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.

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.

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 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.

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.

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.

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.

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.

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

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.

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.

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.

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

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.

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.

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.

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.

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

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.

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.

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

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.

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.

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.

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.

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.

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

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 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.

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