts across simulation runs. It does not model the origin of correlation between cost variables during analysis, nor does it eliminate the need for correlation coefficient estimation. C. Risk scatter diagram: Incorrect. A scatter diagram is a graphical data visualization tool used to display the strength and direction of correlation between two existing datasets. It is not a cost risk analysis model, does not explain how correlation arises, and does not replace the need for correlation coefficient estimation during quantitative analysis. D. Risk RACI matrix: Incorrect. A RACI (Responsible, Accountable, Consulted, Informed) matrix is a responsibility assignment tool used to define stakeholder roles for risk management activities. It has no application to quantitative cost risk analysis, correlation modeling, or correlation coefficient estimation, so it is irrelevant to the question scenario. Key Concepts: 1. Perform Quantitative Risk Analysis: A core PMI RMP process that uses numerical methods to quantify the combined impact of identified risks on project cost, schedule, and other objectives, with the risk register as a primary input. This process includes techniques to model variable correlation to ensure accurate risk outcome calculations. 2. Monte Carlo Simulation: A foundational quantitative risk analysis technique that runs thousands of project outcome iterations by sampling from probability distributions for uncertain inputs. When integrated with risk register data, it automatically models correlation between variables by linking shared risk drivers across related inputs, removing the need for manual pairwise correlation coefficient estimation. 3. Risk Correlation: The dependent relationship between two or more project variables (e.g., multiple cost line items impacted by the same supply chain risk) that must be accounted for to avoid overestimating or underestimating overall project risk. Accurate correlation modeling is a required component of valid quantitative cost risk analysis per PMI RMP standards. References: PMI Risk Management Professional (RMP) Exam Content Outline, A Guide to the Project Management Body of Knowledge (PMBOK® Guide) – Sixth Edition, Chapter 11: Project Risk Management
PMI-RMP · Q3
Question #3 Which of the following characteristics would a risk tolerant person or group demonstrate?
  • A.
    Adaptable and resourceful; not afraid to take action; thrill seeking
  • B.
    Discomfort with uncertainty; low tolerance for ambiguity; seeks security and resolution in the face of risk
  • C.
    Risk taking is a price worth paying for future payoffs; seeks strategies and tactics that have high future payoffs; thinks abstractly and creatively envisioning possibilities, and not afraid of change or unknowns
  • D.
    Reasonable comfort with most uncertainty; accepts risk as a normal feature of projects and business, and takes uncertainty in stride with no apparent or significant influence on their behavior

Answer: D

This question assesses understanding of risk attitude classifications as defined in the PMI-RMP exam domain, a core component of project risk management. Per PMI’s official risk management framework, risk tolerance refers to a neutral, middle-ground risk attitude positioned between the more extreme risk averse and risk seeking dispositions. The suggested answer D accurately aligns with PMI’s formal definition of risk tolerance, as it describes a reasonable comfort with standard levels of uncertainty, acceptance of risk as an inherent, normal feature of projects and business operations, and no disproportionate adjustment of behavior in response to typical risk events. This directly addresses the question’s request for characteristics of a risk tolerant person or group. Option Analysis: A. This option is incorrect. It describes a risk seeking attitude, not risk tolerant. Risk seeking individuals actively pursue uncertainty, prioritize thrill or high potential gains over stability, and take action without excessive caution, which is a more extreme, risk-positive disposition than the neutral risk tolerant profile. B. This option is incorrect. It describes a risk averse attitude, the opposite of risk tolerance. Risk averse stakeholders experience significant discomfort with uncertainty, prefer clear, secure outcomes, and take active steps to avoid ambiguity whenever possible, which falls on the risk-negative end of the risk attitude spectrum. C. This option is incorrect. It also describes a risk seeking attitude, where individuals view risk as an acceptable cost to access high future payoffs, actively pursue high-reward uncertain opportunities, and embrace unknowns for potential gain. This proactive pursuit of risk does not match the neutral, accepting stance of risk tolerance. D. This option is correct. It perfectly matches PMI’s formal definition of risk tolerant attitude. Risk tolerant individuals and groups hold a neutral disposition toward uncertainty, accept that risk is a standard component of project and business activity, and do not make disproportionate changes to their behavior in response to typical levels of risk, which is exactly the profile outlined in this option. Key Concepts: 1. Risk Attitude: This is an individual or organization’s inherent or chosen disposition toward uncertainty, shaped by risk appetite, risk thresholds, and personal or organizational values. PMI defines three core risk attitudes along a spectrum: risk averse, risk tolerant, and risk seeking, which RMP professionals must identify to tailor risk management strategies. 2. Risk Tolerance: This is the specific volume or degree of risk that an entity will withstand without implementing additional mitigation or avoidance actions. As a neutral risk attitude, it describes an accepting stance toward standard levels of uncertainty, with no disproportionate reaction to typical risk events. 3. Risk Attitude Spectrum: This framework categorizes risk dispositions from most risk avoidant (risk averse) to most risk positive (risk seeking), with risk tolerance as the middle, neutral position. Correctly identifying stakeholder position on this spectrum is a required competency for RMP certification to ensure risk responses align with stakeholder preferences. References: A Guide to the Project Management Body of Knowledge (PMBOK® Guide) – Sixth Edition, Practice Standard for Project Risk Management
PMI-RMP · Q4
Question #4 The risk manager organizes a stakeholder meeting to obtain agreement on project risk response strategies. At the conclusion of this meeting, the risk response strategies should be which of the following?
  • A.
    Scheduled, budgeted, and easy for project stakeholders to understand
  • B.
    Cost-effective, validated by Monte Carlo analysis, and assigned
  • C.
    Iterative, scaled to the project, and addressing threats and opportunities
  • D.
    Timely, cost-effective, agreed-upon, and accepted

Answer: D

The scenario describes a stakeholder meeting focused on reaching agreement on project risk response strategies, which aligns with the PMI-RMP domain of planning risk responses. Per PMI risk management standards, the core goals of this stakeholder engagement step are to ensure responses meet necessary quality benchmarks and have full stakeholder buy-in before moving to implementation. The suggested answer D directly addresses both the explicit purpose of the meeting (agreement and acceptance) and core required attributes of finalized risk responses, as it includes criteria that validate the response is practical, fiscally responsible, and supported by all relevant parties. Option Analysis: A. This option is incorrect. While risk responses will eventually be scheduled and budgeted during response implementation planning, these steps occur after the response strategy is agreed upon. "Easy for project stakeholders to understand" is a helpful but non-mandatory attribute, and not a formal requirement for finalized response strategies per PMI standards, so this option does not align with the expected output of the agreement meeting. B. This option is incorrect. While assigned ownership is a requirement for risk responses, validation by Monte Carlo analysis is only applicable to risks that undergo formal quantitative risk analysis, and is not a universal requirement for all risk response strategies across all project types. This makes the option overly restrictive and inconsistent with standard risk management practice. C. This option is incorrect. Iterative development, scaling to project size, and addressing both threats and opportunities are attributes of the overall risk management process, not the specific risk response strategies agreed to at the conclusion of this stakeholder meeting. These characteristics describe how risk management is performed, not the state of finalized response strategies post-agreement. D. This option is correct. Timely responses ensure actions are implemented early enough to impact risk exposure, cost-effective responses confirm the benefit of the response outweighs its associated costs, and the requirements for being agreed-upon and accepted directly align with the explicit purpose of the stakeholder meeting described in the scenario. All four attributes are formal required characteristics of finalized risk response strategies per PMI-RMP standards. Key Concepts: 1. Risk Response Strategy Attributes: PMI defines that approved risk responses must be timely, cost-effective, proportional to the risk severity, agreed to by all relevant stakeholders, and owned by an accountable party to ensure successful implementation. 2. Stakeholder Buy-In for Risk Responses: Engaging stakeholders to agree on risk responses ensures shared accountability for risk outcomes, reduces resistance to response execution, and confirms all parties accept any residual risks and secondary risks associated with the chosen strategy. 3. Risk Response Planning Outputs: The primary output of the risk response planning stakeholder consensus step is a set of approved, accepted response strategies that have been vetted for feasibility and alignment with project objectives and stakeholder risk appetites. References: The Standard for Risk Management in Portfolios, Programs, and Projects, A Guide to the Project Management Body of Knowledge (PMBOK® Guide) – Sixth Edition
PMI-RMP · Q5
Question #5 A new resource is added to the project team from a matrix organization. How should the project's risk manager familiarize the new team member with the project's risk management process?
  • A.
    The functional manager is responsible for providing the training.
  • B.
    Provide project specific risk training and mentor through the risk process.
  • C.
    Send the new team member the risk management plan to read.
  • D.
    Provide the new team member with a copy of the risk register and latest status report.

Answer: C

The question addresses the core PMI-RMP domain of Planning Risk Management, specifically the use of the risk management plan as the formal, approved document that defines all risk management processes for a specific project. When a new team member joins from a matrix organization, their first point of reference for project-specific risk processes is the approved risk management plan, which standardizes how all risk activities are performed across the project. This approach ensures the new member receives the official, agreed-upon process documentation directly, eliminating inconsistency from informal training or secondary artifacts before they engage in hands-on process activities. The suggested answer C aligns with PMI's guidance that formal documented process artifacts are the primary source for team orientation on project risk governance. Option Analysis: A. Incorrect. In matrix organizations, functional managers are responsible for role-specific functional skills training and general organizational risk policy training, but they are not accountable for providing training on project-specific risk management processes, which falls under the purview of the project's risk management team. This option misaligns with defined role responsibilities in PMI's organizational structure and risk management standards. B. Incorrect. While project-specific risk training and mentoring are valuable supplementary activities to support a new team member, these actions are not the first step to familiarize the member with the core process. All training and mentoring must be based on the formal approved risk management plan, so providing the plan is a prerequisite to these activities, making this option not the correct initial action. C. Correct. The risk management plan is the official output of the Plan Risk Management process, and it contains all details of the project's risk management process including methodology, roles and responsibilities, reporting requirements, risk thresholds, and process workflows. Providing this document allows the new team member to review the full, approved formal process directly, which is the most appropriate first step to familiarize them with how risk management is executed on the project, per PMI-RMP standards. D. Incorrect. The risk register and latest risk status report are output artifacts of the risk management process, not documents that describe the risk management process itself. These artifacts document identified risks, their status, and current risk performance, but do not explain the end-to-end process the project uses to identify, analyze, respond to, and monitor risks, so they do not address the question's requirement. Key Concepts: 1. Risk Management Plan: The foundational document for project risk management that defines all processes, roles, tools, and governance requirements for risk activities on a specific project. It is the single authoritative source for how risk management is performed on the project, per PMI standards. 2. Matrix Organization Role Boundaries: In matrix structures, project teams own accountability for project-specific process orientation and training for assigned resources, while functional managers retain accountability for functional skill development and organizational policy training that is not project-specific. 3. Risk Process Orientation: Initial familiarization of new team members with project risk processes prioritizes sharing formal approved documentation first to ensure alignment with project governance, before implementing supplementary support activities like mentoring or hands-on training. References: A Guide to the Project Management Body of Knowledge (PMBOK® Guide) – Sixth Edition, PMI Risk Management Professional (PMI-RMP)® Examination Content Outline

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