PMI · PMI-SP
Validates specialized expertise in project scheduling, including schedule strategy, schedule planning and development, schedule monitoring and controlling, and schedule closeout across predictive and adaptive project environments.
Practice Questions
838
≈ 4 practice exams
Duration
210 minutes
Passing Score
Pass/Fail
Difficulty
ProfessionalLast Updated
Feb 2026
Use this PMI-SP practice exam to prepare for PMI Scheduling Professional (PMI-SP) with realistic questions, detailed explanations, and focused study modes. The practice bank includes 838 questions for PMI PMI-SP, 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 Scheduling Professional (PMI-SP)® is an advanced credential offered by the Project Management Institute (PMI) that validates specialized expertise in the art and science of project scheduling. It demonstrates a practitioner's ability to develop, maintain, analyze, and control project schedules across both predictive (waterfall) and adaptive (agile/hybrid) project environments. The certification covers the full scheduling lifecycle—from establishing schedule strategy and governance through planning, development, monitoring, controlling, and formal closeout—ensuring certified professionals can manage complex timelines, resources, and dependencies in high-stakes environments.
The PMI-SP is distinct from general project management credentials in its deep focus on schedule-specific disciplines, including critical path analysis, earned value management (EVM), risk-adjusted scheduling, resource optimization, and the use of scheduling tools such as Primavera P6 and Microsoft Project. Holders of this credential are recognized for their ability to align project schedules with organizational strategy, manage stakeholder communication around schedule performance, and apply advanced techniques to recover distressed schedules. The exam was updated to reflect growing emphasis on agile and hybrid scheduling approaches alongside traditional methods.
The PMI-SP is designed for project management practitioners who specialize in, or want to advance within, the field of project scheduling. Ideal candidates include project schedulers, project planners, project controls managers, program managers, and project management office (PMO) professionals who are responsible for developing and maintaining project schedules as a primary job function. The credential is particularly valuable for those working in schedule-intensive industries such as construction, engineering, aerospace, defense, information technology, and government contracting.
Candidates typically have several years of professional project scheduling experience and are looking to distinguish themselves in a specialized niche. It suits professionals who already hold or are pursuing broader credentials like the PMP® but want to signal deep scheduling expertise to employers. It is also well-suited for those who manage dedicated scheduling teams or serve as a scheduling subject matter expert on large, complex programs.
PMI requires candidates to meet one of two education and experience paths. For those holding a secondary (high school) diploma or associate's degree equivalent, PMI requires at least 40 months of professional project scheduling experience within the last five consecutive years, plus 30 contact hours of formal education in project scheduling. For those with a bachelor's degree or higher (including degrees from GAC-accredited programs), the experience requirement is reduced to 24 months of project scheduling experience within the last five years, along with the same 30 contact hours of formal scheduling education.
The 30 contact hours of formal education specifically in project scheduling—not general project management—are a firm requirement under both paths. PMI explicitly accepts training hours spent on scheduling tools such as Microsoft Project and Oracle Primavera P6 toward this requirement. All experience must be in a professional capacity, and candidates should be prepared to document their scheduling roles and responsibilities as part of the application process.
The PMI-SP exam consists of 170 questions, of which 150 are scored and 20 are unscored pretest items used for future exam development. The unscored questions are not identified during the exam. All questions are multiple-choice format, testing both knowledge-based recall and scenario-based decision-making. The total time allotted is 3.5 hours (210 minutes). The exam is delivered via Pearson VUE, either at an authorized testing center or through an online proctored format from a candidate's home or office.
Results are reported on a pass/fail basis, with proficiency levels shown across each domain rather than a single numerical score. PMI does not publish a fixed passing score, as the pass/fail threshold is determined through psychometric analysis. Candidates who do not pass may attempt the exam up to three times within their one-year eligibility window. The certification is valid for three years and requires 30 professional development units (PDUs) in scheduling-related topics to maintain it.
Earning the PMI-SP credential positions professionals for specialized roles that command premium compensation. According to PMI salary survey data, PMI-SP certified professionals in the United States earn an average annual salary of approximately $111,000, with certified scheduling professionals earning 20–25% more on average than their non-certified peers. Top-paying roles include Project Controls Manager, Senior Scheduler, Program Planner, and Scheduling Lead, with industries such as aerospace, defense, construction megaprojects, and government contracting offering the highest compensation packages.
The PMI-SP is globally recognized and is particularly valued in industries where schedule performance directly impacts regulatory compliance, contract deliverables, or safety outcomes. It differentiates candidates from general PMP® holders by demonstrating depth in a discipline that is increasingly treated as a standalone specialty. With PMI projecting demand for up to 30 million additional project professionals by 2035, scheduling specialists who hold a formal credential are well-positioned to advance into senior individual contributor, team lead, or PMO roles. The credential also complements other PMI certifications, with many professionals holding both the PMP® and PMI-SP to signal both breadth and depth.
5 sample questions with answers and explanations. The full bank has 838 questions, enough for 4 full-length practice exams.
Preview — answers shown1. During Domain 2 Task 2 schedule development, a PMI-SP configures Microsoft Project for a construction project. Activity CONCRETE-POUR is assigned to Resource Team-A at 100 percent units with 40 hours of work. The task type is set to Fixed Work with effort-driven scheduling enabled. If the PMI-SP adds Resource Team-B at 100 percent units, what happens to the duration? (Select one!)
Explanation
Fixed Work tasks are always effort-driven regardless of the effort-driven setting, maintaining constant total work while adjusting duration based on resource allocation. With 40 hours of work originally assigned to Team-A at 100 percent units, the duration was 40 hours (assuming standard 8-hour days equals 5 days). Adding Team-B at 100 percent creates 200 percent total allocation, reducing duration to 20 hours (2.5 days) as the 40 hours of work is distributed between both resources. The scheduling formula Duration × Units = Work is maintained by adjusting duration when units change.
2. A PMI-SP develops a hammock activity spanning from the completion of Foundation Design through the completion of Structural Framing for cost tracking purposes. Foundation Design has Early Finish day 30 and Late Finish day 35. Structural Framing has Early Finish day 120 and Late Finish day 125. What is the duration and total float of the hammock activity? (Select one!)
Explanation
Hammock activities have duration calculated dynamically based on the span between anchor points using Start-to-Start and Finish-to-Finish relationships. The hammock starts when Foundation Design finishes (day 30 early, day 35 late) and finishes when Structural Framing finishes (day 120 early, day 125 late). Early duration equals 120 minus 30 equals 90 days. Late duration equals 125 minus 35 equals 90 days. Total float equals Late Finish minus Early Finish equals 125 minus 120 equals 5 days. Alternatively, total float equals Late Start minus Early Start equals 35 minus 30 equals 5 days. The hammock inherits float from the activities it spans. Because both anchor activities have 5 days of total float, the hammock also has 5 days of total float. Duration remains 90 days in both early and late scenarios because the span between anchor points is consistent.
3. A PMI-SP uses parametric estimating to determine the duration for Activity M (Network Cable Installation). Historical data shows an average productivity rate of 250 feet of cable per 8-hour day with a standard crew of 2 technicians. The project requires installing 4,000 feet of cable. How many working days should the PMI-SP estimate for this activity? (Select one!)
Explanation
Parametric estimating uses the formula: Estimate equals Quantity times Productivity Rate. With 4,000 feet required and 250 feet per day productivity, the calculation is 4,000 divided by 250 equals 16 working days. This assumes the standard crew of 2 technicians and normal working conditions. Eight days would require double the productivity rate. Thirty-two days incorrectly halves the productivity rate. Sixty-four days miscalculates by dividing 4,000 by approximately 62 feet per day, which has no basis in the provided data.
4. A PMI-SP analyzes buffer consumption in a Critical Chain schedule at the midpoint of project execution. The project buffer is 50% consumed while only 30% of the critical chain work is complete. What does this buffer consumption pattern indicate about project health? (Select one!)
Explanation
In Critical Chain buffer management, buffer consumption should not exceed the percentage of work completed. When 50% of buffer is consumed but only 30% of work is complete, the project is consuming buffer faster than completing work, indicating the project is trending toward delay. This pattern suggests the remaining 70% of work will likely exhaust the remaining 50% of buffer before completion. Healthy buffer consumption should track below or equal to work completion percentage. The project is not performing well, this does not validate the 50% sizing rule, and buffers cannot be reallocated once the project is executing.
5. A PMI-SP assigns resources to tasks in a construction project where concrete curing requires continuous 24-hour monitoring. The project calendar defines working hours as Monday-Friday 8:00 AM to 5:00 PM. Activity P (Concrete Curing Monitoring) must run continuously for 72 hours including weekends. Which calendar configuration should the PMI-SP implement? (Select one!)
Explanation
Task calendars override project calendars for specific activities requiring different working patterns. Setting the task calendar to ignore resource calendars ensures the 72-hour continuous duration is calculated correctly regardless of individual resource availability. Modifying the project calendar affects all activities unnecessarily. Using multiple overlapping resource shifts complicates scheduling without addressing the core calendar conflict. ALAP constraints affect scheduling timing but do not resolve the calendar working hours issue.
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