Zero to PMP: Master Project Management for PMP Certification

Master project management by ensuring scope, budget, and time frame meet quality standards, and apply the benefits management plan, stakeholder engagement, and essential tools to improve outcomes.

Program management coordinates related projects through a separate system to prevent conflicts, reduce risk, and improve coordination; portfolio management adds value by guiding programs, projects, and operations toward strategic goals.

Define operation vs. project, highlighting ongoing work with deadlines, and show how a completed project leads to operation and how an operation may spawn a new project.

Define the project management office and classify authority into sportive, controlling, and directive PMOs, Agile PMOs, then show how blending types creates a customer-centric PMO delivering tangible and intangible benefits.

Define how organizational project management integrates portfolio, program, project, and operations work under a strategic governance roadmap, guided by PMO-supported governance, standards, policies, and decision-making models.

Explore the characteristics of the three major organizational structures: functional, matrix, and project-oriented, and learn how authority, resource management, and career paths differ across them.

Identify the project manager as the value driver coordinating communication and leading budgeting, scheduling, and change control to achieve project goals in predictive environments. Agile roles differ with leadership shared.

The project sponsor or initiator finances the project, provides support, prevents unnecessary changes, and approves the project charter and project management plan, keeping work on budget and the baseline.

Examine the project team's roles in planning, executing, and monitoring work, including developing the schedule and budget, creating the work breakdown structure, and managing changes and reports.

The functional manager is a department head and subject matter expert who oversees resources, motivates teams, and participates in risk identification and change control, with approval power varying by structure.

Explain the program manager’s role coordinating related projects to align with business strategy, and the portfolio manager’s role overseeing programs, projects, and operations to meet strategic goals.

Compare the project lifecycle with project management processes, explore the five process groups, phase gates, and predictive, adaptive, and hybrid lifecycles with practical construction and IT examples.

Review the essential terms of project management and the key stakeholder roles—project manager, sponsor, and project team—and plan to revisit their responsibilities for the exam in upcoming lectures.

A process converts inputs into outputs using tools and techniques, with outputs potentially feeding other processes, across five focus areas and seven performance domains.

Explore the five focus areas: initiating, planning, executing, monitoring and controlling, and closing, and how they interrelate, with outputs like the project charter and high-level plans.

Provides a high-level overview of initiating processes, stakeholder identification, scope, requirements, schedules, and resources across predictive, agile, and hybrid lifecycles, with the project management plan unifying plans.

Explore executing and monitoring and controlling processes, including acquiring resources, leading the team, validating scope, implementing risk responses, and engaging stakeholders, with schedule and finances tracked toward project closure.

Explore the tailoring concept in project management, adapt processes and documents to fit each project’s environment, stakeholder needs, and organizational context, and tailor lifecycles and techniques accordingly.

Learn how value-based delivery drives project outcomes in the PMBOK 8 framework, prioritizing high-value work, incremental delivery, and measurable benefits to align sponsors and stakeholders.

Explore enterprise environmental factors (EEF) as inputs to most project management processes, distinguishing internal factors like company culture from external factors such as regulations, safety standards, and climate.

Learn how expert judgment, drawn from external consultants or internal experts, guides legal advice, technical insights, and cost estimation, and how these experts collaborate with the project manager.

Master data gathering tools and techniques, data analysis, and data representation for decision making and project planning. See examples like brainstorming, benchmarking, checklists, interviews, questionnaires, and surveys.

Explore how the project management information system (PMIS) uses automated tools to simplify scheduling, time tracking, procurement, and information collection, with examples like Microsoft Project and cloud storage.

Explore decision making techniques, including voting, autocracy, and multi-criteria analysis, and learn how weighting criteria like cost, quality, delivery time, and past performance guides vendor selection.

Explore interpersonal and team skills essential for project success, including facilitation, conflict management strategies, effective meetings, leadership, influencing, motivation theories, emotional intelligence, and active listening.

Explore the fundamentals and evolution of artificial intelligence, from early rule-based computers to modern machine learning and deep learning, and discover how ai concepts apply to project management.

Explore the AI family and distinguish artificial intelligence, machine learning, deep learning, large language models, generative AI, and GPT with simple definitions and practical examples for project management.

Learn how to use AI responsibly and ethically in project management, addressing bias, privacy, accountability, and transparency while ensuring fair, data-driven decisions and sustainable, human-centered oversight.

Integrate sustainability across all project areas to balance environmental, social, and economic impacts and deliver long-term value through scope, schedule, cost, risk, and governance.

The internal rate of return (IRR) measures investment profitability by the discount rate that makes net present value zero, guiding project choice by the highest IRR on the exam.

The payback period equals the time to recover the initial investment from net cash inflows; select the project with the shortest period, while acknowledging other criteria.

Grasp present value (PV) and its link to future value (FV) via the PV formula. See an 8% example with $10,000 over 3 years showing PV < FV.

Explore how to select a project by comparing internal rate of return, payback period, benefit-cost ratio, present value, and net present value to choose the best option.

Explore key accounting terms for the PMP exam, including opportunity cost, sunk cost, EVA, diminishing returns, working capital, and depreciation, including straight-line and accelerated depreciation.

Review the section on project selection methods before chartering, focusing on economic models and the two groups: benefit measurement and constraint optimization, including IRR, payback, BCR, present value, and NPV.

Define governance as the domain that guides project decisions and activities through clear rules and processes across predictive, adaptive, and hybrid approaches to maximize value and align with strategic goals.

Initiate the project or phase by authorizing work with the project charter, including the business case, sponsor, high-level objectives, and key milestones.

initiation assigns the project charter to the sponsor, with potential early project manager involvement, using the business case for high-level input and guiding both predictive and agile approaches.

Discover how the project management plan integrates scope, schedule, cost, and subsidiary management plans into a single governance document. Enhance governance by detailing lifecycle, development approach, baselines, and iterative updates.

Define the performance measurement baseline as the three initial baselines—scope, schedule, and cost—and use it to compare actual project performance during execution, updating as needed.

Explain the change management plan and its role in handling scope, schedule, and budget changes. Define the change control board, change definitions, submission forms, tracking tools, and approval workflows.

Integrate and align the project management plan using charter, organizational assets, and environmental factors; apply expert judgment and collaborative meetings to align stakeholders and kickoff.

Explore the planned sourcing strategy process through make-or-buy analysis, compare outsourcing and internal execution, and apply source selection analysis and contract decisions to optimize procurement.

Explore how the manage project execution process drives project work, leads the team, and delivers deliverables; track work performance data and issue log, and apply change control with PMIS tools.

Manage project execution to deliver deliverables, gather work performance data, and process change requests and issues while updating the project management plan, documents, and organizational process assets.

Explore how governance in predictive environments uses business documents, the project charter, and the project management plan to guide kickoff and manage project execution.

Explore how quality assurance applies planned methods to prevent defects, conduct quality audits, and drive process improvements to meet project requirements.

Learn how quality assurance outputs and change requests update baselines and the quality management plan, guided by quality metrics and risk considerations. Use audits, checklists, and pdca for continuous improvement.

Keep the lessons learned register as a living, collaborative knowledge asset that transfers insights from past to future projects using cloud tools, while project managers ensure responsible sharing and confidentiality.

Discover metrics to measure and forecast project performance in adaptive and predictive environments, including cycle time, lead time, velocity, quality, stakeholder satisfaction, and buffers.

Explore assess and implement changes process uses integrated change control and a change control board to evaluate requests, approve or reject changes, update plans, and log decisions in change log.

Identify, analyze, and manage changes in predictive environments through integrated change control, involving the change control board or sponsor, with change requests, impact analysis, and updates to baselines and documents.

Evaluate change requests to obtain approved changes and update the project management plan, performance baselines, and changelog. Apply change control, configuration management, and backlog management to handle adaptive environments.

Execute the close project or phase process to formally close all work, verify scope and acceptance criteria, close contracts, and issue the final performance report with lessons learned.

Close the project by producing the final performance report and updating key documents—lessons learned, risk, issue, change, and stakeholder logs—then hand off deliverables to operations.

Explore how the benefits management plan captures project advantages, ownership, timing, measurement methods, risks, and assumptions, created before chartering and refined iteratively during the project.

In adaptive environments, local domain experts make task decisions while the project manager ensures the big picture, collaboration, and continuous improvement within agile governance.

Tailor governance to each project by matching processes to its lifecycle phases and predictive, adaptive, or hybrid development approaches, balancing stakeholder engagement, change and knowledge management, and reporting.

Enhance governance by applying artificial intelligence to brainstorming, monitoring, decision analysis, prediction, and reporting. Leverage artificial intelligence to support smarter decisions while project managers retain final authority and leadership.

Review this section covers the governance performance domain: charter and assumption log basics, project management plan contents, make-or-buy decisions, quality and knowledge management, change control, and project closure.

Explore the scope performance domain, its six scope-related processes, and the distinctions between product scope and project scope, plus the concept of goal plating, for mastering scope management.

Plan scope management and requirements management by detailing how to define, monitor, and control scope, how changes are approved, and how the scope baseline and deliverables are reviewed.

Plan scope management shows how to create scope and requirements management plans using inputs from the project charter, project management plan, risk management plan, stakeholder engagement plan, and expert judgment.

Elicit and analyze stakeholders' requirements to define scope, document measurable requirements with acceptance criteria, and trace them via a requirements traceability matrix; translate to user stories in agile backlogs.

Learn to collect, analyze, and document requirements using inputs like the business case, project charter, and contracts, and generate requirements documentation and the requirements traceability matrix through diverse elicitation techniques.

Define project scope using inputs from the project charter and requirements documentation, apply decomposition and product analysis, and balance conformance and non-conformance costs to shape the scope statement.

Explore the WBS dictionary, detailing each work package with description, acceptance criteria, constraints, risks, budget, resources, milestones, and start dates to prevent scope creep and support work authorization.

Connects project scope to value by attaching explicit value to each deliverable within the value breakdown structure, guiding value-driven scope decisions and acceleration on the critical path.

Define the work breakdown structure in predictive environments to capture project deliverables and guide scope, while the WBS dictionary notes predecessors and successors; include sustainability in scope from the start.

Obtain stakeholder agreement on project scope to create a shared baseline, prevent scope creep through formal approval and integrated change control, and guide planning and success criteria.

Understand the big picture of scope management and the validate scope process. Discover how quality assurance and quality control yield verified deliverables and enable customer validation throughout the project lifecycle.

Understand how the validate scope process yields accepted deliverables, handles change requests, and transforms work performance data into updates for quality reports and requirements.

Measure and control project scope against scope baseline, identify causes of changes, and use metrics such as scope definition accuracy and stability of requirements to prevent scope creep.

Clarify the differences between quality assurance and quality control using a roof construction example, and show how checklists verify processes and final deliverables meet requirements before customer acceptance.

Learn to monitor and control scope for PMP prep by generating quality reports, verifying deliverables, and managing change requests; apply variance analysis, control charts, Pareto analysis, and update requirements documentation.

Plan and manage scope and quality with sustainability in mind, turning requirements into measurable standards and acceptance criteria aligned with environmental standards and lifecycle thinking.

Compare how scope and quality are managed in predictive and agile environments, showing how product backlog, epics, features, and stories guide iterative scope refinement, deliverables, and acceptance criteria.

Tailor scope management by selecting and adapting processes to project needs within the scope performance domain, considering predictive, agile, or hybrid environments and unstable requirements.

Explore the scheduled performance domain and its three processes, with a practical view of schedule management. Learn to estimate activity durations and perform schedule calculations, reinforcing PMI conceptual questions.

Learn the schedule management domain: plan how to manage the schedule, define activities, sequence activities, estimate durations, develop the schedule, and monitor and control progress against the baseline.

Understand the inputs, tools and techniques, and outputs of plan schedule management, including the schedule management plan, project charter, scope management plan, development approach, and organizational process assets.

Define activities by decomposing work packages into tasks, create an activity list with attributes and milestones, and apply rolling wave planning and progressive elaboration to refine the schedule.

Learn to sequence project activities using network diagrams and the precedence diagramming method, exploring dependency types, lag and lead, and hard, soft, external, and internal logic.

Explore five duration and cost estimation techniques, including one-point, analogous, bottom-up, parametric, and regression analysis, with emphasis on three-point estimating as a crucial exam strategy for the PMP certification.

Avoid padding by engaging the team to estimate activity durations realistically. Use three-point estimates, contingency and management reserves, alternatives analysis, and consider effort-driven versus fixed-duration tasks.

Estimate activity durations and costs using the work breakdown structure, schedule and cost management plans, risks, contingency, and input from the performers.

Identify the critical path in a network diagram and understand how delays affect the project duration. Learn about total, free, and project float and basic scheduling calculations.

Explain critical path method calculations with forward and backward passes, early/late starts and finishes, total and free floats, and notes on start-of-day notation and critical vs near-critical paths.

Learn how to compress project schedules using fast-tracking and crashing, evaluate options with data and analysis, and understand when reducing scope or cutting quality may be needed and risky.

Explore two resource optimization techniques—resource leveling and resource smoothing—and learn to balance a resource histogram under a maximum hour constraint, preventing delays while preserving or adjusting project duration.

Explore the critical chain method as a resource-aware alternative to the critical path method, featuring buffers (feeding, resource, project) and BPI to protect schedules from delays and reduce padding.

Develop the schedule to produce network diagrams, bar charts or Gantt charts, milestone charts, and the schedule baseline, using inputs like the project charter, scope baseline, calendars, and assumptions.

Explore tools and techniques for developing the project schedule, from expert judgment and defining activities to decomposition, rolling wave planning, precedence diagramming method, leads and lags, and agile release planning.

Monitor and control the schedule using the schedule management plan and PMIS. Compare progress against the schedule baseline and apply corrective or preventive actions.

Learn tools to monitor and control the project schedule, including earned value analysis, trend analysis, what-if scenario analysis, iteration burndown or burn-up charts and critical path method.

Shift focus to agile considerations, using the iteration burndown chart to illustrate adaptive environments where each iteration plans and executes, delivering working pages for rapid feedback.

Tailor schedule management by choosing predictive, adaptive, or hybrid lifecycles to fit your project. Weigh resources, dimensions, technology, deliverables, and deadlines, and learn how buy-in and AI can enhance scheduling.