PMI · PMI-CP
Validates specialized knowledge in construction project management, covering project planning, scheduling, cost management, risk management, and stakeholder engagement specific to the construction industry.
Practice Questions
840
≈ 4 practice exams
Duration
230 minutes
Passing Score
Pass/Fail
Difficulty
ProfessionalLast Updated
Feb 2026
Use this PMI-CP practice exam to prepare for PMI Construction Professional (PMI-CP) with realistic questions, detailed explanations, and focused study modes. The practice bank includes 840 questions for PMI PMI-CP, so you can review the exam steadily instead of relying on one long cram session.
As you practice, pay extra attention to patterns in your missed answers. Start with short sessions to identify weak areas, then move into timed quizzes once your accuracy is consistent.
The explanations are especially useful when you want to connect exam wording to the responsibilities and scenarios described in the official certification guidance. Use the free preview first, then unlock the full question bank when you are ready to build a complete study routine.
The PMI Construction Professional (PMI-CP™) is an internationally recognized certification from the Project Management Institute specifically designed for professionals managing projects in the construction and built environment sector. It validates advanced competency across four core domains: contracts management, strategy and scope management, stakeholder management, and project governance — with a strong emphasis on construction-specific practices such as contract types, change order management, claims resolution, and lean construction methods. Unlike general project management credentials, the PMI-CP fills a critical industry gap by addressing the unique legal, procurement, and delivery challenges inherent to construction projects.
The certification is part of PMI's Construction Professional in Built Environment Projects (CPBEP) pathway, which was developed in response to global demand for construction-industry-focused project management standards. Candidates must first complete four foundational eLearning course modules as a prerequisite to sitting the capstone exam, making PMI-CP a structured, education-integrated credential rather than a purely experience-based certification.
The PMI-CP is designed for mid-to-senior construction industry professionals who manage or lead projects in the built environment. Target roles include construction project managers, site managers, contract administrators, project engineers, and program managers working across residential, commercial, civil, and infrastructure sectors. The certification is well-suited for professionals who already possess hands-on construction project experience and want to formalize and differentiate their expertise with an internationally recognized credential.
Professionals seeking to transition into senior project leadership roles, move into contract management, or expand their career internationally will find the PMI-CP particularly valuable. It also serves as a stepping stone toward the advanced PMI Senior Construction Professional (PMI-SCP™) designation.
Candidates must complete all four PMI-CP foundational course modules — which cover Project Communications, Construction Interface Management, Scope and Change Order Management, and Contract and Risk Management — prior to registering for the capstone exam. These self-paced eLearning modules each require approximately 6–10 hours of study time and can be completed in any order. Alternatively, candidates may complete these modules through live instructor-led sessions offered by PMI Authorized Training Partners.
In addition to completing the four courses, candidates must demonstrate at least 3 years (36 months) of on-the-job experience working on construction or built environment projects, accrued within the past 10 years. No specific educational degree is mandated as a prerequisite at the standard eligibility tier, though a secondary degree is referenced in some eligibility pathways. Prior PMI certifications such as the PMP are not required but may provide useful foundational knowledge.
The PMI-CP capstone exam consists of 170 multiple-choice questions, of which some serve as unscored pretest items used for future exam calibration. The total allotted time is 230 minutes (3 hours and 50 minutes). The exam is delivered via computer-based testing and is available at Pearson VUE testing centers or through online proctored testing, allowing candidates to choose a delivery method that suits their location and preference.
Scoring uses a scaled score system, and PMI does not publicly disclose the precise passing threshold — results are reported as Pass or Not Pass. Candidates who do not pass may retake the exam up to three times within a single eligibility year. Exam fees are approximately $400 for PMI members and $500 for non-members, though fees are subject to change and candidates should verify current pricing on the official PMI website.
The PMI-CP is the only globally recognized certification dedicated to construction project management, which means certified professionals occupy a relatively exclusive niche in a competitive talent market. Certified construction project managers in the United States report average annual salaries ranging from approximately $108,000 to $120,000, and PMI's own salary research indicates that professionals holding a PMI certification earn up to 22–29% more than non-certified peers. In the United Kingdom, PMI-CP holders typically earn between £50,000 and £70,000 annually, with higher figures in major urban centers.
The credential supports career advancement into senior project leadership, contract management, and program director roles across residential, commercial, civil engineering, and infrastructure sectors. It also enhances mobility for professionals seeking international opportunities, as the certification is recognized across PMI's global network. For professionals already holding a PMP or other PMI credential, the PMI-CP provides a construction-specific layer of credentialing that differentiates them in hiring and promotion decisions. The pathway also provides a natural progression toward the PMI Senior Construction Professional (PMI-SCP™) for those targeting executive-level roles.
5 sample questions with answers and explanations. The full bank has 840 questions, enough for 4 full-length practice exams.
Preview — answers shown1. A commercial office tower project implements weekly coordination meetings in a dedicated project room where all trade contractors, designers, and owner representatives work together to resolve issues and plan upcoming work. This approach co-locates team members to enhance collaboration and real-time problem-solving. What collaboration approach is the project using? (Select one!)
Explanation
Obeya, also called Big Room, is a co-location approach bringing all project stakeholders into a shared physical space for enhanced collaboration, real-time problem-solving, and visual management. This approach is particularly common in Integrated Project Delivery but applicable to any delivery method. Commitment-based Management (CbM) focuses on explicit promises and commitment tracking rather than physical co-location. Project Management Information System (PMIS) provides digital tools for coordination but doesn't involve physical co-location. Compass Diagnostic Tool assesses communication effectiveness rather than providing a collaboration workspace approach.
2. A sustainability-focused developer pursues LEED Gold certification for a mixed-use development. The project currently has 58 points from energy efficiency, water conservation, and sustainable sites categories. The construction manager must implement strategies to achieve 60 points minimum for Gold certification. Which construction-phase credits offer the most accessible points to reach the target? (Select one!)
Explanation
Construction Waste Management offers 2 points for diverting 50 to 75 percent of construction waste from landfills, and additional low-emitting materials credits can contribute points during construction phase. These are achievable strategies under contractor control during construction. Construction Activity Pollution Prevention is a mandatory prerequisite that earns zero points, though it must be completed. Energy and Atmosphere credits at 33 points maximum are primarily design-phase decisions. Indoor Environmental Quality ventilation enhancements are also design-phase strategies. LEED certification levels are Certified at 40 to 49 points, Silver at 50 to 59 points, Gold at 60 to 79 points, and Platinum at 80 plus points out of 110 possible.
3. A project implements prevention costs including training programs, quality planning, and process documentation. The project also incurs appraisal costs for inspections and testing. These expenditures are made to avoid internal failure costs such as rework and external failure costs such as warranty claims. What framework is being applied? (Select one!)
Explanation
Cost of Quality equals Cost of Conformance plus Cost of Non-Conformance, which breaks down as Prevention plus Appraisal plus Internal Failure plus External Failure. The goal is to shift spending from failure costs to prevention costs, as prevention costs are investments while failure costs are losses. Earned Value Management tracks schedule and cost performance. Total Cost of Ownership includes acquisition and operational costs. Life Cycle Costing evaluates costs over an asset's entire life.
4. A highway reconstruction project experiences concurrent delays during a 15-day period. The owner's late approval of shop drawings causes a 15-day delay to the critical path. Simultaneously, the contractor's equipment breakdown independently causes a 15-day delay to the same critical path activities. The project superintendent asks how this concurrent delay situation should be resolved. What are the two most likely outcomes according to standard construction contract principles? (Select two!)
Multiple correct answersExplanation
Concurrent delays occur when independent delays from multiple parties overlap during the same time period and both affect the critical path. Standard resolution principles hold that contractors typically receive time extensions for owner-caused delays even when concurrent contractor delays exist, preventing the contractor from being penalized for delays outside their control. However, contractors cannot recover delay costs during concurrent periods because they contributed to the delay through their own actions. The time extension is for the concurrent period itself, not additive, because the delays overlapped rather than occurring sequentially. Similarly, owners cannot assess liquidated damages during true concurrent delay periods since the owner's actions also contributed to the delay. This loss lies where it falls principle means neither party can recover monetary damages from the other during concurrency, though the schedule relief protects the contractor from liquidated damages and provides the time needed to complete the work. Cost recovery would only be possible if the contractor could clearly separate and prove costs attributable solely to the owner's delay versus their own delay. Acceleration costs are not warranted because the contractor received the time extension requested.
5. A design-build team uses Building Information Modeling with specific Level of Development requirements for each project phase. During design development, the structural engineer must provide steel connection details suitable for clash detection and coordination with MEP systems. For fabrication, the steel fabricator requires models suitable for generating shop drawings. Which LOD specifications are appropriate for these two phases? (Select one!)
Explanation
Level of Development 350 is specifically defined for construction documentation and coordination, providing accurate geometry, quantities, and orientation for clash detection between building systems. This meets the design development requirement for structural steel coordination with MEP systems. LOD 400 represents fabrication level detail suitable for shop drawings, prefabrication, and detailed fabrication with specific assemblies, precise detailing, fabrication information, and installation details. LOD 300 provides design development accuracy but may lack the precise geometry needed for effective clash detection. LOD 200 is schematic design with approximate geometry. LOD 500 represents as-built conditions for facility management and operations. The progression is LOD 100 for conceptual massing, 200 for schematic design, 300 for design development, 350 for construction coordination, 400 for fabrication, and 500 for as-built facility management.
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