CAPM® Certification Exam Prep 2026 : Master the PMBOK Guide

Master the capm exam by studying the pmbok sixth edition knowledge areas, taking end-of-section quizzes, reviewing explanations, and practicing with a 150-question mock exam to reach 80%.

Follow a four-week study plan with six hours weekly, complete all knowledge areas, review explanations, and pass quizzes at 80% before taking the mock and final CAPM exam.

Define operations management as the ongoing production of goods and services. Distinguish it from projects, which have a start and end date and deliver outcomes on completion.

Identify key project constraints by examining scope, schedule, cost, risk, quality, and resources, and explain how each limits project outcomes.

Understand processes, including inputs, tools and techniques, and outputs, and learn how itto maps them to the project charter across 49 processes.

Discover how OPAs, or organizational process assets, influence project planning and execution by detailing processes, policies, procedures, and the organizational knowledge base, including lessons learned and templates.

expert judgment uses subject matter experts from diverse sources to inform project planning, risk identification and mitigation, cost and schedule estimates, technical guidance, and quality assurance, guiding informed decisions.

Explore data analysis techniques in project management, including cost-benefit analysis, earned value analysis, trend and variance analysis, root cause analysis, decision trees, and Monte Carlo simulation.

Learn how formal change requests modify scope, schedule, budget, and quality, and how the integrated change control process evaluates, approves, and implements changes to keep projects on track.

Learn how project selection methods align with strategy, optimize resources, and manage risk using ROI, NPV, IRR, EVA, TCO, and weighted scoring models.

Direct and manage project work coordinates the team, manages resources, and transforms plans into results, overseeing execution, monitoring progress, and applying change control to align scope, schedule, and quality.

Explore the outputs generated when applying tools and techniques to direct and manage project work, including deliverables, change requests, issue logs, and updates to the project management plan.

Manage project knowledge by identifying tacit and explicit knowledge and facilitating knowledge sharing and integration across the project life cycle. Capture lessons learned and update organizational assets throughout the project.

Master the integrated change control process to identify, evaluate, prioritize, and approve or reject changes with stakeholders, implement them, and preserve project alignment with scope, schedule, and budget.

Explore how to perform integrated change control, evaluate change requests with ITTOs, and update baselines, project documents, and the change log through a CCB.

Assess your understanding of project integration management with a focused quiz aligned to the PMBOK guide for CAPM exam prep.

Define, validate, and control project scope to align deliverables with stakeholder expectations and prevent scope creep. Learn scope planning, definition, verification, control, requirements gathering, scope statement development, and change control.

Identify inputs to plan scope management and show how the scope management and requirements management plans define, validate, and control scope through expert judgment, data analysis, and meetings.

Create a work breakdown structure (WBS) as part of project scope management using ITTOs: inputs, tools and techniques, and outputs to decompose deliverables into work packages and define scope baseline.

Control scope monitors project and product scope, maintains the scope baseline, and applies integrated change control with inputs from the project management plan and traceability matrix.

Master project scope management concepts through a quiz that reinforces PMBOK Guide topics for CAPM certification prep.

Master project schedule management by defining activities, sequencing tasks, estimating durations, developing and controlling the schedule, and establishing a schedule baseline for timely completion.

Define activities using inputs such as the project management plan, enterprise environmental factors, and organizational process assets to identify tasks and produce outputs like activity list and milestones.

Sequence activities by listing tasks and dependencies, and map them with a network diagram like PDM. Estimate durations, identify the critical path, and create a plan with buffers and resources.

Estimate activity duration uses inputs from the project management plan and project documents to produce duration estimates. Apply expert judgment, analogous and parametric methods, plus three-point estimates and reserve analysis.

Identify outputs of the develop schedule process, including the schedule baseline and project schedule, and monitor against actual dates to detect variances; update schedule data, calendars, and change requests.

Compute the project duration and critical path by performing a forward pass and backward pass, deriving early start, late start, and dependencies from a drawn network diagram.

Apply the backward pass to determine late and early finishes, identify the critical path, and see that B, D, G, H form the critical path.

Learn to calculate free float and total float (free slack and total slack) in a PDM network, identify critical path activities, and compute floats for C, E, and F.

Calculate the free float for each activity using earliest starts of successors and durations, compare with total float, and identify zero free float on the critical path.

Master the three point estimation technique using optimistic, most likely, and pessimistic estimates to forecast duration, cost, and effort with a weighted average, improving risk management and stakeholder communication.

Explore the Pert method's history, its probabilistic time estimates (optimistic, pessimistic, and most likely), and how an event oriented network diagram identifies the critical path and manages uncertainty.

learn to apply pert to estimate activity durations from optimistic, most likely, and pessimistic data, compute variances, draw the project network, and identify the critical path.

Master project cost management as the financial roadmap guiding planning, estimating, budgeting, controlling costs, and cost reporting to keep projects within budgets and maintain quality.

Learn how to estimate, budget, and control project costs using a cost breakdown structure, various estimation methods, contingency allowances, and ongoing refinement to support resource allocation and decision making.

Assess how the cost control process keeps projects viable through monitoring and change control. Use earned value management, cpi, spi, variance analysis to measure performance and forecast costs.

Explore earned value management (EVM) as an integrated view of scope, schedule, and cost. Apply PV, EV, and AC alongside CV and CPI to monitor performance and guide data-driven decisions.

Master earned value management techniques through Scenario 2 solutions, aligning with the PMBOK guide for CAPM exam prep.

Learn earned value management formulas by recognizing variance is difference and index is the ratio, using planned value, earned value, cost and schedule variance, and CPI, SPI, EAC, ETC, TCPI.

Explore how project quality management integrates planning, assurance, control, and continuous improvement to meet stakeholder expectations and deliver high quality, cost-efficient results.

Explore quality methodologies like Six Sigma, lean, TQM, Kaizen, ISO 9001, and poka-yoke, plus the Sipoc model and agile trends to drive data-driven, continuous improvement and sustainable project quality.

Identify the inputs to plan quality management—project charter, project management plan components, project documents, enterprise environmental factors, and organizational process assets—and explain how they shape acceptance criteria.

Define how quality standards, objectives, roles, deliverables, tools, and quality metrics will be applied within the quality management plan, with change control guiding updates.

Manage quality drives customer satisfaction by delivering products that meet or exceed stakeholder expectations through ongoing quality control, assurance, and continuous process improvement across the project life cycle.

Translate the quality management plan into executable activities, using control quality data to assess status and inspire quality assurance improvements through inputs from the project plan, documents, and assets.

Identify and manage control quality outputs, including verified deliverables, quality control measurements, and change requests, while updating the project management plan and documents to ensure correct deliverables and actionable lessons.