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100+ Free APM Project Risk Management Level 1 Practice Questions

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Key Facts: APM Project Risk Management Level 1 Exam

60 Qs

Total multiple-choice questions on the exam.

APM Examination Guidelines

60 Mins

Time limit allowed for the closed-book exam.

APM Specification

60%

Minimum passing score (36/60).

APM Syllabus

£120

Standard examination fee.

APM Fee Schedule

PRAM Guide

Primary reference body of knowledge.

Association for Project Management

APM Project Risk Level 1 is a 60-minute, 60-question MCQ exam requiring 60% (36/60) to pass, testing core PRAM principles across risk context, process, identification, qualitative/quantitative analysis, and response strategies.

Sample APM Project Risk Management Level 1 Practice Questions

Try these sample questions to test your APM Project Risk Management Level 1 exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1According to the APM Project Risk Analysis and Management (PRAM) Guide, how is project risk defined?
A.An uncertain event or condition that, if it occurs, has a positive or negative effect on at least one project objective
B.Any unexpected negative event that causes cost overruns or schedule delays during project execution
C.The total financial loss an organization incurs when a project fails to deliver its planned scope
D.A known problem that has already occurred and requires immediate corrective action by the project team
Explanation: In APM PRAM principles, project risk is defined as an uncertain event or set of events that, should it occur, will have an effect on the achievement of project objectives. Crucially, APM explicitly includes both threats (negative impacts) and opportunities (positive impacts) within this definition.
2In the context of APM risk management, what distinguishes a threat from an opportunity?
A.A threat has an uncertain outcome, whereas an opportunity is a guaranteed project benefit
B.A threat has a potentially favorable impact, whereas an opportunity has a unfavorable impact
C.A threat is an uncertain event with potentially negative impacts, whereas an opportunity is an uncertain event with potentially positive impacts
D.A threat is managed by the Project Manager, whereas an opportunity is managed exclusively by external stakeholders
Explanation: Both threats and opportunities represent uncertain future events. A threat is a risk event that would negatively affect project performance (e.g., cost, time, quality), while an opportunity is a risk event that would enhance project performance if realized.
3What is the primary difference between 'risk appetite' and 'risk tolerance' in project risk context?
A.Risk appetite reflects the total amount of risk an organization is willing to accept in pursuit of value, while risk tolerance represents the specific acceptable threshold of variance around a project objective
B.Risk appetite is quantitative, while risk tolerance is purely qualitative
C.Risk appetite applies to threats only, while risk tolerance applies exclusively to opportunities
D.Risk appetite is set by the Risk Actionee, while risk tolerance is set by external auditors
Explanation: Risk appetite describes an organization's overall willingness or desire to take on risk to achieve strategic goals. Risk tolerance is the operationalized, measurable boundary of acceptable deviation from specific project targets (such as cost ±5% or schedule ±10 days).
4A project steering board establishes that any single risk event exceeding £100,000 in potential impact must be escalated immediately to executive management. What concept does this £100,000 threshold represent?
A.Risk capacity
B.Risk threshold
C.Risk attitude
D.Risk exposure
Explanation: A risk threshold is a specific level of risk exposure above or below which an organization or stakeholder has a target interest, triggering specific management actions such as formal escalation.
5What is the primary objective of project risk management throughout the project lifecycle?
A.To eliminate all potential project risks prior to physical execution
B.To maximize the probability and impact of opportunities while minimizing the probability and impact of threats
C.To transfer all financial and operational liabilities to third-party suppliers and contractors
D.To maintain a fixed list of project risks that remains unchanged after the planning phase
Explanation: The fundamental goal of APM project risk management is to increase the likelihood and positive effect of favorable events (opportunities) while decreasing the likelihood and negative effect of adverse events (threats) to optimize overall project success.
6During project execution, a primary server hosting key development tools experiences a hardware failure, delaying software testing. How should this event be categorized by the project manager?
A.As a project risk
B.As a project issue
C.As an opportunistic variance
D.As a strategic risk threshold
Explanation: An issue is a problem that has already occurred or is currently happening and requires immediate management resolution. A risk is a potential future event. Because the hardware failure has actually taken place, it is an issue.
7How does risk management context differ between the project level and the portfolio level?
A.Project risk management focuses on achieving specific project deliverables, whereas portfolio risk management focuses on optimizing total risk exposure across aligned strategic business initiatives
B.Project risk management handles only opportunities, while portfolio risk management handles only threats
C.Project risk management uses quantitative analysis exclusively, while portfolio risk management relies solely on brainstorming
D.Project risk management is governed by external regulators, whereas portfolio risk management has no governance requirements
Explanation: Project risk management manages uncertainties impacting individual project scope, schedule, budget, and quality objectives. Portfolio risk management evaluates aggregated risk across multiple projects and programs to balance overall strategic risk-reward trade-offs.
8Why is an open, blame-free organizational culture essential for effective project risk management?
A.It allows team members and stakeholders to identify and report potential risks early without fear of penalty
B.It eliminates the requirement to assign specific Risk Owners to identified threats
C.It ensures that project cost overruns are automatically absorbed by senior executive budgets
D.It guarantees that all risk response strategies will be successful
Explanation: A positive risk culture encourages proactive risk identification and honest reporting. When team members feel safe highlighting potential vulnerabilities or early warning indicators without fear of reprisal, risks can be addressed before becoming severe issues.
9How does risk management directly support the validity of the project Business Case?
A.By ensuring that project objectives remain realistic and that expected net benefits account for risk exposure and contingency costs
B.By replacing financial cash flow forecasts with qualitative risk scores
C.By proving that the project contains zero technical or market uncertainties
D.By transferring all accountability for business benefits to the Risk Actionee
Explanation: The Business Case justifies project investment based on costs, benefits, and risks. Effective risk management provides realistic risk-adjusted estimations of cost and schedule, ensuring that benefit expectations are achievable under probabilistic conditions.
10A project sponsor prefers high-risk technical approaches because they offer potential for breakthrough performance, accepting significant chance of failure. How would APM classify this stakeholder's risk attitude?
A.Risk-averse
B.Risk-seeking (or risk-tolerant)
C.Risk-neutral
D.Risk-passive
Explanation: A risk-seeking (or risk-taking) stakeholder is willing to accept high uncertainty and potential downside in exchange for higher prospective returns or superior performance gains.

About the APM Project Risk Management Level 1 Exam

The APM Project Risk Management Single Subject Certificate Level 1 evaluates fundamental knowledge of project risk analysis and management based on the APM PRAM Guide. It covers risk context, management process, identification techniques, qualitative and quantitative analysis (including EMV and Monte Carlo), and response planning for both threats and opportunities.

Assessment

60 multiple-choice questions (4 options, closed-book) delivered online or via accredited exam centers in 60 minutes.

Time Limit

60 minutes

Passing Score

60% (36/60)

Exam Fee

£260.40 members / £278.40 non-members (inc. VAT; APM open online exam) (Association for Project Management (APM))

APM Project Risk Management Level 1 Exam Content Outline

15%

Risk Context

Risk definitions, threat vs opportunity, risk appetite, risk tolerance, and project lifecycle context.

20%

Risk Management Process

Risk management plan (RMP), process steps, roles and responsibilities (Owner vs Actionee), and risk governance.

20%

Risk Identification

Brainstorming, SWOT, PESTLE, Delphi, interviews, Risk Breakdown Structure (RBS), and cause-event-effect statements.

25%

Risk Analysis & Evaluation

Qualitative P-I matrix, proximity, risk scoring, Monte Carlo concepts, decision trees, and Expected Monetary Value (EMV) calculations.

20%

Risk Response Planning

Threat responses (Avoid, Transfer, Mitigate, Accept), opportunity responses (Exploit, Share, Enhance, Reject), residual risk, fallback plans, and risk reporting.

How to Pass the APM Project Risk Management Level 1 Exam

What You Need to Know

  • Passing score: 60% (36/60)
  • Assessment: 60 multiple-choice questions (4 options, closed-book) delivered online or via accredited exam centers in 60 minutes.
  • Time limit: 60 minutes
  • Exam fee: £260.40 members / £278.40 non-members (inc. VAT; APM open online exam)

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

APM Project Risk Management Level 1 Study Tips from Top Performers

1Distinguish clearly between Risk Owner (accountable for managing specific risk and selecting response) and Risk Actionee (tasked with carrying out response actions).
2Master the 3-part cause-event-effect risk statement format ('As a result of [cause], [event] may occur, leading to [effect]').
3Memorize the 4 threat response strategies (Avoid, Transfer, Mitigate, Accept) and 4 opportunity response strategies (Exploit, Share, Enhance, Reject).
4Practice Expected Monetary Value (EMV) formulas: Multiply probability (%) by impact (£) for all outcomes to determine net expected value.
5Understand the difference between Risk Appetite (amount of risk an organization is willing to accept) and Risk Tolerance (the quantifiable boundary of acceptable deviation).
6Differentiate qualitative analysis (prioritizing risks via P-I score and proximity) from quantitative analysis (estimating overall project cost/schedule impact via Monte Carlo or decision trees).

Frequently Asked Questions

What is the APM Project Risk Management Level 1 exam?

It is a single-subject certificate examination offered by the Association for Project Management (APM) assessing baseline competence in project risk management principles as detailed in the APM PRAM Guide.

What is the passing mark for the APM Risk Level 1 exam?

Candidates must achieve at least 60% (36 out of 60 correct answers) to pass the exam.

How long is the exam and how many questions are there?

The exam consists of 60 four-option multiple-choice questions with a time limit of 60 minutes.

Does the exam assess opportunity management as well as threat management?

Yes, APM PRAM defines risk as an uncertain event that can have a positive impact (opportunity) or negative impact (threat) on project objectives, and both are examined.

Are quantitative calculations required on the exam?

Yes, basic quantitative calculations such as Expected Monetary Value (EMV = Probability × Financial Impact) and decision tree valuations are included in the syllabus.