Exactly same AACE-PRMP Mock Exam as real exam
We provide a free trial of their AACE-PRMP test questions, sourced from the full version of the test. Their AACE-PRMP Mock Questions features a comprehensive collection of test questions to enhance your preparation. Additionally, you will receive three months of free updates for AACE-PRMP Project Risk Management Professional (PRMP) Study Guide questions from their certified team, who consistently refresh the materials to ensure you have the most current and relevant resources.

To optimally leverage your free time and significantly elevate your prospects of passing the AACE AACE-PRMP exam, you can seamlessly get the AACE-PRMP Exam Questions PDF onto any mobile device or computer. This flexible access empowers you to diligently read and commit to memory the genuine AACE-PRMP questions while commuting or during moments of relaxation. Furthermore, you can practice extensively with the VCE test system, refining your skills repeatedly until you consistently achieve a perfect score. Once you attain complete confidence, you can proceed to the Test Center to successfully undertake the real AACE-PRMP exam.

For those aspiring to secure an exceptional career opportunity by excelling in the AACE AACE-PRMP exam, registering at killexams.com is absolutely essential. Their dedicated team of experts works tirelessly to compile authentic AACE-PRMP test questions. You will receive Project Risk Management Professional (PRMP) test questions meticulously curated to ensure you breeze through the AACE-PRMP test with ease. Additionally, you can get updated AACE-PRMP test questions for free, with convenient access every time.

While numerous organizations offer AACE-PRMP Exam Questions, acquiring a valid and current AACE-PRMP Mock Exam remains a paramount consideration. Therefore, it is crucial to thoroughly reevaluate killexams.com before relying on freely available AACE-PRMP Question Bank found across the internet.

Exam Code: AACE PRMP
Exam Name: AACE PRMP Project Risk Management Professional (PRMP)
Number of Questions: 119 multiple-choice questions (simple and complex) + 1 written memo/essay question
Time Allotted: 5 hours
Passing Marks: 70% overall (averaged score from multiple-choice and written components)

- Elements of Costs
- Understanding cost definitions- owner/contractor perspectives- cost vs. pricing- and the influence curve (cost impact over project phases). Covers direct/indirect costs and their role in risk exposure.

- Cost: Monetary value of resources consumed to achieve objectives.
- Direct Cost: Traceable to a specific work package (e.g.- labor- materials).
- Indirect Cost: Not directly traceable (e.g.- overhead- general conditions).
- Influence Curve: Graphical representation of cost influence decreasing over project lifecycle.
- Economic Cost: Includes opportunity costs beyond accounting figures.

- Elements of Cost Estimating
- Cost estimate classifications (AACE classes 1-5)- methodologies (parametric- analogous- bottom-up)- accuracy ranges- and integration with risk registers for contingency estimation.

- Cost Estimate Classification: Matrix defining purpose- accuracy (± range)- and effort (e.g.- Class 5: conceptual- ±50-100%).
- Range Estimating: Uses Monte Carlo simulation to develop probabilistic cost ranges.
- Contingency: Provision for unknown risks- distinct from allowances (known uncertainties).
- Expected Value (EV): Probability-weighted average outcome (EV = Probability × Impact).

- Elements of Planning and Scheduling
- Planning/scheduling functions- work breakdown structure (WBS) integration- critical path method (CPM)- and probabilistic scheduling for risk modeling. Includes contingency planning.

- Work Breakdown Structure (WBS): Hierarchical decomposition of project scope.
- Critical Path Method (CPM): Deterministic scheduling technique identifying longest path.
- Probabilistic Modeling: Uses distributions (e.g.- PERT) for schedule risk analysis.
- Float/Slack: Amount of time an activity can delay without impacting project completion.

- Elements of Analysis
- Statistical and probabilistic tools- including descriptive/inferential statistics- distribution types- and simulation techniques for cost/schedule risk.

- Monte Carlo Simulation: Iterative random sampling to model uncertainty outcomes.
- Probability Distribution: Mathematical function describing random variable likelihoods (e.g.- normal- triangular- beta).
- Standard Deviation: Measure of dispersion in data (σ = √Variance).
- Sensitivity Analysis: Assesses how changes in inputs affect outputs (e.g.- tornado diagram).

- Enabling Knowledge
- Cross-cutting areas like ethics- organizational structures- culture/bias- performance factors- quality- EH&S- legal/insurance- contracting- markets/economics- and stakeholder management.

- RASCI Matrix: Responsibility assignment tool (Responsible- Accountable- Support- Consulted- Informed).
- Risk Appetite: Degree of uncertainty an organization tolerates.
- Bias: Cognitive distortions in risk test (e.g.- optimism bias).
- Stakeholder: Individuals/groups affecting or affected by the project (e.g.- elicitation via interviews).

- Overall Risk Management Terminology and Concepts
- Fundamental definitions of uncertainty- risk (threat/opportunity)- accuracy vs. precision- and PRM's role in achieving objectives. Includes risk taxonomy and empiricism.

- Uncertainty: Lack of knowledge about events/outcomes (aleatory/epistemic).
- Risk: Effect of uncertainty on objectives (can be positive/negative; ISO 31000).
- Threat: Downside risk event; Opportunity: Upside potential.
- Risk Taxonomy: Hierarchical classification of risk categories (e.g.- RBS - Risk Breakdown Structure).


- Specific Risk Management
- Techniques for identification (brainstorming- Delphi- checklists)- causation analysis- contingency/reserve management- escalation/inflation handling- and closeout/lessons learned.

- Delphi Method: Iterative anonymous expert consensus for risk identification.
- Ishikawa/Fishbone Diagram: Cause-and-effect tool for root cause analysis.
- Reserves: Time/cost buffers for identified risks (management/contingency reserves).
- Escalation: Adjustment for future cost/time increases (e.g.- inflation- currency fluctuations).
- Monte Carlo Simulation (repeated): For integrated cost-schedule risk (ICSR).

- Total Cost Management (TCM)
- PRM's integration with TCM phases (planning- execution- review)- including value engineering and benchmarking for holistic risk oversight.

- Total Cost Management (TCM): Integrated approach to planning- costing- and controlling projects (AACE framework).
- Benchmarking: Comparison against industry standards to identify risk gaps.
- Value Analysis/Engineering: Systematic review to optimize function at lowest cost- reducing risks.

- Procurement Planning (Including Contract Management)
- Risk allocation in contracts- types (lump-sum- cost-plus)- delivery methods (EPC- design-build)- and dispute resolution. Interfaces with insurance/bonding.

- Contract Types: Fixed-price (low risk to owner)- cost-reimbursable (high risk to owner).
- Liquidated Damages: Pre-agreed compensation for delays/breaches.
- Retainage: Portion of payment withheld until contract completion.
- Bonds/Guarantees: Financial assurances (e.g.- performance bond) for risk transfer.