PMP (People, Processes and Business Env.) Course (40 PDUs)

Define a project as a temporary endeavor with a beginning and end that creates something unique, often a product or result. Distinguish it from operations, which are ongoing and repetitive.

Develop core project management skills to coordinate people, constraints, and changing stakeholder needs, bridging business and technical viewpoints to achieve project objectives within time and budget.

Explore stewardship as the foundation of trust in project management, detailing character, competence, and authority, plus the PMI code of ethics and its four pillars: responsibility, respect, fairness, and honesty.

Learn to build collaborative teams with the Tuckman ladder, guiding forming, storming, norming, performing, and adjourning, while mastering conflict management, influencing, motivation, negotiation, and meeting management.

Proactively engage stakeholders across upwards, downwards, and outward groups, define stakeholders, and align sponsors, portfolio review boards, program managers, and PMOs to drive project success.

Deliver value by aligning projects with business objectives, balancing tangible and intangible benefits, and using value criteria like leading and lagging indicators and smart goals.

Apply systems thinking by viewing the project as part of a broader system, accounting for enterprise environmental factors and organizational process assets, and navigating culture and power dynamics.

Learn how leadership mobilizes teams toward project goals using optimism, vision, critical thinking, emotional intelligence, and situational styles from directing to delegating, plus centralized and decentralized decision making.

Tailor project approaches by balancing guidelines with project needs, selecting predictive, iterative, incremental, or adaptive life cycles based on change, delivery frequency, and definable versus uncertain work.

Maintain quality by meeting stakeholder requirements and industry standards, prevent defects through prevention over inspection, and distinguish quality from grade to ensure fit for use.

Explore how quality depends on stakeholder needs while grade reflects a product's relative functionality, illustrated by mansion versus shack examples and different user priorities.

Navigate complexity by evaluating system and human behavior, managing ambiguity, and iterating with feedback to adapt plans, balancing time, cost, standards, and stakeholder value.

Optimize risk responses by evaluating uncertainties and impacts, maximize opportunities, minimize threats, and monitor risk plans with contingent and noncontingent strategies.

Be adaptable and resilient by embedding flexible change control, progressive elaboration, rolling wave planning, prototyping, and delivering a minimum viable product to gather fast feedback and validate learning.

Enable change by preparing stakeholders for new behaviors and processes, guiding an iterative five-step change model with awareness, desire, knowledge, ability, and reinforcement to sustain the future state.

Explore project phases and phase gates, including design, feasibility, transition, and build, with phase entrance and exit criteria, deliverables, durations, and decisions to continue or end the project.

Explore PMP course outline across the people, process, and business environment domains, highlighting soft skills and technical practices, and contrast predictive and agile approaches with feedback loops to optimize projects.

Highlight tailoring to adjust processes and life cycle phases for stakeholder needs, and deliver value aligned with business strategy through adaptive methodologies.

Explore predictive methodologies in project management, emphasizing upfront planning, reliable procedures, and five process groups: initiating, planning, executing, monitoring and controlling, and closing; clarify difference between process groups and phases.

Drive predictive projects by rigorously following procedures and maintaining documentation to satisfy auditors and regulators, while the project manager coordinates formal change control within a configuration management system.

Explore emerging trends in project management, including automated tools and visual management diagrams to track cost and schedule. Tailor hybrid predictive and agile approaches for value delivery.

Assess feasibility via needs assessment, create a business case and benefits management plan, and issue the project charter to authorize initiation.

Develop an integrated project management plan in the planning stage by coordinating subsidiary plans, baselines (scope, schedule, cost), and progress controls, including WBS, change control, and earned value concepts.

Distinguish formal plan components from informal ones: formal plans are signed by upper management, require full adherence under oversight, baselines govern execution, and communications management plans provide flexible guidance.

Execute the plan to produce deliverables through careful, effective implementation. Manage approved changes via formal change control and monitor risks, risk registers, logs, issue logs, and stakeholder updates.

Explore how to manage project knowledge by balancing explicit and tacit knowledge, leveraging knowledge management tools, and fostering a cyclical transfer between the organization and the project.

Monitor and control your project work by analyzing work performance data against plan, producing information and reports, and applying corrective or preventive actions and change control to safeguard performance.

Define the problem, identify the root cause, generate and select the solution, implement it, and verify results, using root cause analysis, five whys, Ishikawa diagrams, brainstorming, and multi-criteria decision analysis.

Understand how configuration management tracks items and status, and how the change management plan governs formal change requests, reviews, and approvals through a change control board.

Perform administrative closure by updating and archiving all artifacts, closing issues, and resolving pending invoices, then verify final acceptance and sign-off, and release resources for new projects.

Explore how risk starts high and uncertainty declines in predictive projects, while the cost of changes rises over time, and how early stakeholder influence affects change control and outcomes.

Understand how a deliverable moves from production through quality control, verification, and client validation to final handover. Distinguish verification from validation and apply change-control procedures for defect repairs.

Explore the differences between features, benefits, and value in product development, using a mobile phone example to show how features yield benefits and drive value in agile contexts.

Assess when to apply Agile versus traditional methods by weighing requirements and technical uncertainty, and explore adaptive, iterative-incremental lifecycles with fail-fast, feedback, and early value delivery.

The agile manifesto prioritizes individuals and interactions over processes, working software over documentation, customer collaboration over contract negotiation, and responding to change over following a plan to deliver value.

See how agile uses empirical, value-based measurements and story points to track delivered value, while predictive relies on plan-driven earned value analysis against baselines.

Deliver value early and continuously by embracing agile principles that welcome change and deliver working software frequently. Foster collaboration, sustainable pace, technical excellence, simplicity, and self-organizing teams through regular reflection.

Adopt agile as a guiding mindset, not a prescription, tailoring practices to your project. Explore Scrum and Kanban, plus other methods, and tailor to your environment.

Explore lean thinking as a superset of agile and kanban, focusing on eliminating waste and maximizing value. Learn the seven principles and seven wastes, and how to deliver value quickly.

Use the Kanban framework to visualize work on a Kanban board, limit work in progress, and pull tasks for real-time capacity visibility and transparent delivery.

Compare iteration-based and flow-based agile delivery: iteration-based uses fixed timeboxed periods to deliver high-priority items. Flow-based uses work-in-progress limits to complete coherent feature sets.

Explore Scrum, an iterative agile framework, detailing timeboxed sprints, the product backlog, sprint planning, daily standups, reviews, retrospectives, and how the product owner prioritizes user stories.

Lead as a servant leader in agile, empower teams, facilitate decision-making, promote self-awareness, active listening, safety, respect, and growth, focusing on value and adaptability.

Explore agile team composition with cross-functional members, a product owner, and a servant leader. Compare co-location and distributed setups, generalizing specialists, paired programming, collective ownership, and value-driven backlog prioritization.

define and manage the product backlog through a product vision and roadmap, plan with impact mapping, prioritize a minimum viable product and user stories, and refine backlog items for delivery.

Use invest criteria to craft independent, negotiable, valuable, estimable, small, and testable user stories; guide product backlog development with minimal dependencies, stakeholder negotiation, and clear acceptance criteria.

Explore agile facilitated voting techniques like dot voting, first of five, and thumb voting to let teams express nuanced preferences and reach quick consensus in agile decision making.

Explore extreme programming, crystal methods, feature driven development, and dynamic systems development method within agile projects, detailing XP practices, crystal scaling by team size, FDD steps, and DSDM constraint-driven delivery.

Define agile charters to establish the project charter and team charter, providing purpose, vision, authority, and acceptance criteria. Align team norms, communication, decision-making, and conflict resolution for sustainable collaboration.

Define ready and done to establish when work can start and when deliverables are fit for client use, clarifying acceptance criteria and ensuring functional and non-functional quality.

Understand how technical debt arises from short-term business choices, its deferred costs, and strategies to repay or balance business and technical needs in agile projects.

practice continuous integration and testing at multiple levels to keep the product near releasable, with unit, component, and integration tests, automated and manual testing, acceptance test driven development, spikes.

Track project performance through throughput analysis and flow rate to optimize value delivery. Compare lead time, cycle time, and velocity across flow-based and iteration-based agile using Little's law.

Evaluate project needs and uncertainty to choose the most appropriate development approach, blending predictive, adaptive, and hybrid methods for optimal value delivery and stakeholder engagement.

Embrace an agile PMO that centralizes project coordination while offering on-demand training and software, fostering collaboration, value delivery, and open communication without hierarchy.

Explore how the scalable Agile framework SAFe coordinates large, multi-geography teams through program and portfolio management, lean product development, and system thinking for enterprise delivery.

Navigate agile pain points with fixes from project and team charters to a clear product vision, backlog refinement, user testing, and relative estimation for better delivery.

Explore conflict management strategies for project teams, from avoid and smoothing to compromise, force, and collaboration, guided by goal importance, relationship importance, and time constraints.

Embrace modern conflict management by treating conflicts as inevitable, preparing for and resolving them through early, private, direct, collaborative problem solving.

Explore how to assign and document responsibilities using hierarchical charts, RAM/RACI matrices, and text formats, linking work packages to team members and ensuring traceability and commitment.

Explore collaborative negotiation with stakeholders to create win-win outcomes, balancing price, terms, and responsibilities while avoiding dirty tactics and maintaining accountability and trust.

Explore intrinsic and extrinsic motivation and how autonomy, mastery, and purpose shape team performance, while examining Maslow, ERG, McClelland, and expectancy theory to manage motivation.

Explore how to develop and manage high-performing teams through the Tuckman ladder and Drexler–Sibbett models, blending training, motivation, and situational leadership to optimize project outcomes.

Explore how diverse leadership styles like laissez-faire, transactional, transformational, servant, and charismatic fit project contexts and cultures, and how combinations form interactional leadership.

Tailor cross-cultural training to duration of interaction, using minimal briefing for short trips and survival-language training, then adopt experiential methods and simulations for long-term stakeholder engagement.

Develop awareness of organizational politics and power by identifying power types: positional, informational, referent, situational, charismatic, relational, reward, coercive, and persuasive, and how they shape stakeholder influence.

Balance leadership and management in project management by choosing when to innovate versus maintain the system, using relationship skills to lead change and positional power to enforce structure.

Identify and prioritize team impediments using daily stand ups, observation, value stream mapping, and stakeholder feedback; empower teams to remove obstacles and track root causes to prevent recurrence.

Explore coaching and mentoring to share tacit knowledge, build experiential development, assess capability gaps, align personal and project goals, and foster open dialogue for stronger team performance.

Identify 24 cognitive biases including anchoring, sunk cost, availability heuristic, and groupthink. Learn to mitigate them in project decisions.

Explore measurement and estimation considerations to improve project value, addressing procrastination, Parkinson's law, multitasking, drop patterns, bottlenecks, relative versus absolute estimates, push-pull systems, and vanity metrics.

Master data gathering techniques to ensure quality data for project decisions. Explore checklists, check sheets, interviews, brainstorming, surveys, benchmarking, market research, focus groups, Delphi, and nominal group methods.

Explore data gathering techniques for project management, including checklists and tally sheets for defect tracking, interviews, brainstorming, questionnaires, benchmarking, market research, nominal group technique, focus groups, and the Delphi technique.

Learn estimation techniques for planning costs, durations, and resources, including analogous, parametric, and three-point methods. Explore bottom-up, top-down, wideband Delphi, planning poker, and t-shirt size for agile and traditional estimation.

Explore agile estimation with t-shirt sizes, capacity planning, and prioritization of product backlog items to fit a single iteration, using S, M, and L point mappings.

Master data analysis techniques, including alternative analysis, variance analysis, trend analysis, and root cause analysis with Ishikawa diagrams.

Use decision tree analysis to compare Joe and Mo for a 1000 cd investment, calculating EMV from best and worst outcomes with 90%/10% and 45%/55% probabilities.

Explore three point estimation and Monte Carlo analysis in Microsoft Excel by building optimistic, most likely, and pessimistic estimates for revenue and cost, and assessing risk of failure.

Learn essential data analysis techniques for project management, including alternative, variance, trend, assumption and constraint analyses, root cause analysis, process analyses, SWOT, value stream mapping, and Monte Carlo analysis.

Learn to apply earned value analysis to track scope, schedule, and cost by comparing planned value, earned value, and actual cost, analyzing variances and indices like CPI, SPI, and EAC.

Apply business justification analysis to compare options using payback period, net present value, internal rate of return, return on investment, and cost-benefit analysis for project initiation.

Apply the Moscow prioritisation technique to categorize tasks as must have, should have, and could have, guiding inclusion of user stories and competing work items in a project.

Learn representation tools to organize and communicate project data using affinity diagrams, flow charts, swimlane views, CPUC model, mind maps, histograms, Pareto charts, quality matrices, scatter diagrams, and burn charts.

Explore the ten knowledge areas and integration in project management, and understand how processes flow and relate. Focus on the purpose and benefits of each process and ITTOs, not memorization.

Master the 49 project management processes organized into initiating, planning, executing, monitoring and controlling, and closing across integration, scope, schedule, cost, quality, resources, communications, risk, procurement, and stakeholders.

Master project communications management by planning, managing, and monitoring information exchange. Align purpose, receiver needs, and feedback across written, spoken, formal and informal channels.

Plan communications management, the first project communications process, creates a communications management plan based on stakeholder needs, channels, technologies, and interactive, push, or pull methods.

Manage and monitor project communications by ensuring timely collection, distribution, and storage of information, updating the project plan, and delivering work performance reports to stakeholders.

Identify stakeholders, analyze their expectations and potential impacts, and develop engagement strategies to keep them participating in project decisions and execution.

Identify stakeholders early, analyze their interests, influence, and interdependencies, document them in a stakeholder register using data gathering and meetings, and map by power and interest to guide engagement.

Define and implement a stakeholder engagement plan during the planning stage by identifying stakeholders, selecting engagement approaches, and guiding positive, productive involvement in decision making and execution.

Manage and monitor stakeholder engagement through structured communication and involvement. Tailor the stakeholder engagement plan, rely on expert judgment, and monitor mood chart and Net Promoter Score.

Define project and product scope boundaries, gather requirements, and establish a scope baseline to prevent scope creep and guide change control in predictive and adaptive environments.

Plan scope management by defining, validating, and controlling scope, with outputs like the scope management plan and requirements management plan to prevent scope creep.

Gather stakeholder needs, document requirements, and manage them to meet project objectives. Highlight data gathering, analysis, prototyping, and the requirements traceability matrix for linking business, stakeholder, and product needs.

Define the scope baseline by issuing a detailed project scope statement that specifies product and project scope, exclusions, and boundaries, then develop a WBS of work packages.

Validate scope formalizes acceptance of completed deliverables through internal verification and stakeholder inspection, increasing the likelihood of final approval. When needed, document a change request and revalidate to ensure acceptance.

Control scope monitors the project and product scope, manages changes to the scope baseline, and prevents scope creep through enforced change control and configuration management.

Gold plating is a bad practice that adds features outside the scope baseline without consultation, risking unauthorized changes and wasted resources. Foster collaborative or formal scope processes with product owners.

Plan and manage the project schedule by defining activities, sequencing them, and estimating durations to establish a schedule baseline for timely delivery.

Develop the schedule management plan to define policies, procedures, and tools for planning, developing, managing, and controlling the project schedule, including timebox iterations and estimation approaches.

Define activities in schedule management by decomposing work packages into actionable tasks, linking them to the project scope and WBS, and detailing activity lists, attributes, milestones, resource estimates, and duration.

Sequence activities to transform a list into a network diagram using the precedence diagramming method, detailing finish-to-start and other dependencies, with leads, lags, and internal or external considerations.

Estimating activity durations guides the planning stage by forecasting how long each activity takes using resource availability, attributes, and estimation techniques—parametric, three-point, bottom-up—with justification and range.

Develop schedule analyzes activity sequences, durations, resources, and constraints to produce the project schedule using the critical path method; it covers floats, leveling, smoothing, and formats.

Control the project schedule by monitoring progress, maintaining the schedule baseline, updating performance forecasts, and applying critical path, resource leveling, and schedule compression techniques like crashing or fast tracking.

Master project cost management by planning, estimating, budgeting, financing, funding, and controlling costs to stay within the budget and meet the profit margin.

Plan cost management defines how costs will be estimated, budgeted, and controlled, including whether to track by work package or by control account.

Estimate costs and develop the budget with direct and indirect costs, fixed and variable costs, contingency reserves, and the management reserve, then monitor and control the cost baseline and funding.

Identify and acquire personnel and physical resources to support project work. Manage, develop, and monitor resource performance through planning, assignments, and control processes.

Master project quality management by aligning conformance, fitness for use, and stakeholder expectations, balancing prevention, appraisal, and failure costs through plan, manage, and control quality with agile collective ownership.

Plan quality management by identifying quality requirements and standards, defining how to demonstrate compliance, and developing a quality management plan and matrix integrated with scope, cost, schedule, and risk.

Implement quality management by translating the quality management plan into executable activities, conducting audits, and applying PDCA, Kaizen, Six Sigma, and Lean to improve quality and reduce waste.

Monitor and record quality results to verify deliverables meet standards and customer expectations, producing verified deliverables or defect repairs using statistical sampling and control charts.

Explore project risk management, including planning, identification, analysis, response planning, implementation, and monitoring, alongside risk register and risk report usage, and key concepts like thresholds, appetite, tolerance, uncertainty, and impact.

Plan risk management outlines how to conduct risk activities from project conception, detailing the risk management plan, risk strategy, methodology, funding, timing, risk breakdown structure, risk categories, appetite, and reporting.

Identify risks throughout the project by documenting individual risks in the risk register and risk report, while nominating risk owners and using prompts like PESTEL and VUCA.

Identify and prioritize risks using qualitative analysis, focusing on probability and impact, and update the risk register and risk report; then apply quantitative analysis for monetary and time impacts.

Develop a risk response plan after analyzing risks, updating the risk register and risk report, and selecting strategies (avoid, exploit, transfer, share, mitigate, enhance) for threats and opportunities.

Execute risk response plans at the right time, using contingent, avoidance, mitigation, or transfer strategies, and update the risk register and risk report; persuade risk owners when you lack authority.

Monitor risks by tracking risk status, identifying new risks, and evaluating risk response effectiveness throughout project. Update risk registers and reports, adjust plans, use change control or workaround as needed.

Explore project procurement management from the buyer perspective, detailing planning, procurement documents (SOW, RFP, RFI, RFQ), and processes to select sellers, establish contracts, monitor, and close procurements.

Master contract types for procurement management, including firm fixed price and fixed price with incentives, cost reimbursable, time and materials, and indefinite delivery/indefinite quantity contracts.

Plan procurement management by documenting decisions, choosing in-house versus external work, and preparing documents and a plan that specifies international, national, or local bidding and aligns with external financing.

Decide make or buy strategy after analysis, choose delivery method, and prepare bidding documents (RFQ, RFP, RFI) with procurement statement of work or terms of reference for supplier selection.

conduct procurement guides obtaining seller responses, advertising, pre-bid conferences, evaluating proposals, selecting qualified sellers, negotiating contracts led by procurement, and signing agreements with outputs that include key contract components.

The control procurement process manages procurement relationships, monitors contract performance, and closes out contracts. It also covers audits, inspections, and claims administration, with ADR to resolve disputes.

Learn agile contracting that prioritizes collaboration and value delivery over strict negotiations. Explore tiered, just-in-time contracts with fixed increments, not-to-exceed terms, dynamic scope, and team augmentation.

Coordinate all project management processes to align with project objectives and stakeholder requirements; develop the charter and management plan, direct work, manage knowledge, monitor, control changes, and close the project.

Tailor projects to business environment by assessing the team, goals, and environmental factors; apply four steps: select an approach, align with organizational needs, tailor the project, and inspect and adapt.

Evaluate net benefits, ROI, and tangible and intangible value against invested capital to justify the project and its benefits realization.

Establish a benefits realization framework by identifying benefits with stakeholders, executing the plan during project activities, sustaining benefits with a benefits owner, and implementing a benefits measurement system.

Learn how to manage the business environment in projects by ensuring health, safety, and regulatory compliance, overseeing benefits realization, and assessing organizational change and environmental impacts.

Compare the product lifecycle with the project lifecycle, detailing ideation, creation, introduction, growth, maturity, decline, and retirement. Explain how multiple projects can extend a product's longevity across stages.

The global market shifts toward customer-centric product management, emphasizing customer loyalty, engagement, and experience through ongoing software-enabled services over product-centric, one-time offerings.

Keep a stable development team for ongoing support, avoid relearning, and invest incrementally with frequent reviews to run a customer-centric program delivering value.

Develop a practical PMP exam plan by applying concepts to real projects, practicing with mock 180-question exams, and reviewing explanations from the PMBOK and Agile Practice Guide.