Certified Associate in Project Management (CAPM)

Explore foundational project concepts, including differences between projects, programs, portfolios, and operations, and examine project life cycles, phase gates, the five process groups, and ten knowledge areas.

Projects are temporary endeavors with a beginning and end that create a product or service, drive change, deliver business value through revenue, cost savings, operational efficiency, and address legal mandates.

Explore the differences between projects, programs, portfolios, and operations management using project management processes, tools, and techniques to achieve organizational goals.

Explore how projects, programs, portfolios, and operations management align with organizational strategy, showing portfolio-level structures, multiple programs, and shared resources managed by program and project managers.

examine organizational project management by distinguishing projects, programs, and portfolios, and how scope, quality, timeliness, and budget drive project success and strategic benefit realization.

Explore project and development lifecycles from start to finish, including predictive (waterfall), incremental, adaptive, and hybrid approaches, with emphasis on scope, time, and cost management.

Explain how a project progresses from concept and feasibility through requirements, design, development, testing, and implementation, with phase gates that require management approval to proceed or stop.

Explore how the project management processes drive the project life cycle by applying inputs, tools and techniques, and outputs across five ITTO-based activities.

Identify the five process groups and ten knowledge areas guiding project management, and learn how the project charter and project management plan are developed with inputs, tools, and outputs.

The five process groups guide the project lifecycle: initiating authorizes a project or phase, planning defines scope and objectives, executing carries out the plan, monitoring tracks progress, closing completes.

Explore the 10 knowledge areas of project management, from integration and scope to schedule, cost, quality, resources, communications, risk, procurement, and stakeholder management.

Learn how project data captures observations and measurements, such as completion percentages, defects, costs, and durations, and turns them into work performance information and reports for deliverables and change requests.

Track how work performance data flows from execution into controlling. Convert raw data into work performance information and reports for project control and stakeholder communications.

Review chapter concepts on projects, programs, portfolios and operations management, development lifecycles from predictive to hybrid, phases and phase gates, and the five process groups with ten knowledge areas.

Examine the project environment by identifying enterprise environmental factors, organizational process assets and organizational knowledge repositories, governance frameworks, structure types, and how the project management office shapes policies and procedures.

Explore how external and internal influences, via enterprise environmental factors and organizational process assets, shape plans, policies, processes, procedures, and the corporate knowledge base.

Explore how enterprise environmental factors originate outside the project and affect the organization, portfolio, program, and project, including internal culture, governance, geography, infrastructure, IT, and resource availability.

Understand how external factors, including marketplace conditions, competition, brand recognition, legal restrictions, standards, and financial and environmental elements, shape project management for CAPM.

Identify and leverage organizational process assets, including plans, processes, policies, procedures, and knowledge bases, to guide project management within the performing organization.

Explore how policies, procedures, and processes influence project management across the five process groups—initiating, planning, executing, monitoring, controlling, and closing.

Explore organizational knowledge repositories that store and retrieve information for projects, including configuration management, financial data, historical records, risk and issue tracking, metrics, and project documents.

Explore organizational systems within the governance framework and project management structures, and note project managers' responsibility, accountability, and authority; systems are dynamic, nonlinear, and components independently optimized within constraints.

Explore organizational governance frameworks defining rules, policies, procedures, norms, relationships, systems, and processes that guide project execution, objective setting, and the monitoring and assessment of risk and performance.

Explore organizational structure types, including weak and balanced matrix, functional, projectized, and virtual hybrid, and examine project manager authority.

Identify factors in organizational structure selection, including alignment with objectives, specialization, span of control, escalation paths, delegation, accountability, and communication, to inform the final analysis.

Explore the project management office (PMO), its standardized governance, and how it facilitates resources, templates, training, and lessons learned across projects through supportive, controlling, and directive roles.

Review chapter three by examining the project environment, enterprise environmental factors and organizational process assets, along with process policies and procedures, organizational knowledge repositories, governance frameworks, and organizational structure factors.

Explore the role of the project manager, their sphere of influence, technical, strategic, and business management competencies, leadership, personality, and integration across all five process groups.

The project manager acts as the project CEO, accountable and visible from initiation to closing, chairs communication with stakeholders, and coordinates the charter, budget, and resources like a conductor.

Lead the project as a mini ceo, coordinating finance, engineering, contracts, planning, manufacturing, procurement, and quality experts to deliver objectives from beginning to end.

Lead the project team within the sphere of influence, balance resources and constraints, and communicate with sponsors, stakeholders, and other project managers to align with organizational goals and program interdependencies.

Understand core project manager competencies across technical, leadership, and strategic business domains, and how generalists deliver projects effectively while maintaining professional development units.

Develop technical management skills to apply project management knowledge and deliver outcomes by focusing on schedule and costs. Tailor traditional and agile tools to manage risks, issues, and financial reports.

Develop strategic and business management skills to align projects with the organization, communicate the project purpose, and maximize business value through kickoff planning, market analysis, and competitive analysis.

Apply the organization's strategy, mission, goals, and objectives to define deliverables and milestones in the charter, then monitor scope, risks, budget, and ROI to deliver business value.

Lead and motivate teams by negotiating with suppliers and contractors, communicating clearly, and applying problem solving and critical thinking to meet scope, time, budget, and stakeholder needs.

Contrast management and leadership by focusing on setting an example, then outline leadership styles—laissez-faire, servant, transactional, transformational, charismatic, and interactional—with agile and team-centric considerations.

Explore how a project manager's personality—authentic, courteous, creative, culturally aware, political intelligence, emotionally aware, service oriented, and systematic—drives outcomes across cultures and contexts.

The project manager guides integration by aligning strategic and project objectives with portfolio goals and coordinating with the sponsor to integrate processes, knowledge, and people.

Explore the project manager's sphere of influence and core competencies, including technical management, strategic and business management, leadership, and the project manager's personality for effective integration.

Explore project integration by covering process groups and ten knowledge areas, develop the project charter and management plan, monitor and control work, and implement integrated change control through closure.

Coordinate and integrate all project management process groups and knowledge areas from start to finish, balancing resources, time, and costs while tailoring approaches and communicating to manage interdependencies.

Develop the project charter to authorize the project, build an integrated project management plan, and execute, monitor, and control work while managing integrated change control and project closure.

Explore project integration across predictive, iterative, adaptive, and hybrid methods, contrasting waterfall's linear, sequential flow with agile collaboration and adaptive decision-making for effective integration management.

Use project management information systems and automated tools to collect and analyze data, realizing benefits, while visual tools like mind maps, Gantt charts, and work breakdown structure support integration management.

Explore project integration in the initiation process and learn to develop the project charter, detailing inputs, tools and techniques, and outputs that authorize the project and empower the project manager.

Justify project investment with a business case detailing business needs and a cost-benefit analysis, and establish project boundaries as inputs to the project charter.

Explore project integration by developing the project charter and identifying inputs, including contracts and agreements such as MOUs, SLAs, letters of agreement, and letters of intent.

Assess enterprise environmental factors to inform the project charter inputs, including standards, regulatory requirements, and market conditions. Align governance, culture, and stakeholder risk thresholds to guide project integration.

Explore organizational process assets that influence inputs to the project charter, including governance frameworks, monitoring and reporting methods, templates, and the lessons learned repository.

Explore tools and techniques for developing the project charter in project integration, including expert judgment, data gathering, mind mapping, and strong interpersonal skills to support conflict management and facilitation.

Define and authorize the project via the charter outputs, naming the sponsor, outlining purpose, deliverables, milestones, budget, risks, and approval criteria.

Develop the project management plan during the planning phase by defining, preparing, and coordinating all components into an integrated document that guides how the project work will be performed.

Identify inputs for developing the project management plan, starting from the project charter and outputs from other processes, and see how changes update the plan via EEFs and OPAs.

Use tools and techniques to develop project management plan with data gathering, brainstorming via mind maps, checklists, and focus groups; interview stakeholders and apply conflict management, facilitation, and meeting management.

Discover how the project management plan consolidates subsidiary plans and baselines to guide execution, monitoring, and closure, detailing scope, requirements, schedule, cost, quality, communications, and stakeholder engagement.

Develop the project management plan and its outputs, covering scope, schedule, cost, quality, resources, communications, risk, procurement, stakeholder, and change management. Identify key documents like activity lists, attributes, and assumptions.

Direct and manage the project work by executing planned activities, implementing approved changes, and delivering project deliverables to meet objectives within the execution process group.

Explore how the project management plan and project documents drive work, including change logs, lessons learned, milestones, communications, schedule, budget, and the requirements traceability matrix.

Explore the tools and techniques for directing and managing project work, including expert judgment, project management information systems, work authorization, configuration management, KPI reporting, and meetings.

Identify the outputs of directing and managing project work, including deliverables, work performance data and work performance reports, and track issues, change requests, and project document updates.

Identify and manage project knowledge by leveraging existing and creating new knowledge to achieve objectives and foster organizational learning, while transferring it to stakeholders to prevent loss.

Monitor and control project work to ensure actions align with the project management plan, tracking progress to meet performance objectives and provide stakeholders with cost and schedule forecasts.

Leverage the project management plan, project documents, and agreements as inputs to monitor and control work, including basis of estimates, risk and quality reports, and work performance data and information.

Learn to monitor and control project work using tools and techniques such as expert judgment, data analysis, earned value analysis, trend analysis, variance analysis, root cause analysis, meetings, and decisions.

Capture and circulate work performance reports to stakeholders to drive awareness and actions. Update forecasts, change requests, issue logs, lessons learned, and risk registers to reflect monitoring outcomes.

Integrated change control reviews all change requests and determines their resolution within the monitor and control group, approving or managing changes to deliverables and the project management plan.

Assess change requests against the project management plan and change management plan, guiding change control board to authorize changes. Evaluate impacts on scope, schedule, and cost using baselines and inputs.

Apply integrated change control with configuration control to identify, document, and approve or reject changes to deliverables and baselines, using configuration item tracking, status reporting, data analysis, and expert judgment.

Discover how integrated change control yields approved change requests, endorsed by Change Control Board, project manager, and sponsor, added to the project and driving updates to scope, budget, and schedule.

Close the project or phase by finalizing the project integration process, reviewing inputs, tools and techniques, and outputs, archiving information, and releasing resources for new endeavors.

Identify the closing inputs for a project or phase, including the project charter, project management plan, project documents, signed-off deliverables, business documents, agreements, procurement documents, and organizational process assets.

Close out a project using expert judgment and data, document analysis, lessons learned, knowledge sharing for future projects, and tools like trend, variance, and regression analysis plus meetings.

Close the project or phase by delivering updated project documents, a final report, registrations for final product, service, result, or transition, and documenting lessons learned, milestones, and deliverables.

Review chapter five coverage: project charter as starting approval, project management plan, directing and managing the work, monitoring and controlling, and integrated change control with the Change Control Board.

Explore project scope management, covering planning, monitoring, and controlling process groups and the scope knowledge area; learn to plan scope, collect requirements, define scope, validate and control scope.

Learn how project scope management defines and controls the work required to deliver the product and its features, and distinguishes project scope from product scope.

Explore project lifecycles from predictive to agile, define deliverables through iterations, and apply validating scope, controlling scope, and integrated change control with the baseline, scope statement, and WBS dictionary.

Define the scope management plan to document how the project and product scope will be defined, validated, and controlled, and use inputs, tools, techniques, and outputs to guide scope management.

Identify inputs to plan scope management, including the project charter, project management plan, EFCA and Opas, and explain how the quality management plan, lifecycle description, and development approach influence scope.

Plan scope management using expert judgment, data analysis, and meetings. This CAPM course highlights how these tools and techniques guide effective scope planning.

Define, develop, monitor, and validate scope via the scope management plan, outlining the scope statement, the work breakdown structure, baseline approvals, and requirements, configuration management, prioritization, metrics, and traceability matrix.

Explore project scope management by learning to determine, document, and manage stakeholder needs and requirements through the collecting requirements process.

Identify inputs for collecting requirements, including the project charter, project management plan with scope and requirements management plans, stakeholder engagement plan, EFC, Opas, assumptions, lessons learned, and stakeholder register.

Explore plan scope management and collect requirements using expert judgment, data gathering, interviews, focus groups, surveys, benchmarking, data analysis, and decision-making tools.

Capture and document business, stakeholder, functional, non-functional requirements, plus readiness, data conversion, training, milestones, contractual obligations, and tests, certifications, and quality criteria for successful project deliverables.

Explore how the requirements traceability matrix links product requirements to deliverables, tracks changes to product scope and work breakdown structure deliverables, and ensures business value throughout the project lifecycle.

Define the project and product scope by developing a detailed description and outlining the items that comprise a defined scope.

Identify the inputs for defining scope by examining the project charter and the project management plan, including the scope management plan, along with other project documents.

Explore tools and techniques for project scope definition, including expert judgment, data analysis, multiple criteria, and decision making; develop interpersonal and team skills, facilitation, and product analysis.

Define scope outputs and project scope statement, detailing deliverables, exclusions, acceptance criteria, and product scope, to guide planning, execution, and baseline evaluation.

Explore the work breakdown structure within project scope management by subdividing deliverables into smaller components to create the framework of what is to be delivered; nothing outside the WBS exists.

Identify the inputs to the work breakdown structure, including the project management plan, scope management plan, and project documents such as the project scope statement, requirements, documentation, briefs, and opex.

Apply expert judgment to build a work breakdown structure that hierarchically decomposes the project scope into work packages, linking deliverables, cost, and schedule for control.

Learn how the scope baseline, including scope statement, WBS, and WBS dictionary, defines scope while control accounts, work packages, and planning packages generate outputs like assumption logs and requirements documentation.

Validate scope formalizes the acceptance of project deliverables, bringing objectivity to the process and increasing the likelihood the final product is correct. It is performed periodically under monitoring and control.

Identify the inputs for validating scope, including the project management plan, scope management plan, requirements management plan, scope baseline, project documents, deliverables, and work performance data.

Apply inspection to validate scope by measuring, examining, and validating deliverables against product acceptance criteria. Conduct reviews or walk-throughs, and use stakeholder voting to decide acceptance.

Identify the outputs of project scope management validate scope, including accepted deliverables, performance information, and change requests, and update project documents, lessons learned, requirements, documentation requirements, and the traceability matrix.

Master the control scope process by monitoring the status of the project and product scope and managing changes to the scope baseline, ensuring it is maintained throughout the project.

Identify the inputs for controlling project scope, including the project management plan, project documents, and work performance data.

Use data analysis, variance analysis, and trend analysis to control project scope. Identify the cause and magnitude of variance relative to the scope baseline and decide corrective or preventive actions.

This lecture explains how to transform work performance data into work performance information, then consolidate it to inform change requests, project plan updates, and project document updates.

Review the key concepts of chapter six scope management, including plan scope management, collecting requirements, defining scope, creating a work breakdown structure, and validating and controlling scope.

Explore project schedule management within planning and monitoring, covering planned schedule management, activity definition, sequencing, duration estimation, and the development, scheduling, and control of the schedule.

Plan schedule management defines the policies, procedures, and documentation for planning, developing, managing, executing, and controlling the project schedule to guide its timely completion, with agile, iterative, and poll-based scheduling.

Explore schedule management for projects by establishing policies, procedures, and documentation to plan, develop, manage, execute, and control, starting with the inputs.

Begin with the project charter and the project management plan, then the scope management plan and a development approach. EFC and Opas recur across knowledge areas and process groups.

Explore the tools and techniques for planning schedule management, apply expert judgment, understand data analysis, and learn to run effective meetings.

Explore how the schedule management plan, a component of the project management plan, defines criteria, thresholds, and time-boxed methods for developing, monitoring, and controlling the schedule, including earned value metrics.

Define activities by identifying and documenting actions to produce deliverables, decomposing work packages into schedule activities that form basis for estimating, scheduling, executing, monitoring, and controlling project work.

Identify inputs for plan schedule management from the project and schedule management plans. Reference scope baseline, including WBS, deliverables, constraints, and assumptions, and outline schedule methodology and rolling wave planning.

Plan schedule management: apply tools and techniques to define activities, use expert judgment and decomposition to create the work breakdown structure and its dictionary, with rolling wave planning and meetings.

Define activities with activity list, milestones, and attributes, using rolling wave or agile planning to support change requests, integrated change control, and baseline schedule and cost comparisons to actual progress.

Identify and document relationships among project activities to define a logical sequence of work. Apply this sequencing throughout the project to maximize efficiency under constraints.

Identify inputs for plan schedule management and sequence activities, including the project management plan, schedule management plan, scope baseline, activity attributes, assumption log, milestone list, EFC, and OPAs.

Explore tools and techniques for sequencing project activities using precedents and diagrams to establish logical relationships between successor and predecessor, including finish-to-start, finish-to-finish, start-to-start, and start-to-finish, with practical examples.

Explore how to sequence project activities by identifying mandatory, discretionary, external, and internal dependencies, and relate them to non-project activities within plan schedule management.

Explain how leads and lags shape schedule sequencing, with a finish-to-start two-week lead before punch list completion and a 15-day lag before editing begins, using project management information systems.

Sequence activities to produce the project schedule and a network diagram of dependencies, and capture outputs such as activity attributes, activity list, assumption log, and milestone list.

Estimate activity durations by using scope, resources, calendars, and constraints to determine how long each activity takes, drawing on subject matter experts or historical data for inputs.

Identify inputs for estimating activity durations from the project and schedule management plans, including scope baseline, activity list and attributes, milestones, team assignments, resources, calendars, risk register, and lessons learned.

Apply expert judgment and analysis estimating to plan schedule management, using three-point (triangular) and parametric methods with optimistic, most likely, and pessimistic estimates, plus bottom-up and contingency management reserve analysis.

Identify the outputs of plan schedule management, focusing on duration estimates and the basis for those estimates. Update project documents with activity attributes, assumptions, and lessons learned.

Develop a project schedule by analyzing activity sequences, durations, resources, and constraints to create a schedule model with plan dates for execution and monitoring, aligned to the work breakdown structure.

Identify the inputs for developing a schedule, including the project management plan, the schedule management plan, the scope baseline, and key project documents and agreements such as EFC and Opus.

Use schedule network analysis to develop a project schedule model that integrates critical paths, resource optimization techniques, and other modeling methods.

Apply critical path methodology to a simple network of activities A, B, C, and D, calculating early and late starts/finishes, durations, and float to identify the critical path.

Explore resource optimization in plan schedule management by applying resource leveling and smoothing to balance demand with availability, adjust dates, and keep the critical path intact.

Study data analysis techniques such as what-if scenario analysis and Monte Carlo simulation to predict effects on project objectives and improve schedule estimation and development.

Explore tools and techniques for plan schedule management, focusing on leads and lags, the time an activity can be advanced relative to its predecessor.

Explore schedule compression techniques, including fast tracking and crashing, and learn how parallelizing activities on the critical path can shorten project duration while managing costs and risks.

Develop the schedule using tools, techniques, and PMIS, and apply agile release planning to define iterations and sprints via the product roadmap, with user stories.

Develop the project schedule outputs, including the scheduled baseline, Gantt and milestone charts, milestone schedule, and summarized activities, plus schedule data, calendars, change requests, and management plan updates.

Monitor and control the project schedule through monitoring and controlling processes, ensuring activities align with the plan and that work reflects what was planned.

Identify the inputs to control schedule: project management plan, scope baseline, schedule baseline, and performance measurement baseline. Include documents, lessons learned, calendars, resource calendars, and schedule data for performance data.

Analyze schedule performance using earned value analysis, schedule variance, and schedule performance index. Apply trend analysis, variance analysis, what-if scenarios, critical path, and PMIS for optimization and compression.

Identify outputs of plan schedule management and control schedule, including work performance information, schedule forecasts, change requests, and updates to the project management plan and project documents.

Review the chapter's heavy-duty focus on schedule management by outlining project planning, defining activities, sequencing activities, estimating activity durations, developing the schedule, and controlling the schedule.

Explore cost management by planning cost management, estimating costs, determining the project budget, and controlling costs to keep expenditures aligned with objectives.

Explore how project cost management focuses on resources to complete the project and recurring costs to use, maintain, and support the product or service, including potential operational cost impacts.

Plan cost management defines how the project costs will be estimated, budgeted, managed, monitored, and controlled, guiding cost decisions throughout the project and at predefined planning points.

Identify the inputs to planning cost management, including the project charter, the project management plan, the schedule management plan, the risk management plan, IFS, and all parties.

Apply expert analysis and expert judgment along with data analysis to plan cost management, and participate in meetings to discuss tools, techniques, and approaches for your project costs.

Explore how the cost management plan guides planning, measurement, and control of project costs, detailing units of measure, precision, accuracy ranges, WBS links, control accounts, baselines, and earned value management.

Learn to estimate costs by identifying resources, including people, equipment, and services, evaluate make-versus-buy options, account for currency fluctuations, and refine assumptions as the project progresses.

Identify the inputs for cost management, including the project management plan, cost management plan, quality management plan, and scope baseline project documents, EFC, and OPAs.

Leverage expert judgment and analogous estimating, parametric and bottom-up estimating, and three-point techniques with triangular or better distributions for cost estimates, supported by data analysis and project management information systems.

Apply three-point estimating for cost management by evaluating optimistic, most likely, and pessimistic values with triangular distribution, using both the simple average and the weighted average formulas.

Apply data analysis and alternatives analysis to identify options and estimate costs, including contingency reserves within the cost baseline to address risks across work packages.

Examine the outputs of cost estimation and the basis of estimates. Learn how estimates are developed, including assumptions, constraints, risks, and the associated confidence range, with updates to project documents.

Aggregate estimated costs of activities to determine a budget and establish an authorized cost baseline. Use the baseline to monitor performance, identify variances, and compare actual costs to planned costs.

Identify inputs for budgeting, including project plan, cost management plan, resource management plan, scope baseline, basis of estimates, cost estimates, project schedule, risk register, business cases, and benefits management plan.

Explore budget-determining tools, including expert judgment, cost aggregation from work packages to the control column, data analysis, and reserve analysis for management reserves, with funding considerations.

Explore cost management outputs, including the cost baseline, funding requirements, project document updates, cost estimates, and the project schedule risk register.

Explain how the cost baseline equals the total budget and identify budget components, such as control accounts and contingency reserves, including the management reserve that is not touchable.

Analyze cumulative cost values and determine funding requirements at each point in time, including the budget at completion and the management reserve, while monitoring expenditures and timeline.

Monitor project spending, update the cost baseline, and manage changes to keep the baseline intact throughout the project, linking planning to execution.

Summarize inputs for cost management: project management plan, cost management plan, cost baseline, performance measurement baseline, project documents, lessons learned, funding requirements, performance data, and organizational process assets.

Explore tools and techniques for cost control, including expert judgment, data analysis, earned value analysis, variance and trend analysis, reserve analysis, and performance index within project management information systems.

Learn to apply earned value analysis with plan value, earned value, and actual costs; compute budget at completion, cost and schedule variances, and cpi, spi, and tcpi, using key formulas.

Identify cost control outputs: work performance information, cost forecasts, and updates to the cost management plan, cost baseline, performance measurement baseline, assumption log, and risk register.

Review the plan costs management process and learn to estimate costs, determine the budget, and control costs. Conclude chapter eight with key topic recap.

Explore the fundamentals of project quality management and its role in project success. Learn how to plan for quality management, how to manage quality, and how to control quality.

Integrate the organization's quality policy into project planning, management, and control to meet customer requirements, project schedule. Define quality requirements to support continuous improvement and distinguish quality from grade.

Discover how quality and grade differ, and how meeting customer requirements shapes outcomes. Emphasize prevention over inspection and sampling to reduce defects and ensure conformity to tolerances and control limits.

Explore the five levels of increasing effective quality management, emphasizing early detection with quality assurance to prevent customer defects, cost savings, and a culture that urges proactive problem solving.

Explain the cost of quality as all life-cycle costs, from maintenance to defects. Management must minimize life-cycle costs and cultivate supplier partnerships for customer satisfaction and continual improvement.

Plan quality management identifies quality requirements and standards for the project and deliverables, and documents how the project will demonstrate compliance and verification throughout the project.

Identify inputs for quality management: the project charter, the project management plan, the requirements management plan, the risk management plan, the stakeholder engagement plan, project documents, IFS, and pays.

Apply expert judgment, data gathering, benchmarking, and brainstorming to plan quality management; use interviews, data analysis, and cost-benefit analysis to weigh prevention, appraisal, and failure costs.

Update key quality management outputs, including the quality management plan, quality metrics, risk management plan, scope baseline, and documents like lessons learned, requirements, traceability matrix, risk register, and stakeholder register.

Translate the quality management plan into executable activities that embed the organization's policy, boosting the likelihood of meeting quality objectives and reflecting project quality status through control quality data.

Identify the inputs to manage quality, including the project management plan, project documents, lessons learned, quality control measures, quality metrics, risk report, and OPAs.

Employ tools and techniques for data gathering, checklists, and data analysis, plus alternative, document, and root cause analyses, and multi-criteria decision analysis for quality management.

Explore affinity diagrams and Ishikawa fishbone diagrams to group defect causes—people, process, equipment, environment, and management—while using flow charts, histograms, matrix and scatter diagrams to analyze quality.

Apply audits and design for X to control and improve product quality across reliability, usability, safety, and manufacturing, using problem solving and quality improvement methods.

Identify outputs of project quality management: quality reports, tests and evaluation documents, change requests, project plan updates including the quality management plan, baselines, issue log, lessons learned, and risk register.

Monitor and record the results of quality management activities to verify that project outputs meet customer expectations and stakeholder requirements, and comply with applicable standards and specifications.

Use project management plan and quality management plan as inputs to control quality, including the lessons learned register, quality metrics, test and evaluation documents, change requests, and work performance data.

Data gathering tools like checklists and tally sheets organize facts to monitor control quality, identify defects, and support statistical sampling for inspections.

Outputs from quality control measurements verify deliverables and inform work performance information. Update the project management plan and quality management plan, plus project documents, logs, and test and evaluation documents.

Review chapter nine focuses on the core project quality processes: plan quality management, manage quality, and control quality.

Plan resource management in the planning phase, estimate activity resources, and acquire and develop your team. Manage and monitor resources during execution to control project performance.

Identify, acquire, and manage resources for effective resource management, ensuring the right resources are available for the project manager and team at the right time and place.

Define how to estimate, require, manage, and use physical and team resources within plan resource management, detailing physical resources (equipment, materials, facilities, infrastructure), human resources, and their inputs into planning.

Identify inputs for plan resource management, including the project charter, the project management plan, and project documents, plus your EFC and your own pace.

Apply tools and techniques for plan resource management, including expert judgment, data representation, hierarchical charts, the work breakdown structure with its dictionary, and the raci matrix.

Define outputs for plan resource management, including the resource management plan, team charter, and project document updates such as the assumption log and risk register.

During planning, estimate activity resources by identifying the type and quantity of team resources, materials, and equipment, including specialized skills and tools, and review periodically to ensure adequacy.

Examine inputs for estimating activity resources, including the project management plan, the resource management plan, scope baseline, project documents, the IFS, and the opposite.

Apply expert judgment and bottom up, analogous, and parametric estimating to determine activity resources using data analysis, alternative analysis, project management information systems, and meetings.

Learn how to estimate activity resources and generate outputs like resource requirements and a resource breakdown structure. Apply basis of estimates, activity attributes, assumptions, lessons learned, and project document updates.

Acquire resources by obtaining team members, facilities, equipment, and materials during execution; this process guides selection, assigns resources to activities, and repeats as needed per the planning process.

Identify and use inputs such as the project management plan, resource management plan, procurement management plan, cost baseline, project documents, schedule, resource schedule, resource requirements, and stakeholder register.

Learn resource acquisition in projects through decision making and multi-criteria analysis, negotiate with experts and contractors, consider pre-assigned resources at charter, and manage virtual, globally distributed teams via technology.

Acquire resources and project team, then assign them to activities. Use resource calendars and change requests to update the project management plan, resource management plan, cost baseline, and ef updates.

Develop the team during execution to improve competency and competencies, enhance project performance, and reduce attrition by motivating employees and strengthening teamwork and interpersonal skills.

Review project management plan and resource management plan as inputs for developing your team, referencing EFC and OPAs. Use project schedule to assign resources and align the team charter.

The lecture outlines tools and techniques for developing project teams using the Tuckman ladder, detailing forming, storming, norming, performing, and adjourning.

Develop team using tools and techniques such as co-location, virtual teams, communication technology, and interpersonal skills to manage conflict, motivate, negotiate, and build high-performance teams.

Identify the outputs of developing the team, including team performance assessments, change requests, and updates to the resource management plan, schedule, team assignments, and lessons learned.

Track team member performance, provide feedback, and resolve issues to optimize project performance. The management process influences team behavior, manages conflict, and continues throughout the project.

Identify the inputs to resource management, including the project management plan, resource management plan, project documents, lessons learned, project team assignments, team charter, and work performance reports.

Develop essential interpersonal and team skills for resource management by applying conflict-management techniques: withdrawal/avoid, postponing, smooth and accommodate, compromise and reconcile, and collaborate and problem solve toward win-win outcomes.

Explore the outputs of managing the team, including change requests, project management plan updates, resource management plan, schedule and cost baselines, project document updates, lessons learned, and team assignments.

Monitor and control resources to ensure assigned physical resources are available as planned, while tracking planned versus actual utilization and taking corrective actions to deliver the project on time.

Identify the inputs for resource management control, including the project management plan, project documents, resource assignments, schedule, resource breakdown structure, risk register, agreements, and organizational process assets.

Apply data analysis, evaluating alternatives, cost-benefit analysis, trend analysis, and performance reviews to control resources, while developing negotiation, influencing, and problem-solving skills with the project management information system.

Identify and apply outputs of controlling resources, including work performance information, change requests, and updates to the project management plan, cost baseline, assumption log, issue log, and risk register.

In chapter 10, we review planning resource management, estimating activity resources, acquiring resources, developing your team, managing your team, and controlling resources.