CAPM Exam Prep 2026: 23 Contact Hours | PMBOK Guide

Explore the business analysis framework, defining needs, objectives and value, and learn the six BA domains from needs assessment to solution evaluation, across portfolio, program, and project levels.

Define core CAPM vocabulary and terms such as project, stakeholder, deliverable, and constraints, and distinguish lifecycle phases from process groups while previewing key knowledge areas, tools, and risk language.

Clarify the product versus project distinction, define how objectives, constraints, and stakeholders drive deliverables, and outline product and project life cycles, scope management, and success criteria.

Explore how business analysis bridges strategy and delivery across portfolio, program, and project management, aligning initiatives, managing requirements, risks, and stakeholder engagement to realize value.

Discover how financial and non-financial value, including ROI, NPV, cost savings, customer satisfaction, and efficiency, drives projects, programs, and portfolios through stakeholder engagement, risk, and continuous improvement.

Break down the ten knowledge areas and five process groups that guide capm projects, showing how integration management ties scope, schedule, cost, and quality to deliver outcomes.

Learn how a business analyst bridges business and project teams, translating stakeholder needs into actionable requirements, solutions, and value across portfolio, program, and project levels.

Master needs assessment by defining problems and opportunities, using elicitation methods, and setting smart future-state objectives; analyze current state, manage uncertainties, map stakeholders, and craft a compelling business case.

Master stakeholder engagement by identifying and analyzing internal, external, and hidden stakeholders; apply power and interest analysis, create a tailored engagement plan, and monitor communication to maximize project value.

Master domain three elicitation by gathering, clarifying, and confirming requirements through interviews, workshops, observation, surveys, and document analysis, all guided by a prepared elicitation plan and validation techniques.

Transform elicited data into clear, aligned requirements through analysis, process modeling, data modeling, and prioritization. Use RTM, validation, and conflict resolution to deliver tangible business value.

Explore domain 5 traceability and monitoring, linking requirements through forward, backward, and bidirectional traceability, and monitor progress with RTM, KPIs, verification, validation, and change control to deliver business value.

Solution evaluation measures performance and validates that the final solution delivers business value. It uses gap analysis, verification, validation, benefit realization, and continuous improvement to guide stakeholders.

Discover why agile exists, when to use it, and how it differs from traditional project management, including the agile lifecycle, values, principles, and key roles.

Choose agile, predictive, or hybrid delivery using the Stacey Matrix. Align scope, backlog, and stakeholder engagement to deliver value and manage risk.

Compare predictive and adaptive project life cycles, detailing traditional (waterfall) and agile approaches, when to apply each, and how hybrid models tailor methods for Capm success.

Explore agile values, principles, and mindset, including individuals and interactions, working software, customer collaboration, and responding to change, early delivery, and stakeholder engagement for value-driven projects.

Explore the agile life cycle, highlighting iterative, incremental, and value-driven delivery with continuous stakeholder engagement, timeboxing via sprints, and built-in quality for adaptive, high-value results.

Explore agile team structure and roles that drive cross-functional, self-organizing collaboration, empower stakeholder engagement, and deliver value through ceremonies led by the scrum master, product owner, and development team.

Explore scrum as a lightweight, value-focused framework that delivers adaptive solutions in short sprints, guided by transparency, inspection, and adaptation.

Scrum distributes value creation across three roles: the product owner defines the vision and prioritizes the backlog, the scrum master guides the process, and the development team self-organizes to deliver.

Learn how scrum events establish sprint rhythm, including sprint planning with product owner priorities and capacity, and the daily scrum for team alignment, all under timeboxing and ongoing backlog refinement.

Learn extreme programming (XP), an agile framework using communication, simplicity, feedback, and courage to deliver frequent releases through pair programming, TDD, and continuous integration while reducing risk.

Visualize the workflow with a Kanban board, limit work in progress, and manage flow for a smoother process. Use cycle time and lead time metrics to guide improvement.

Verify and validate project value by ensuring outputs meet requirements and deliver real benefits, linking quality, scope, stakeholder engagement, and benefits realization to strategic goals.

Develop generalizing specialists who combine deep expertise with broad, adaptive skills to bridge cross-functional teams and improve resource, risk, and quality management in agile projects.

Design physical, virtual, and hybrid workspaces to optimize communication and resource management in CAPM. Leverage tools, rituals, and culture to enhance collaboration, daily standups, and stakeholder alignment.

Compare agile and non-agile planning to choose the right method for a project, applying WBS, CPM, baselines, and Gantt charts alongside sprints, product backlog, and daily standups.

Progressive elaboration refines project plans over time by aligning predictive and agile approaches under change control, decomposing work, and preventing scope creep while clarifying PMBoK process connections.

Learn value-driven decomposition techniques to align projects with stakeholder needs, apply the work breakdown structure, decompose requirements, and plan schedules and risks for measurable value.

Explore story maps and product roadmaps to connect user journeys with business goals, prioritize value, and deliver adaptive, value-driven releases.

Explore how release and iteration planning align agile delivery with PMBoK principles to deliver high-value features, manage risk, and improve predictability.

Learn how agile estimation uses teamwork, conversation, and relative sizing with story points and planning poker to forecast delivery and guide planning, contrasting with traditional predictive approaches.

Establish expectations by presenting estimates as ranges and aligning baselines for scope, schedule, and cost, while identifying risks through work breakdown and forecasting delivery with velocity and earned value management.

Explore agile estimation foundations using work items such as user stories, epics, and tasks, and how backlog refinement and CAPM parallels with work breakdown structure and work packages shape estimates.

Explore agile estimation units such as story points and ideal days. Understand their relative sizing, velocity, and how they link to earned value management for CAPM-aligned forecasting.

Master structured estimation with planning poker, a four-step agile method using a Fibonacci-based deck to reach consensus, reduce anchoring bias, and connect to the Delphi technique for CAPM learners.

Explore quick lightweight estimation techniques like t-shirt sizing, affinity estimation, dot voting, and relative mass estimation for early backlog planning, linking to capm concepts and rom estimates.

Identify estimation anti-patterns, such as anchoring bias and groupthink, and learn to treat estimates as forecasts, not commitments. Emphasizes backlog refinement, planning poker, and rolling wave planning to improve accuracy.

Learn how estimation techniques connect to agile velocity as a forecasting tool, defining velocity, stabilizing it, and using it with earned value management (EVM) to forecast project completion.

Link estimation to agile and traditional planning, showing how sprint commitments and release forecasts derive from velocity, story points, and expert judgment, anchored in CAPM standards and WBS.

Distinguish risks from issues in agile projects and apply proactive, transparent risk management embedded in the product backlog through collaboration, kanban boards, and sprint reviews.

Agile risk management uses iterative estimation and sprints to reduce uncertainty, while transparency, planning poker, and daily standups reveal risks early and enable fail fast, learn fast improvements.

Explore risk identification and assessment in agile, linking estimation to prioritizing risks with techniques like risk-based spikes, risk-adjusted backlog, and risk burndown chart to reduce exposure.

Embed risk tasks in the backlog and use agile boards to track issues, aligning estimation with risk responses and assigning owners for timely resolution.

Explore how continuous monitoring, communication, and learning in agile projects rely on estimation to surface risks and guide backlog planning through daily standups, retrospectives, and sprint reviews.

Agile reflection is a structured practice of pausing after each sprint to review what's going well, identify blockers, and improve collaboratively for the next cycle, fostering Kaizen and psychological safety.

Explore how agile reflection drives improvement by pausing after sprint and asking what worked and what to adjust. Learn how to capture lessons into knowledge management and organizational process assets.

Explore how agile ceremonies act as reflection points to surface blockers and risk, and drive continuous improvement through daily standups, sprint reviews, and retrospectives with stakeholders.

Apply agile reflection techniques, start, stop, continue, and the four ls (liked, learned, lacked, longed for) to drive continuous improvement and capture lessons learned with lightweight documentation.

Agile reflection reveals hidden and recurring risks, linking retrospectives to continuous risk review, risk register, and lessons learned, strengthening organizational process assets and risk preparedness.

Foster a culture of reflection as an agile mindset grounded in psychological safety, openness, and constructive feedback, guided by scrum masters to capture lessons learned and organizational process assets.

Explore real-world agile reflection through case studies showing how retrospectives improve velocity, reduce bottlenecks, and turn lessons learned into organizational process assets via backlog refinement and continuous testing.

Reflect on lessons learned to build OPAs, linking agile reflection with CAPM concepts and formal and informal insights.

Explore the foundations of agile in software projects and focus on estimation through sprints and user stories. Compare with waterfall, emphasize progressive elaboration, sustainable pace, and delivery with customer feedback.

Explore how scrum, kanban, and extreme programming use estimation—story points and planning poker—to forecast scope, schedule, and delivery, and scale these practices with pi planning and integration management.

Adopt story points to estimate task complexity and uncertainty in agile planning. Use planning poker, affinity estimation, velocity, lead time, and CFD to forecast work and improve collaboration.

Discover how estimation ties scope management and quality in agile by embedding test driven development and continuous integration and delivery, with automated testing.

Explore how agile estimation drives collaboration across ceremonies and artifacts. Learn sprint planning, planning poker, backlog refinement, the sprint review, and velocity to align capacity from a capm perspective.

Agile estimation surfaces uncertainty and identifies risks early with high story points, enabling proactive risk management, qualitative analysis, stakeholder alignment, change control, and organizational learning.

Apply practical agile estimation with Jira and Azure DevOps to create burndown charts and velocity reports, guiding time management, resource allocation, and delivery confidence.