CAPM 23 Hours Master Course: CAPM Certification Exam Prep

Identify business needs, analyze requirements, and design solutions through market analysis and stakeholder engagement in business analysis. Plan, execute, and monitor projects with leadership and organization to achieve project goals.

Differentiate project management from product management by comparing service vs product deliverables, the product life cycle, and how product managers run multiple projects to grow and sustain a product.

Explore the PMI guide to business analysis and the six knowledge areas—needs assessment, stakeholder engagement, elicitation, analysis, traceability and monitoring, and solution evaluation—and their interactions across the product life cycle.

Explore the six business analysis process groups: defining and aligning, initiating, planning, executing, monitoring and controlling, and releasing, and how they guide stakeholder engagement and requirements.

Explore core business analysis processes from identifying problems or opportunities to assessing current and future states, viable options, roadmaps, and the business case, with stakeholder inputs and process groups.

Explore how projects pursue non-financial and financial goals and learn key metrics like return on investment, payback period, cost-benefit ratio, inflation, and time to market.

Analyze project constraints through the iron triangle: scope, cost, and time, to negotiate feasible options and adjust scope, cost, or schedule while considering other constraints.

Learn to collect and analyze project requirements using interviews, focus groups, surveys, observation, benchmarking, research, and diagrams, supported by prototypes and expert judgment.

Review essential business analysis keywords for CAPM prep, from requirements and elicitation to future state and traceability, to reinforce how analysis approaches validate design options and deliver business value.

Identify and coordinate key project functions that deliver value, including oversight, continuous monitoring, feedback management, facilitation, leadership, and securing resources, with guidance from experts and stakeholder engagement.

Tailoring adapts project management approaches, governance, tools, and processes to fit project size, complexity, and context. Select a predictive, adaptive, or hybrid delivery and continuously refine practices.

Tailor your project management by adjusting processes to project size and context, guided by scope, requirements, and communication plans, enterprise environmental factors, organizational process assets, and country or market conditions.

Explore AI in project management across automation, assistance, and augmentation, with examples like report generation, risk analysis, and forecasting, while promoting responsible, ethical, and transparent use.

Understand how a portfolio sets vision and strategy, organize programs to maximize benefits, and execute projects to deliver outcomes, illustrated by a productivity empowerment example with an ERP program.

Project governance hinges on decision making; good governance uses timely decisions by a guiding board, clear information flow, single accountability, and defined risk ownership, often supported by a PMO.

Explore how project management offices centralize portfolios, programs, and projects to maximize value, improve collaboration and stakeholder confidence. Adapt PMO strategy to organizational needs rather than relying on rigid types.

Explore the project charter: its purpose, sign-off by the sponsor, and a high-level format with scope, deliverables, milestones, stakeholders, risks, and change rules.

Explore the three main project development approaches—predictive, adaptive, and hybrid. Learn how incremental and iterative options enable early deliverables and how agile blends them for review.

Compare the predictive (waterfall) and agile (change-driven) approaches, exploring how the triangle of constraints—scope, cost, and schedule—drives fixed versus variable elements and iterative delivery.

Learn five criteria to choose between agile and waterfall—scope clarity, change frequency, client involvement, team stability, and time to market—plus when to hybridize.

Explore project delivery cadence by detailing four delivery types—single, multiple, periodic, and continuous—applied across predictive, iterative, and agile projects, with examples from software industry practices.

Explore the project life cycle and its phases, including sequential, overlapping, and iterative flows, with examples from mobile app development and book publishing.

Explore essential project management keywords from fundamentals, including ELFs, affinity diagrams, balance matrix, and cost-benefit analysis, with techniques for retrospective reflection and stakeholder-focused decision making.

Explore the 40 project management processes across the governance, scope, and risk performance domains, each formatted as inputs, outputs, tools, and techniques, designed to balance the operational framework with flexibility.

Governance centers on value delivery, decision making, strategic alignment, and efficient execution. It integrates quality and procurement into governance and renames the initiate project or phase process.

Master the scope performance domain by planning scope management, eliciting and analyzing requirements, and defining scope with WBS, user stories, and product backlog for both predictive and agile projects.

Learn how to plan schedule management and develop a flexible schedule that blends agile and predictive approaches, then monitor and control the schedule using data, forecasts, and change requests.

Identify stakeholders and build a stakeholder register, then plan, manage, and monitor engagement and communications within the stakeholders domain to drive change requests and updates to plans.

Identify and manage human, equipment, and virtual resources across planning and execution. Plan resource management, estimate resources, acquire resources, lead the team, and monitor with PMIS, AI, and AR/VR.

Differentiate risk from issue; view it as a probabilistic event with opportunities or threats. Master the six risk processes: plan, identify, analyze, plan responses, implement responses, and monitor risks.

Embrace six project management principles—holistic view, value focus, quality in processes, accountable leadership, sustainability integration, and an empowered culture—and adapt them to guide decisions and mindset.

Discover the project management mindset with three pillars—proactive, ownership, and value-driven—emphasizing holistic view, quality integration, accountable leadership, and sustainability in project success.

Adopt a holistic view and systems thinking, seeing the project as part of a system. Use five whys to uncover root causes and boost resilience and risk management.

Learn how focus on value defines net benefits over investment, measuring monetary and non-monetary outcomes to maximize ROI, prevent waste, and guide project decisions through the business case.

Embed quality into processes from the planning phase to prevent defects and costly corrections. Use training, inspections, and testing to achieve predictable outcomes, efficiency, and stakeholder credibility.

Lead with accountability and situational leadership, cultivating emotional intelligence, trust, and psychological safety to empower teams and deliver project success.

Integrate sustainability across all project areas by balancing people, planet, and profits with environmental, social and economic impacts to protect future needs; avoid, mitigate, restore, or offset negative outcomes.

Build an empowered culture by fostering mutual trust, clear roles, and a learning environment that embraces mistakes, retrospectives, and diverse stakeholder involvement, including remote teams.

Create and maintain a stakeholder register to identify all internal and external stakeholders, capture names, titles, roles, and organizations, and regularly review access and engagement.

Compare the communication management plan and the stakeholder management plan, detailing who, what, and how to engage stakeholders, ownership, frequency, and when to use each in large versus small projects.

Use a power–interest matrix to map stakeholders into quadrants and guide engagement: monitor low power/low interest, manage closely high power/high interest, inform high interest/low power, and satisfy high power/low interest.

Learn to use the stakeholder engagement assessment matrix to map stakeholders by current and desired positions, plan actions, and prioritize high power stakeholders to move toward commitment.

Identify, analyze, and engage stakeholders while monitoring with net promoter score to gauge promoter and detractor feedback, driving improvements.

Learn the seven principles of effective communication to boost project management skills, including clear, precise speaking, active listening, and decisive, outcome-focused discussions in in-person settings.

Master active listening with seven principles: allow time, maintain eye contact, ask questions, paraphrase, avoid distractions, prevent judgment, and summarize to conclude discussions.

Explore how a project management information system enables online access, collaboration, and easy information creation, replacing paper trails with integrated tools like Slack, Trello, and Google Docs.

Explore six techniques for resolving conflicts in project management—confrontation, collaboration, forcing, compromising, accommodation, and withdrawal—while distinguishing constructive versus destructive conflicts and applying emotional intelligence.

Review key concepts in communication and stakeholder management, including the 5 cs of written communication, active listening, asynchronous communication, buy-in, collaboration, and stakeholder engagement.

Master the complete steps to acquire and manage project resources, from planning resource management and staffing to acquiring, onboarding, and leading the team with monitoring and control.

Explore the project resource management plan, detailing how to acquire, board, manage, and off-board materials and human resources, including roles, timelines, training, and performance reviews.

Discover how a team charter, authored by the team, defines vision, mission, success criteria, and communication rules as a living document sustaining accountability in agile, predictive, or hybrid projects.

Identify human resources for projects using top-down and bottom-up estimation, analogous data, and expert judgment, then align with WBS and requirements to develop the resource management plan and team charter.

Discover the differences between resource histogram and resource calendar, and learn how to define resource types per month or week while specifying who works when in a calendar presentation.

Learn how to implement a RACI chart, a responsibility assignment matrix, to assign responsibility, accountability, consulted, and informed roles for tasks like RFP writing, selection, and contract management, preventing conflicts.

Explore the pros and cons of remote and hybrid teams, including a wider talent pool, cost savings, employee satisfaction, and the relation to the PMP.

Explore how team efficiency fluctuates across a project lifecycle using the Tuckman ladder, from forming through storming, norming, performing, and adjourning, and apply a team charter to sustain performing.

Explore emotional intelligence, or EQ, and how self-awareness, self-management, social awareness, and social skills help project managers navigate people, decisions, and exam readiness.

Explore how technology, work environment, and intentional team-building boost teamwork and collaboration, with a project manager guiding pairing, mobing, and swarming to resolve issues and enhance productivity.

Explore essential team management keywords for capm prep, including 1-on-1 meetings, 36-degree feedback, accountability, adaptive and situational leadership, Maslow's needs, and team development stages.

Explore project management plans and project documents, including scope, cost, schedule, quality, risk, and resource documents, and learn how to balance thoroughness with good enough documentation in agile environments.

Explore how the business case, project charter, and planning documents drive scope development, and how the requirements management plan, requirement traceability matrix, and WBS dictionary shape the scope statement.

Define the project scope with a work breakdown structure, detailing phases, deliverables, levels, and code of accounts, ensuring 100% coverage through mutually exclusive, collectively exhaustive work packages and planning packages.

List activities, sequence them with a network diagram, estimate with three time values (pessimistic, most likely, optimistic) to apply PERT and identify the critical path.

Compare resource leveling and resource smoothing within the critical path method and PERT framework to balance limited resources, adjust task sequences, and preserve project duration.

Examine resource management issues in predictive planning, including Parkinson's low, self-protection, sandbagging, student syndrome, multitasking, and drop it button, and their impact on pert, network diagrams, and critical path.

Master earned value management, a set of KPIs measuring project performance against the baseline with budget at completion, planned value, earned value, and CV/SV to assess cost and schedule.

Discover ten types of project meetings, including business, planning, kickoff, work, status, review, change control, team building, one-on-one, and lessons learned meetings, plus best time-box practices.

Learn fast-tracking and crashing to compress schedules when schedule performance index or schedule variance shows delays. Balance risk and deadlines by evaluating cost performance index and cost variance.

Apply a defined change control process to document change requests, assess financial, scope, schedule, and quality impacts with the change control board, and update the change log and project scope.

Explore how a changelog tracks changes in predictive projects, with a table including id, category, description, requester, date submitted, approved, status, and linked documents or commands, updated as changes occur.

Differentiate scope change from scope creep and explain how unreviewed changes and gold plating impact cost and schedule, and outline the formal change management process with the change control board.

Explore key concepts in predictive project management, including 100% rule, work breakdown structure, activity attributes, duration estimates, baseline, and change control.

Learn how the scrum master champions the scrum by maintaining processes, removing impediments, protecting the team, encouraging learning, empowering the self-organized development team, promoting openness, facilitating consensus, and mediating conflicts.

Development teams refine product backlog with the product owner, plan and decompose stories into tasks, estimate and execute sprint backlog, and participate in stand-ups, reviews, and retrospectives to deliver increments.

Trace value delivery in scrum from the sponsor-approved vision to roadmap, release plan, sprints, daily stand-ups, and sprint reviews toward a potentially shippable product increment.

Define the product vision and outline a high level roadmap with milestones and releases, illustrated by concrete examples of vision statements and roadmaps for an online courses product.

Explore how user stories capture end-user value in agile projects, using a user role format, acceptance criteria, and the Invest framework to define ready requirements.

Map agile requirements with user story mapping, linking epoch, features, epics, and themes to portfolio and product backlogs. Learn estimating with story points, ideal days, and ideal hours.

Discover how the product backlog, an active and emergent list fed by stakeholders, is refined through backlog refinement sessions, with items detailed appropriately, estimated, and prioritized for delivery.

Apply agile sprint rules by timeboxing work, ending sprints on schedule, moving unfinished stories back to the backlog for re-prioritization, and maintaining consistent sprint durations with no gaps, respecting capacity.

Understand velocity as the sum of completed story points per sprint, and use it to plan sprints and releases while assessing team health through consistency, avoiding rewards-based misuse.

Explore the four scrum events—sprint planning, daily stand-up, sprint review, and sprint retrospective—and learn who participates, the goals, and how the sprint backlog forms from the product backlog.

Explore how agile performance uses empirical data and past deliverables. Identify burn down or burn up, feature chart, cumulative flow diagram, through-output chart, and escaped defect chart.

Explore agile project management keywords, from the 100-point method and three Cs of user stories to backlog refinement, velocity, and sprint ceremonies.

Unlock common myths about quality in projects by distinguishing quality from grade, understanding cost of quality, and recognizing that quality means meeting customer expectations and is everyone's responsibility.

Explore four core quality standards and philosophies—lean manufacturing, ISO 9000, Six Sigma, and total quality—and learn tools like 5S, Kaizen, JIT, and PDCA for project quality.

Differentiate standards from regulations: standards are optional best practices that improve quality, safety, and efficiency, while regulations are legally binding requirements with penalties for non-compliance.

Explore the difference between quality assurance and quality control, including proactive process-focused prevention vs reactive product-focused testing, with activities like process documentation, training, process audits, testing, inspection, and measurement.

Learn the kaizen approach to continuous improvement, applying ongoing changes across processes, products, and services, with examples like just-in-time, software refactoring, and root cause analysis to boost value delivery system.

Identify and minimize lean waste to improve project efficiency by addressing transportation, inventory, motion, waiting, overproduction, over processing, defects, and non-utilized talent, with just-in-time focus.

Identify the key bottleneck that restricts a system's objectives and fix it to improve performance, applying the theory of constraints with a highway example of a single-lane bottleneck.

Explore 20 quality management tools and techniques, from benchmarking and cost of quality to Pareto analysis, Ishikawa diagrams, PDCA, flow charts, run charts, control charts, and unit testing.

Learn to perform a cost of quality analysis by quantifying conformance and non-conformance costs, and evaluating prevention, appraisal, and failures to guide quality investments.

Learn to apply the cause-and-effect (Ishikawa) diagram to identify root causes of quality issues using 5M/5Ys categories—methods, labor, environment, materials, and equipment—and develop actionable solutions through iterative why questions.

Review key quality management keywords such as accuracy, appraisal costs, assumption, control charts, Ishikawa diagram, PDCA, Pareto principle, and Six Sigma to link planning with quality outcomes.