PMP Practice Questions

You are managing a complex systems integration project with 12 external vendors and 45 internal team members. The network diagram shows 8 paths through the project, with the critical path having 14 months duration and 4 months total float across all activities. During month 6, you perform schedule compression analysis because a key stakeholder requests moving the completion date forward by 3 months. Your analysis shows: fast-tracking would create 18 new dependency relationships and increase risk significantly; crashing the critical path would cost $2.4M for a 2-month reduction; adding resources to near-critical Path B (currently 11 months with 3 months float) could reduce it to 8 months for $800K. The stakeholder has approved a budget increase of up to $1.5M for acceleration. What is the MOST effective approach?

October 9, 2026

You are managing a defense contractor project using a firm-fixed-price contract worth $28M. During planning, you identified 47 risks and developed response plans with allocated contingency reserves totaling $2.1M. At the 60% completion point, you have consumed $1.85M of contingency reserves, primarily due to three risks that materialized with greater impact than anticipated. You identify a new high-probability, high-impact risk related to a critical supplier's financial instability that could halt production of a custom component with no alternative sources. The risk response would require $450K for a mitigation strategy (qualifying a second supplier). Your remaining contingency reserve is $250K, and management reserves are $800K controlled by the sponsor. What should you do?

October 9, 2026

Your construction project has a 16-month duration with four major phase gates requiring customer sign-off. You are currently in month 11, approaching the third phase gate. Quality inspections reveal that 23% of the concrete structural work completed in the previous phase has microfractures that don't meet specifications, likely due to temperature control issues during curing. The work passed initial inspections but was caught during detailed pre-gate review. Remediation will cost $1.2M and delay the phase gate by 8 weeks. The customer relationship is already strained from previous minor delays. The quality manager suggests accepting the work since the microfractures are within building code minimums, though not project specifications. What is the BEST course of action?

October 9, 2026

You are managing a pharmaceutical manufacturing facility construction project following a waterfall approach. The design phase deliverables were approved three months ago, and construction is 40% complete. A new regulatory requirement has been published that mandates additional safety features in the HVAC system, requiring significant design changes. The change will cost $2.8M (8% of the total budget) and add 6 weeks to the critical path. The regulatory compliance officer insists this is a mandatory change and not subject to change control. Your project charter states that regulatory compliance changes require automatic approval. What should you do FIRST?

October 9, 2026

You are managing a large-scale infrastructure project with a 24-month timeline and a budget of $45 million. During the eighth month, earned value analysis shows: PV = $15M, EV = $12M, AC = $13.5M. Your sponsor is concerned about the schedule variance and asks whether the project can still finish on time within the original budget. You calculate TCPI based on BAC and determine it is 1.18. The project team's historical performance shows they typically achieve a CPI between 0.85 and 0.95 on similar projects. What is the MOST appropriate recommendation?

October 9, 2026

You are managing a pharmaceutical research project following a stage-gate process. Your project has just completed the Phase 2 clinical trials deliverable. According to the project management plan, a phase gate review is scheduled before proceeding to Phase 3 trials, which will require significant investment. During your preparation for the gate review, you discover that while the trials met their primary endpoint, two secondary endpoints showed concerning trends. The data is not conclusive but suggests potential issues. The project is currently on schedule and under budget. What should you do?

October 7, 2026

Your project team has completed the project scope statement and is now developing the work breakdown structure (WBS). One of your team members suggests creating work packages at different levels of decomposition across the WBS—some at a very detailed level that can be completed in days, and others at a higher level representing several weeks of work. The team member argues this will save time in the planning process. What is the best approach?

October 7, 2026

You are managing a software development project using a waterfall methodology. During the design phase, your technical lead identifies that implementing a requested feature will require a third-party library that introduces significant security vulnerabilities. The feature was explicitly defined in the approved scope baseline and is important to the customer. After analysis, your team proposes an alternative technical approach that provides similar functionality without the security risk but will add $15,000 to the project cost. What should you do?

October 7, 2026

Your construction project is 60% complete when you conduct an earned value analysis. The results show: PV = $500,000, EV = $450,000, AC = $480,000. The project sponsor asks you to provide a forecast of the final project cost. Based on current performance trends, you believe the cost variance is atypical and future work will be performed at the planned rate. What estimate at completion (EAC) should you report?

October 7, 2026

You are managing a large infrastructure project using a predictive approach. During the execution phase, a key vendor informs you that a critical component will be delayed by three weeks due to manufacturing issues. This delay will impact the critical path and potentially the project's contractual completion date. The project sponsor is highly concerned about meeting the deadline. What should you do first?

October 7, 2026

You are managing a telecommunications infrastructure project using a predictive approach. The project team includes specialists from engineering, procurement, and installation departments. During project planning, you identified that the engineering team needs to complete detailed designs before procurement can begin vendor selection, and installation cannot start until equipment arrives. You've created a detailed schedule with these dependencies. However, the engineering manager informs you that his team is being pulled to support an emergency on another project and will be unavailable for three weeks, which will impact your critical path. What is the best way to handle this situation?

October 5, 2026

You are managing a manufacturing project following a predictive life cycle. During a milestone review, you discover that one of your team leads has consistently overstated the completion percentage of their work packages in status reports. Upon investigation, you find the actual progress is about 20% behind what was reported, though the work quality is acceptable. This team lead has been with the company for 15 years and is generally reliable. The project is now showing as on-track when it is actually behind schedule. What should be your first course of action?

October 5, 2026

You are leading a construction project with a detailed work breakdown structure and baseline schedule. A team member who is relatively new to the organization approaches you privately and mentions that they feel intimidated by the project's senior architect, who frequently dismisses their input during technical meetings. The team member is responsible for quality inspections and their observations are important for project success. The senior architect is known for being direct but has excellent technical expertise. How should you address this situation?

October 5, 2026

You are managing a software development project using a waterfall methodology. During the development phase, your lead developer informs you that she has received a job offer from another company and will be leaving in three weeks. She is the only team member with deep knowledge of the legacy system integration, which is critical for the next phase. The project is currently on schedule, and this phase is expected to complete in two months. What is the most effective action to take?

October 5, 2026

You are managing a large infrastructure project using a predictive approach with a team of 45 members across three locations. During the executing phase, you notice that two senior engineers from different locations are in constant disagreement about technical specifications, causing delays in deliverables. The project schedule shows this work is on the critical path. Both engineers are highly skilled and have worked on similar projects before. What should you do first to address this situation?

October 5, 2026

A manufacturing company is executing a predictive project to expand production capacity. Midway through the project, economic indicators show that the industry is entering a downturn, with projected demand decreasing by 15% over the next two years. The CFO has asked all departments to reduce discretionary spending. The project is currently on schedule and 5% under budget. The project sponsor believes the expansion is still strategically important for long-term competitiveness but asks the project manager to evaluate options for reducing project costs. What should the project manager do FIRST?

October 4, 2026

A project manager is executing a predictive software implementation project for a financial services firm. During a governance review, the compliance officer identifies that new data privacy regulations will take effect in two months, requiring all customer data to be encrypted both in transit and at rest. The current project scope includes basic security measures but not the level of encryption now required by regulation. The additional security requirements will add three weeks to the schedule and $75,000 to the budget. How should the project manager proceed?

October 4, 2026

A project manager is leading a predictive infrastructure project for a utility company. During project planning, the finance department informs the project manager that the organization is transitioning to a new enterprise resource planning (ERP) system in three months, which will change all financial reporting and procurement processes. The project has a 12-month duration and requires significant procurement activities throughout execution. What should the project manager do to address this organizational change?

October 4, 2026

A pharmaceutical company is executing a predictive project to develop a new manufacturing facility. Six months into the project, a competitor announces they are building a similar facility with advanced automation technology that will significantly reduce their production costs. The project sponsor is concerned about the project's strategic value and asks the project manager to evaluate whether the current project approach remains viable. The project is 40% complete and on track with the approved baseline. What is the MOST appropriate action for the project manager to take?

October 4, 2026

A project manager is leading a predictive construction project for a government agency when new environmental regulations are enacted that directly impact the project's waste management processes. The project is currently in the execution phase, and compliance with these regulations will require additional permits and equipment modifications. The project manager has identified the impact on cost and schedule. What should the project manager do FIRST?

October 4, 2026

You are managing a predictive ERP implementation project for a manufacturing company with operations in six countries. The project was planned based on standardizing processes globally using the ERP's best practices. Four months into the 18-month project, during detailed requirements validation in the Asia-Pacific region, local leadership strongly resists the standardized processes, citing that local business practices, supplier relationships, and regulatory requirements make the standard approach unworkable. They are threatening to withdraw support unless the system is customized for regional needs. Your analysis shows that significant customization would add $1.2M in costs, create 3 months of delay, increase technical complexity, and reduce future upgrade flexibility. However, proceeding without regional buy-in risks implementation failure in 40% of the business. What is the best course of action?

October 2, 2026

Your predictive construction project for a pharmaceutical manufacturing facility has been progressing smoothly for eight months. The project is being executed under a fixed-price contract with clear specifications. During a routine industry conference, you learn that a recent court ruling in another jurisdiction has created new interpretations of environmental liability for pharmaceutical facilities, and industry experts predict similar rulings may affect your region within 12-18 months. Your facility design currently meets all existing regulations but may not align with the emerging legal interpretations. The additional design features to address potential future liability would cost approximately $850K and add 6 weeks to the schedule, but your contract has no provisions for such changes. What should be your first action?

October 2, 2026

You are managing a new product development project using a predictive waterfall approach in a highly competitive market. Your detailed project plan shows a 16-month delivery timeline. Three months into requirements gathering, competitive intelligence reveals that your main competitor is launching a similar product in 12 months. Your executive team is pressuring you to cut 4 months from the schedule to launch ahead of the competition. You've analyzed the critical path and determined that even with maximum crashing and fast-tracking, you can only reduce the schedule by 2.5 months without eliminating key quality gates. The team proposes descoping certain features to achieve the 12-month target. How should you proceed?

October 2, 2026

Your organization is executing a predictive project to consolidate three regional data centers into one centralized facility. During project planning, you established strict interdependencies with the operations team for phased migration schedules. Two months before the first planned migration, the Chief Information Officer announces a corporate merger that will add two more data centers to consolidate. The CIO wants to expand your project scope to include all five data centers to 'realize economies of scale.' Your analysis shows this would require re-baselining with 40% additional budget and 8 additional months, but the CIO expects delivery within the original timeline by 'optimizing the approach.' What is the most appropriate response?

October 2, 2026

You are managing a three-year infrastructure project for a government agency using a predictive approach. Six months into execution, new environmental regulations are enacted that will require significant design changes and additional permits. The regulatory agency indicates that projects already in progress have 18 months to achieve compliance. Your project sponsor suggests accelerating the schedule to complete before the compliance deadline to avoid the additional costs. However, your critical path analysis shows this would require crashing activities at a premium cost of $2.3M, while achieving compliance would cost approximately $1.8M and extend the schedule by 4 months. What should you do first?

October 2, 2026