PMP Certification Exam Prep Course FULL TRAINING PMBOK7th Ed

Define a project as a temporary, unique endeavor to deliver a product, service, or result within scope, quality, and cost constraints, using progressive elaboration as information evolves.

Explore repetitive, ongoing operations that produce the same product or service, such as data entry or customer service, and compare them to projects defined by one-time goals and temporary teams.

Highlight how program management coordinates related projects to achieve benefits not available from managing them individually.

Learn how a portfolio groups projects, programs, and operations to achieve strategic objectives through alignment with organizational strategy and its components.

Define the system for value delivery as portfolios, programs, projects, products, and operations that create value aligned with organization strategy, including customers, financial metrics, and societal perspectives.

The governance system works with the value delivery system to enable smooth workflows, manage issues, and support decision making; it aligns portfolio objectives, program benefits, and project deliverables.

Explore how project functions provide oversight and coordination, guiding teams to deliver outcomes, benefits, and value for stakeholders. Learn centralized and decentralized coordination, and how leadership models shape project performance.

Learn how project management functions guide planning, execution, monitoring, and closing to meet stakeholder needs and organizational objectives, with feedback from customers and end users shaping direction.

Explore how project functions facilitate and support through facilitation, coordination, and stakeholder alignment. Learn techniques to foster teamwork, accountability, and making decisions.

Explore how project teams perform work and contribute insights across functions, aligning deliverables with organizational goals and enabling collaboration across sales, finance, operations, and beyond.

Subject matter experts and consultants bring knowledge and vision to define scope, risks, and deliverables. They shape the project plan, schedule, budget, and quality standards using the tools and techniques.

Identify and align project direction with stakeholder needs through market research, backlog prioritization by business value and risk, and continuous feedback using agile ceremonies.

Provide resources and directions to promote the project and align with organizational strategy, ensuring clear vision, stakeholder communication, and effective governance.

Maintain governance by providing an oversight framework that aligns projects with organizational goals, clarifies roles, approves plans, monitors progress, and links work to strategic objectives.

Explore how internal environments drive project outcomes by examining artifacts, governance, process assets, data assets, knowledge assets, security, culture, and resource availability.

Explore how external environment factors—marketplace conditions, regulatory environment, commercial databases, academic research, industry standards, financial considerations, and the physical environment—shape project scope, cost, schedule, and risk.

Explore how portfolio, program, and project management interlink with product management across the product life cycle, from ideation to retirement, to deliver value for customers and stakeholders.

Explore the 12 principles of project management, guiding behavior and decision making, aligned with the PMI ethics values of responsibility, respect, fairness, and honesty, and focused on delivering value.

Learn how project managers practice stewardship by upholding integrity, care, trustworthiness, and compliance while guiding teams and stakeholders toward ethical, responsible resource use that respects the environment.

Develop a collaborative project team environment that leverages diverse skills to achieve more, guided by team agreements, structures, and processes, with clear roles, feedback, and stand-up meetings.

Identify stakeholders by their needs, expectations, and power levels, and develop targeted strategies and communication plans for ongoing engagement. Build trust, align objectives, and resolve conflicts to enhance project outcomes.

Identify, analyze, and engage with stakeholders across the project lifecycle to build trust, inform decisions, and deliver value through effective communication and collaboration.

Align projects with business objectives and intended benefits. Monitor outcomes to maximize value and use tools like business cases, value engineering, earned value management, and agile methods to measure value.

Recognize, evaluate, and respond to system interactions through system thinking across system of systems, align subsystems and integrate components to deliver customer value.

Learn to recognize, evaluate, and respond to system interactions through leadership grounded in honesty, integrity, and ethical conduct that motivates, communicates, and empowers the project team.

Tailor the project development approach to the context, objectives, stakeholders, governance, and the environment, applying just enough processes to maximize value and adapt through the project life cycle.

Build quality into project processes and deliverables. Practice proactive quality management to meet acceptance criteria and stakeholder needs, while continuous improvement drives outcomes like reduced rework and higher customer satisfaction.

Navigate project complexity by evaluating human behavior, system behavior, uncertainty, ambiguity, and technological innovations. Develop skills in stakeholder analysis, communication planning, and leadership to guide the project life cycle.

maximize opportunities and minimize threats by optimizing risk responses throughout the project life cycle, monitoring probability and impact, and aligning with risk appetite, threshold, and stakeholder ownership.

Learn how embracing adaptability and resiliency helps project teams navigate uncertainty by focusing on outcomes, using short feedback loops, continuous learning, diverse skills, prototyping, and open planning.

Enable change to achieve the envisioned future state by guiding adoption and sustainment of new behaviours. Use a structured, cyclic change management approach with engagement, training, and communication.

Identify and manage the eight project performance domains to deliver effective outcomes. Coordinate stakeholders, team, development approach and lifecycle, planning, project work, delivery, measurement, and uncertainty within an integrated framework.

Identify, analyze, and engage stakeholders within the stakeholder performance domain to align interests, manage requirements, and resolve conflicts, using stakeholder analysis, stakeholder register, and stakeholder management plan.

Master the stakeholder engagement cycle by identifying, understanding, analyzing, prioritizing, engaging, and monitoring stakeholders to optimize project outcomes. Apply stakeholder mapping and power–interest analysis to guide engagement.

Identify stakeholders early, including internal and external groups, to understand their needs, power, and attitude. Use stakeholder analysis tools and engagement strategies to manage relationships across the project lifecycle.

Analyze stakeholders by identifying needs, expectations, and influences, using quantitative and qualitative data to map power and interest in a matrix and tailor engagement throughout the project lifecycle.

Engage stakeholders through early and ongoing collaboration, clear communication, and negotiation to align needs with constraints, manage expectations, and drive project success with feedback loops.

Monitor and evaluate the level and quality of stakeholder interaction to keep satisfaction with project progress and deliverables. Adapt engagement strategies as stakeholders evolve.

Classify stakeholders using organizational, product and market based, and funding based models; apply impact, influence, power and interest, salience, and directions of influence grids to prioritize engagement and communication.

Compare current and desired engagement levels (unaware to leading) with the stakeholder engagement assessment matrix, and close gaps through tailored communication, training, and ongoing monitoring.

Learn to identify and document stakeholders with the stakeholder register, including influence, stage, and classification, to plan engagement and communication throughout the project lifecycle.

Identify the eight project performance domains—stakeholders, team, development approach and lifecycle, planning, project work, delivery, measurement, and uncertainty—and how they interrelate to deliver outcomes.

Explore how the team performance domain builds a high-performing, collaborative project team through shared ownership, leadership behaviors, and a four-stage process guided by the project manager.

Explore the team performance domain by learning to lead, motivate, and empower a diverse cross-functional group, focusing on the project team, project manager, and project management team.

Balance project team management with leadership to deliver value to stakeholders, defining roles, planning, monitoring work, managing risks, and fostering a collaborative environment that meets scope, schedule, budget, and quality.

Centralized management assigns accountability and defines scope, schedule, budget, and risks to the project manager. Distributed management enables self-organizing teams and agile collaboration, but may cause unclear roles and control.

Practice servant leadership by developing project team members and removing impediments to enable high performance, autonomy, trust, and collaboration. Empower self-organization and ethical conduct to foster learning, motivation, and value.

Identify common aspects of team development for any project team, including vision and objectives, roles and responsibilities, the project team charter, norms, and guidance, feedback, and mentoring.

Explore how project team culture shapes communication, motivation, and performance, and learn how the project manager models transparency, integrity, respect, and courage to foster open dialogue and collaboration.

Explore the factors that drive high performing project teams, including open communication, shared understanding, trust, collaboration, and empowerment, and learn how leaders foster these through clear goals and supportive environment.

Establish and share a compelling project vision that defines the purpose, desired future state, and measurable success, aligning stakeholders and guiding decisions through a collaborative, actionable statement.

Develop critical thinking to apply rational, evidence-based reasoning across all project performance domains, identify biases and ambiguous assumptions, and base decisions on evaluated data and multiple perspectives.

Understand intrinsic and extrinsic motivators for project team members. Apply strategies that align goals, provide feedback and autonomy, and foster growth to sustain commitment.

Develop fast, data-informed decision making by gathering information, assessing alternatives, and engaging diverse stakeholders through unilateral, group, or project team approaches, using tools like brainstorming, voting, and multi-criteria analysis.

Manage conflict by open communication, focus on issues, and apply Ken Thomas and Ralph Gilman’s five styles—compromising, smoothing, forcing, withdrawal, and problem solving—for effective projects.

Tailor leadership styles to align with project type, team maturity, governance structures, and distribution to boost outcomes. Apply delegative, participative, directive, and supportive approaches to improve communication and team performance.

Explore the team performance domain in project management, detailing shared ownership, a high performing team, and leadership skills that drive collaboration, problem solving, and value to stakeholders.

Align the project's objectives, scope, and deliverables with the chosen development approach and lifecycle, balancing agile or predictive methods to optimize delivery cadence and value.

Explore the development approach and lifecycle performance domain to select and apply the right approach and lifecycle, manage deliverables, cadences, and transitions across project phases.

Explore how project deliverables shape development approaches, cadence, and life cycle phases, and compare waterfall and agile methods to align deliverables with stakeholder needs.

Explore four delivery cadence options—single, multiple, periodic, and continuous—to tailor project outcomes to scope, feedback needs, and stakeholder satisfaction.

Explore predictive, hybrid, and adaptive development approaches for managing project life cycles, from upfront planning and risk control to iterative and incremental delivery driven by stakeholder feedback.

Learn to select a development approach that fits product characteristics and project context, balancing predictive and adaptive methods with delivery options like incremental or single delivery.

Explore the project life cycle and its phases from feasibility to close, including design, build, test, deploy, and phase gate reviews, with predictive, incremental, and adaptive options.

Define your development approach by selecting a model such as predictive, iterative, incremental, agile, or hybrid, and align planning, stakeholder involvement, and delivery through rolling wave planning and progressive elaboration.

Align project deliverables with objectives, stakeholder expectations, and strategy by selecting an appropriate development approach and lifecycle phases—predictive, hybrid, or adaptive—driven by uncertainty, complexity, and change.

Explore the planning performance domain, defining scope, objectives, deliverables, resources, risks, and dependencies, and learn how to monitor, control, and communicate with stakeholders throughout the project life cycle.

Explore key planning performance domain concepts, including estimates, accuracy, precision, crashing, fast tracking, and the project budget, and how these definitions shape project scope, schedule, and cost planning.

Plan proactively to define project deliverables and outcomes through key artifacts like vision statements, project charters, and business cases, aligning scope, schedule, cost, quality, and risks.

Identify planning variables that shape project planning, including development approaches, organizational requirements, market conditions, and legal restrictions. Apply adaptive, prototyping, or upfront planning to suit construction or product development projects.

Define and manage delivery planning by aligning the business case, stakeholder requirements, and scope with the chosen planning approach and delivery method.

Explore estimating as a planning tool that defines scope, schedule, budget, and resources, manages uncertainty and range across project life cycle phases, and contrasts deterministic, probabilistic, and flow-based methods.

employ a hierarchical work breakdown structure to decompose project objectives into phases, activities, and subtasks, represented as a tree diagram, table, or list to clarify scope and assign roles.

Learn how to decompose a work breakdown structure into activities and tasks with defined durations and resources, and manage activity attributes, milestones, and their relationships for effective project scheduling.

Identify mandatory (hard logic), discretionary (preferred logic), external, and internal dependencies, with notes on how mandatory dependencies are fixed, discretionary ones are adjustable, and external or internal factors affect scheduling.

learn the precedence diagramming method to map a project schedule network using nodes and arrows, showing dependencies with four relations: finish-to-start, start-to-start, finish-to-finish, and start-to-finish.

Apply leads and lags to optimize project sequencing by overlapping or delaying tasks, using predecessor and successor relationships as buffers to adjust start times.

Identify and quantify contingency and management reserves to address known unknowns and unknown unknowns, account for schedule uncertainty, and document these reserves in the schedule baseline and project cost.

Analogous estimation uses historical data and expert judgment in early project phases to estimate cost and duration, offering quick, inexpensive guidance when past projects are similar.

apply parametric estimation to calculate cost and duration using historical data, unit costs, and scalable measurements, based on a single algorithm and statistical relationships across similar projects.

Apply three point estimation to calculate expected duration or cost using optimistic, most likely, and pessimistic estimates. Learn how PERT and triangular distributions quantify uncertainty and risk.

Top-down estimation quickly sets a project cost or duration from high-level data, with fewer resources, while bottom-up estimates each activity for accuracy, best suited to large, multifaceted projects.

Estimate activity duration by factoring resource requirements, calendars, and enterprise factors, using input data evolving with design to produce ranges via expert judgment and analogous, parametric, or bottom-up methods.

Predictive schedule planning decomposes scope into activities and work packages, sequences them into a network diagram or Gantt chart, estimates durations and resources, and establishes a baseline schedule.

Explore adaptive schedule planning with iterative releases and timeboxed iterations that deliver value through a prioritized backlog, and duration estimates evolve with feedback.

Explore schedule compression to shorten duration without altering scope or quality, focusing on fast tracking and crashing, plus risks, costs, and critical trade-offs like lag and start-to-start relationships.

Resource leveling optimizes the allocation of people, equipment, materials, and facilities to avoid over allocation and underutilization. It may alter critical path and use float to align availability with schedule.

Resource smoothing adjusts start and finish dates within float to protect fixed duration and the critical path, while resource leveling shifts dates based on resource availability to balance workload.

Develop and control the project budget from cost estimates based on scope, schedule, quality, and resources, then apply contingency and management reserves to the approved cost baseline.

Identify the right mix of skills and experience for the project and plan team structure for colocated or virtual settings, weighing internal versus external resources, costs, and communication considerations.

Develop a stakeholder-focused communications plan by identifying who needs information, what they need, the right channels, and the frequency to build trust and align project objectives.

Estimate and plan physical resources, then procure and manage materials, equipment, and software to support project deliverables. Align procurement and logistics with scope, schedule, budget, and quality requirements.

Plan procurement by applying make or buy analysis, weighing cost, quality, time, risk, and capacity to align with project objectives, then select suppliers and manage contracts.

Manage changes throughout the project life cycle with a clear change control process, addressing risk events, environment shifts, and evolving requirements to minimize negative impacts and maximize outcomes.

Align planning, delivery, and measurement through metrics that track scope, time, cost, quality, risk, and stakeholder value; establish baselines, thresholds, and what to measure for ongoing performance.

Align planning artifacts with delivery commitments, scope, schedule, budget, resources, and stakeholder needs to ensure coherence across project elements. Regularly review, communicate, and adapt plans to deliver value.

Plan across all performance domains to align scope, schedule, cost, quality, resources, and risks with strategy; adapt through predictive, agile, or hybrid lifecycles while continuously monitoring and adjusting.

Explore planning for scope, schedule, budget, quality, resources, risks, and stakeholders, plus continuous monitoring and control. Learn how six outcomes ensure holistic, adaptable, and stakeholder-aligned project plans.

Learn how the project work performance domain drives execution by establishing processes, managing physical resources, fostering a learning environment, and handling procurements to ensure on-time, within-budget delivery.

Explore bid documents and bidder conferences within the project work performance domain. Explain how explicit and tacit knowledge relate to procurement, including information requests, proposals, quotes, and bid processes.

Coordinate project work to plan, execute, monitor, control, and close processes, keeping the team aligned with objectives, scope, and stakeholder expectations.

Project teams tailor processes, apply lean methods and value stream mapping, and use retrospectives to reduce waste and maximize value.

Balance competing constraints from time, budget, recipe, and quality to bake the best cake, adapt to changes like allergies, and communicate tradeoffs to your friend.

Lead the project team by maintaining focus, motivation, and satisfaction, balancing workload, and protecting project health to maximize value and meet delivery goals.

Plan, order, transport, store, and track physical resources in line with company policies and a logistics plan, ensuring timely deliveries, accurate usage estimates, and minimal waste and safety risks.

learn how procurement drives project success by working with contracting experts to plan, issue rfps, evaluate bids, negotiate terms, and manage contracts with vendors and stakeholders.

Learn to manage changes using adaptive and predictive approaches. Adaptive means flexible, evolving plans as you learn; predictive means sticking to the plan with approvals and budget and deadline checks.

Learn throughout the project to improve your work, help others, and conduct lessons learned meetings and retrospectives. Capture and share explicit and tacit knowledge to enhance future projects.

The project work performance domain enables and interacts with other performance domains by supporting planning, delivery, and measurement while fostering team meetings, stakeholder engagement, and navigating uncertainty, ambiguity, and complexity.

Assess how project work performance domain drives efficiency and effectiveness through tailored processes, audits, and robust communication, while managing resources, procurements, change, and continuous learning to improve velocity.

Present the core definitions for the delivery performance domain—requirements, WBS, DOD, quality, and Kwok—highlighting how they guide project scope and value delivery.

Explore how delivery of value drives stakeholder benefits across agile, iterative, and predictive life cycles, measuring and sustaining business value during and after projects.

Master moving targets of completion by applying agile, iterative development, adaptive planning, and change control to respond to customer feedback, market shifts, technology changes, and regulatory updates.

Balance process and product quality with costs by applying quality planning, assurance, control, and continuous improvement to meet stakeholder and end users' expectations across the project life cycle.

Define and decompose scope to clarify requirements, communicate scope through a scope statement, and guide work with a WBS and definition of done to prevent scope creep.

Explore the cost of quality framework to optimize project quality and minimize defects by balancing prevention, appraisal, internal and external failure costs, boosting customer satisfaction.

Explain the cost of change curve and how proactive quality management, including quality planning, assurance, control, and improvement, reduces defects and recalls by fixing issues early in project life cycle.

Suboptimal outcomes occur in every project. Effective project management identifies risks, assumptions, issues, and dependencies, and communicates with stakeholders to align expectations and deliver quality outcomes.

Explore how the delivery, planning, development approach and lifecycle, and project performance domains interact to deliver outputs while managing stakeholder expectations, uncertainty, risks, and change.

Check project results to evaluate performance and ensure alignment with strategic objectives. Verify realized benefits, stakeholder satisfaction, and understanding of requirements against the business case.

Assess project performance using earned value management, baselines from planning, and KPIs to identify variances. Take timely, appropriate actions to keep the project on track and deliver value.

Identify metrics and baselines, and construct dashboards to monitor project performance against plan, tracking defects per 1000 lines of code, customer satisfaction, planned versus actual costs, scope, and risks.

Establish smart measures to evaluate performance against the plan, track resources and budget, and report to stakeholders. Assess whether project deliverables meet customer acceptance criteria and enable timely decisions.

Learn to use leading and lagging indicators to monitor project progress and predict outcomes. Apply KPIs to track baselines, targets, risk signals, and outcomes like customer satisfaction and quality.

Learn to design effective metrics that are specific, measurable, meaningful, achievable, relevant, and timely. Measure defects per module and severity to align with project objectives and avoid waste.

Track defects and errors, monitor resolution speed, and use performance and technical measures defined in the project scope statement or product specifications to ensure deliverables meet requirements.

Explore delivery measurements such as work in progress, lead time, cycle time, and queue size to monitor performance, reduce waste, and improve value delivery using adaptive project practices.

Explore baseline performance using cost and schedule baselines, track deliverable measures and progress, assess schedule variance, earned value and SPI/CPI to monitor project performance.

Assess project performance and efficiency using resource measurements that compare planned versus actual utilization and costs, identifying price and usage variances to guide adjustments.

Measure business value to evaluate project success and ensure alignment with the business case and benefits realization plans. Apply metrics like cost benefit ratio, ROI, and NPV to assess value.

Assess stakeholder satisfaction using net promoter score (NPS) and mood charts to gauge loyalty and morale. Track engagement through surveys and monitor unplanned turnover to improve project performance and relationships.

Explore forecast measurement for project cost planning using qualitative judgments and quantitative estimates such as ETC and EAC, plus BAC, AC, TCPI, regression, and throughput analyses.

Learn how dashboards present KPIs using stoplight, bar, pie, and control charts to visualize performance, drill down into data, and interpret deviations with clear text explanations.

Display information radiators in prominent places to show the current status and progress of a project, enabling visible, timely, collaborative updates for agile environments via charts and boards.

Visual controls, or information radiators, reveal performance by dashboards and task boards. Use burn charts, Kanban limits, and impediment lists to boost transparency, flow, and lean improvement.

Identify common measurement pitfalls and design metrics that align with project goals, measuring quality, impact, and customer feedback while avoiding vanity metrics, demoralization, misuse, and mistaking correlation for causation.

Monitor and evaluate project performance against goals, using metrics and thresholds, and apply earned value, variance, and trend analysis to trigger timely exception plans.

Measure and display data to learn and improve, selecting metrics such as customer satisfaction and defect density that align with goals to inform decisions and boost project performance.

Analyze how the measurement performance domain tracks progress, uses earned value analysis or balanced scorecard, and informs plan updates via baselines and metrics.

Assess project performance through reliable measurements and audits, ensuring data collection and analysis are accurate, unbiased, and transparent to support timely, value-realizing decisions.

Learn to navigate the uncertainty performance domain by identifying and analyzing risks, planning responses, and monitoring outcomes across regulatory requirements, stakeholder expectations, market trends, and technological changes.

Explore uncertainty and its sources, including ambiguity, complexity, and volatility. Identify, assess and mitigate uncertainty and communicate with stakeholders to manage risk and avoid delays and cost overruns.

Navigate uncertainty by identifying economic, technical, legal, physical, social, market, and political influences that shape project scope, cost, schedule, quality, and stakeholder satisfaction, and apply strategies to manage them.

Learn how to identify opportunities and threats amid uncertainty, assess risks with a risk register, and choose responses using information gathering, prototyping, and resilience in agile projects.

Identify conceptual and situational ambiguity in project management, define what on track means with common rules and indicators, and use progressive elaboration, experimentation, and prototypes to reduce uncertainty.

Understand how complexity in programs, projects, and environments creates unpredictable outcomes, and apply decoupling, simulation, diversity, iteration, engagement, and fail-safe techniques to manage it.

Identify volatility as an inevitable project context and apply alternative analysis and reserves to anticipate changes, manage risk, and seize opportunities for innovation and learning.

Explore how risk and uncertainty shape projects, distinguishing threats from opportunities and detailing response strategies like avoid, transfer, mitigate, and exploit within PMBOK guidance.

Allocate contingency reserve to address identified risks and management reserve for unknown events, illustrating controls by the project manager and by senior management or sponsor with a $100,000 budget example.

Establish a frequent review cadence with stakeholders to surface threats, opportunities, and risk responses. Use daily stand-ups, weekly reviews, and retrospectives to identify blockers, track progress, and capture lessons learned.

Advance project outcomes by managing uncertainty across planning, delivery, and measurement domains. Use risk reserves, responses, and ongoing monitoring to adapt to evolving scope and stakeholder needs.

Assess and respond to uncertainty by evaluating environmental factors such as regulatory requirements, market trends, and economic conditions, align risk responses with project constraints, and anticipate threats and opportunities.