PMP Certification - Complete Exam Prep Course Bundle

Explore how the PMP framework unites knowledge areas and process groups, including integration management, to deliver scope, schedule, cost, and quality.

Identify a project’s traits: temporary with an end date, aimed at producing a product or service. Understand how projects drive change and use progressive elaboration to turn data into information.

Explore how a program links projects in portfolios with a parent and child relationship, where design, construction, and ground station work must complement each other to meet the desired goals.

Explore how a portfolio comprises projects, programs, and operational work to meet organizational objectives, with programs as interrelated projects and portfolios guiding resource management across initiatives.

Differentiate projects from operations by highlighting their unique and temporary nature; illustrate with a milk factory project, then define PMO roles and the three PMO types: supportive, controlling, and directive.

Explore functional, project ties, and matrix structures, detailing how power shifts between project and functional managers across weak, balanced, and strong matrices and its impact on resources and communication.

Explore how the PMBOK groups projects into process groups and knowledge areas, guiding initiation, planning, execution, monitoring and closing, with focus on stakeholders, scope, schedule, cost, quality, and risk.

Plan resources, communication, and charter goals to guide execution; monitor work performance data, forecast schedule and cost, apply integrated change control, and close the project or its phases.

Identify organizational process assets and enterprise environmental factors to shape project practices and establish a baseline, while documenting processes, policies, and procedures in an organizational knowledge repository.

Explore how historical information and lessons learned form a knowledge base for baselines, while internal and external enterprise environmental factors shape planning, execution, and control.

Understand how project constraints interrelate cost, schedule, scope, resources, and quality, and how a manager evaluates, negotiates changes, and reallocates resources to achieve customer satisfaction.

Master stakeholder management by identifying stakeholders early, guiding initiating and planning activities, and using change control to align sponsor needs with project scope, schedule, and cost.

Plan department-specific communications, set meetings with agendas, maintain regular updates, involve sponsors and stakeholders throughout, and embrace agile collaboration with diverse, cross-country groups via modern technologies.

Identify stakeholders is a crucial initiation activity in stakeholder management, guiding engagement and communication. Use inputs like project charter, business case, enterprise environmental factors, guided by expert judgment.

Gather data from stakeholders through brainstorming and surveys, then analyze it with power–interest grids and salience models to shape the stakeholder register and change plans.

Plan stakeholder engagement to ensure effective communication and lifecycle alignment by identifying stakeholders, defining communication approaches, and updating the stakeholder engagement plan as project conditions change.

Apply assumption and constraint analysis, root cause analysis, and decision making to plan stakeholder engagement for PMP certification, using mind mapping and a stakeholder engagement matrix for stakeholders.

Manage stakeholder engagement during project execution by following the stakeholder engagement and communication management plans, reporting to sponsors, resolving issues, and applying change and risk management to build trust.

Learn how project managers negotiate resources with HR and sponsors, manage political awareness for stakeholders, set ground rules and meetings, and drive stakeholder engagement through change requests and plan updates.

Monitor stakeholder engagement to track communications and relationships across the project. Use work performance data and plan communications and engagement plans to identify variances and adjust strategies.

Monitor and control stakeholders by analyzing work performance data and variances, applying root cause and alternative analyses, and guiding decisions with multi-criteria analysis and voting to update engagement plans.

Explore procurement management through planning, execution, and monitoring within a life-cycle framework, with project manager, procurement department, and seller, producing a procurement strategy, procurement statement of work, and bid documents.

Navigate a transparent procurement process with bidder conferences, bid submissions, scope definition, risk assessment, contract negotiation, performance monitoring, acceptance, final payment, and lessons learned.

Develop and integrate the procurement management plan within the project management plan, guided by the project charter, benefit management plan, business case, scope baseline, and wbs to govern procurement activities.

Plan procurement management by aligning resource requirements, licenses, and environmental factors with organization process assets; use make-or-buy analysis, expert judgment, and meetings to guide procurement decisions.

Learn data gathering and benchmarking against industry vendors, and apply source selection criteria to make or buy decisions, guiding procurement management plan, procurement strategy, and bid documents.

Explore how contract types in procurement management use organizational process assets and agreements to guide buyer and seller relations, including fixed price, time and material, and cost reimbursable.

Explain fixed price contracts—firm fixed price, incentive, award fee, and economic price adjustment—and cost reimbursable types like cost plus fixed fee and cost plus incentive fee and purchase order.

Execute planned procurements by applying the project management plan and procurement documentation, assessing risk, stakeholders, and schedules to select sellers through bidder conferences, make-or-buy decisions, and contracts.

Leverage data analysis and proposal evaluation techniques, with third-party benchmarks, to select sellers, negotiate win-win contracts, manage change requests, and align with scope, schedule, and cost baseline.

Control procurement integrates planning and monitoring to track procurement performance, maintain contract relationships, and ensure the buyer and seller meet scope and payment terms under the contract.

Assess procurement performance using expert judgment and earned value analysis to manage changes, disputes, and close procurements in alignment with contract terms.

Explore risk management in project lifecycles by identifying and analyzing positive and negative risks with probability and impact, using tools and techniques to reduce financial impact through planning and ownership.

align projects with organizational goals by understanding risk appetite and threshold, and apply an iterative risk management lifecycle from identification and measurement to planning and implementation, considering domain-specific risks.

Plan risk management guides risk handling in the planning process group, using inputs: project charter, project management plan, stakeholder register, enterprise environmental factors, organization process assets, and risk appetite.

Explore risk management tools, including data analysis and stakeholder analysis, to shape the risk management plan with methodology, roles, budgeting, timing, risk categories, and the probability and impact matrix.

Define a risk breakdown structure to categorize risks, trace their sources, and guide risk management planning across technical, internal, external, commercial, and management risk factors.

Identify risks by applying risk categories and the risk breakdown structure, engage stakeholders, and map inputs from the project management plan to anticipate individual and overall project risks.

identify risks using enterprise environmental factors and organizational process assets, apply expert judgment, data gathering, and data analysis to produce a risk register and risk report with owners.

Prioritize identified risks through qualitative risk analysis, using probability and impact from the risk management plan to guide assessment, with inputs from the assumption log and risk register.

Identify and involve stakeholders via the stakeholder register, analyzing department perspectives to support risk management. Use enterprise environmental factors, organizational process assets, expert judgment, and probability-impact analysis to assess risks.

Subjective evaluation of risk guides urgency, ownership, and dormancy; prioritize via probability and impact analysis with facilitation, then update the risk register and reports.

The lecture demonstrates using a probability and impact matrix for qualitative risk analysis, tied to the risk management plan and visualized with color-coded risk levels across scope, schedule, and cost.

Apply decision tree analysis in quantitative risk assessment to calculate expected monetary value by combining probability and impact for project risks, including investments and savings.

Analyze project risk with a tornado diagram to visualize how technical, quality, project management, and organizational factors influence costs and schedule in a quantitative risk analysis framework.

Learn to perform quantitative risk analysis, integrating inputs like risk management plan, baselines, and forecasts to quantify probability and impact and monitor risk across projects.

Learn to quantify uncertainty using probability distributions and analyze project risk with sensitivity analysis, tornado diagrams, decision trees, and Monte Carlo simulations.

Strategize risk responses for threats and opportunities by escalating high-priority issues to the sponsor, and applying avoidance, transfer, mitigate, accept, and exploit tactics, all tracked in the risk register.

Apply proactive risk strategies by sharing opportunities through partnerships and joint ventures, enhancing resources to improve probability and impact, and using acceptance, transfer, mitigation, and exploitation.

Plan risk responses by using options and actions to reduce negative risks and capitalize on positive risks. Uses inputs like risk management plan and risk register to guide responses.

Learn to apply contingent response strategies, contingency and fallback plans, and risk responses with change requests, residual and secondary risks, and threshold triggers to manage project risk.

Execute risk responses by applying outputs from risk planning—risk management plan, risk register, and risk reports—guided by stakeholders to manage change and allocate resources in PMBOK six.

Monitor risk is part of the monitoring and controlling process group, identifying new risks and tracking risks throughout project life cycle using risk register, work performance data, and risk report.

Apply risk management life cycle controls through meetings with subject matter experts and stakeholders to generate work performance information, forecasts, and change requests for the project.

Learn how to plan and implement effective communication management in projects, balancing internal and external stakeholders, and choosing formal or informal, vertical or horizontal, and written or oral methods.

Explore how verbal and nonverbal communication helps project managers engage stakeholders, perform stakeholder analysis, and deliver accurate reports, while using listening, tone, and negotiation to align expectations.

Plan communications management lays the foundation for stakeholder engagement by integrating inputs from the project charter, project management plan, and enterprise environmental factors to define channels and a communication plan.

Explore how to plan project communications, select technology, manage urgency and time zones, apply the communication model, and use interactive, push, and pull methods to build a robust plan.

Manage communications by distributing work performance reports to stakeholders and sponsors during project execution. Follow the communication management plan to transform work performance data into information and reports.

Explore how a risk report summarizes overall and individual risks, aligns with the risk management plan and risk register, and guides stakeholder communication through the project management information system.

Master conflict management by resolving stakeholder disagreements and securing sponsor support, while fostering cultural and political awareness, effective networking, and focused meeting management to drive project communication.

Learn to monitor communications within monitor and control project work by using the communication management plan and stakeholder requirements along with work performance data to deliver timely stakeholder information.

Schedule meetings with clear agendas to align work with sponsors and suppliers. Monitor communications using stakeholder engagement data and PMIS, updating plans and logging changes and lessons learned.

Learn how communication requirement analysis determines stakeholder communication channels using the formula n(n-1)/2. This analysis guides planning, narrows stakeholder requirements, and establishes the foundation for effective, multi-country project communication.

Explore resource management in project planning, covering human and physical resources, procurement, scheduling, cost, risk, conflict management. Understand how roles, reporting structures, and organization theories influence planning and cross-area interactions.

Plan resource use across the project life cycle by defining the resource management plan, staffing management plan, and reporting structure using inputs like the project charter and schedule.

Leverage enterprise environmental factors and organizational process assets, apply expert judgment, and use OBS, RBS, WBS, and text role descriptions to define staffing needs.

Learn how the responsibility assignment matrix (RACI) links work packages from the work breakdown structure to project roles, shaping meetings, organization theory, and resource planning.

Estimate activity resources integrates resource management with cost estimation to determine human resources, materials, and equipment based on the work breakdown structure and scope baseline.

Learn how to estimate activity resources using expert judgment, bottom-up, analogous, and parametric estimating, guided by work breakdown structure, resource calendars, and meetings for basis of estimate.

Acquire team explains confirming human and physical resource availability and using inputs like the resource calendar, resource requirements, stakeholder register, procurement plan, and cost baseline.

Use decision management and multi-criteria analysis to plan resource acquisition, balancing scope, schedule, and cost while negotiating with stakeholders and forming a pre assignment and virtual team.

Herzberg's theory identifies motivating factors like achievement, recognition, responsibility, challenging work, promotion, and growth, while pay, policies, supervision, and work conditions can hinder motivation for project teams.

Explore how the responsibility assignment matrix uses the RACI framework to assign accountable, responsible, consulted, and informed roles within a WBS and its work packages.

Develop team strengthens the resource management execution phase by building the project team and improving performance throughout the lifecycle, with inputs like resource calendar and team charter.

Explore how project managers apply motivation theories, manage conflicts, and build high-performing teams using the Tuckman model, training, co-location, and rewards to drive project success.

Develop and apply team tools, including individual and team assessments, surveys, focus groups, and one-on-one interviews, to influence performance and coordinate with stakeholders in virtual and co-located settings.

Lead project teams in execution by tracking individual and team performance, resolving issues, and applying changes using inputs like the resource management plan, issue log, and lessons learned.

Resolve conflicts with collaboration, compromising, smoothing, withdrawal, and forcing to turn disagreements into opportunities. Leverage schedule focus and emotional intelligence with project management tools to generate change requests and baselines.

Monitor and control resources throughout the project life cycle, coordinating human and physical resources, procurement, and change management to ensure timely assignment and reporting.

Develop influencing and negotiation skills to guide procurement and resolve contractor issues. Use problem solving and data analysis with PMI tools to improve project performance.

Explore Maslow's hierarchy of needs and its sequential stages: physiological, safety, social, esteem, self-actualization—learn how project managers use this theory to motivate teams and align personal and professional goals.

Explore McGregor's theory of X and Y, contrasting micromanaging managers with trusting leaders who empower teams to work independently in agile project management.

Achieve project quality by fulfilling stakeholder requirements through clear requirement management, traceability, and continuous customer communication, avoiding gold plating to protect the triple constraint of schedule, cost, and time.

Plan quality management establishes the quality standards and requirements across the project life cycle, defining roles, responsibilities, and processes to meet customer, stakeholder, and sponsor expectations.

Brainstorm and interview stakeholders to gather data for a quality management plan, analyze cost of quality, perform cost-benefit analysis and multi-criteria decision analysis, and define metrics and update plans.

Explore quality tools to identify root causes, monitor quality issues, and align with stakeholder requirements using Ishikawa diagrams, scatter diagrams, histograms, Pareto charts, control charts, flow charts, and check sheets.

Manage quality analyzes the quality management plan to ensure standards using audits, metrics, and quality control measures. Root cause and alternative analyses guide improvement and risk handling.

apply design of experiments and data gathering to analyze quality with affinity, Ishikawa, flowchart, histogram, and matrix diagrams, then use pdca and six sigma to drive improvements.

Control quality monitors project quality against the quality management plan to detect defects before delivery, producing verified deliverables for customer acceptance and guiding change control with data gathering.

Gather and analyze data to drive performance reviews, root cause analysis, inspections, and testing, using Ishikawa diagrams, control charts, and histograms to guide quality and change requests.

Explore cost management across the project life cycle, including budgeting, creating cost baselines with contingency and management reserves, and using earned value management to monitor cost and schedule performance.

Define the cost management plan using inputs from the project charter and management plans, apply expert judgment and alternative analysis to funding decisions. Incorporate risk, precision, and rounding rules.

Define and control project costs through a comprehensive cost management plan, detailing unit of measure, precision, accuracy, organization procedure links, control thresholds, earned value management, and reporting formats.

Learn to estimate project costs using the work breakdown structure and control accounts, and distinguish direct, indirect, variable, and fixed costs with inputs like cost management plan and scope baseline.

Identify enterprise environmental factors and organizational process assets that shape cost estimates, and apply expert judgment, analogous and parametric methods, including regression analysis and learning curves, for accurate budgeting.

Divide activities into smaller tasks and cost them bottom-up for accuracy. Use three-point estimates (optimistic, most likely, pessimistic) and reserve analysis to determine cost estimates, contingency reserves, and management reserve.

Aggregate costs by linking activity estimates to work packages. Form a project budget with a cost baseline, contingency reserve, and management reserve, plus change requests.

Determine budget by aggregating costs from work packages and activities to form the cost baseline within the cost management plan. Use inputs like scope baseline and resource plan.

Learn how cost aggregation and data analysis generate the project budget, cost baseline with contingency and management reserves, reserve analysis, and historical information review to plan funding and financing.

Control cost monitors a project’s cost baseline throughout the life cycle, using earned value analysis to compare planned value with actual value and guide change control.

Apply expert judgment and data analysis to monitor plan value against actuals using earned value, variances, CPI, SPI, and trend forecasts, guiding change requests and cost forecasts.

Earned value management evaluates the project life cycle and monitors performance by comparing scope, schedule, and cost baselines, producing work performance data and information to guide change requests.

Explore earned value management through a small wall-building project, evaluating scope, schedule, and cost against a $1,000 per site budget over four days, with day three performance insights.

Calculate planned value, earned value, and actual cost in a four-wall project to understand EVM concepts and determine the budget at completion.

Assess project performance with earned value management by calculating cv, sv, cpi, and spi to identify over budget and behind schedule.

Calculate estimate at completion using BAC divided by CPI to forecast total project cost, then use ATC, AC, VAC, and TCPI to assess remaining work and cost performance.

Learn to use earned value management, including the estimate at completion, cost performance index, and schedule performance index, to assess costs, schedule, and apply four corrective assumptions.

This lecture explains earned value management by comparing planned value, earned value, and actual cost; showing CPI 0.89, SPI 0.83, over-budget variance, and forecasted cost to complete.

Plan, monitor, and control schedules across predictive and adaptive life cycles using a schedule management plan and schedule model, with earned value metrics guiding decisions.

Define the schedule management plan and schedule model using inputs from the project management plan, scope management plan, and project charter, with expert judgment and rolling wave planning.

Plan schedule management by coordinating meetings with sponsors, team members, and stakeholders to define inputs and produce the schedule management plan. Establish the schedule model and earned value management techniques.

Define activities by converting the work breakdown structure into an activity list and work packages, using decomposition and rolling wave plan for sequencing, estimation, and a schedule baseline.

Define activity attributes and unique identifiers to distinguish thousands of project activities. Establish milestone lists as zero-duration checkpoints and address change requests through an integrated change control process.

Sequence activities organizes project tasks by using inputs from the project management plan, scope baseline, activity lists, milestones, and assumption log, applying precedence diagramming to produce the schedule network diagram.

Explore how to determine activity dependencies—mandatory, discretionary, external, and internal—and create a project schedule network diagram with leads and lags to identify the critical path and update project documents.

Master estimating activity duration by using inputs from the schedule and scope baselines, resource data, and risk and lesson learned register, guided by expert judgment to build the project schedule.

Use parametric estimates with algorithms and historical data to produce accurate duration estimates; compare with analogous estimates, three-point estimates (pert), bottom-up methods, data analysis, and reserves.

Develop schedule creates a schedule baseline from a schedule model using inputs like the project management plan, activity attributes, sequencing, durations, and risk data to support the performance measurement baseline.

Master schedule network analysis by building a schedule model using critical path method, Monte Carlo analysis, and resource optimization with floats and buffers.

Explore schedule compression methods like crashing, fast tracking, and agile release planning to optimize project schedules, costs, and risks, while leveraging schedule baseline and change requests.

Monitor and control the schedule by comparing planned and actual performance, triggering integrated change control for schedule changes, and using baselines and earned value management to stay on track.

Master scheduling control through resource optimization (leveling and smoothing), leads and lags, and schedule compression (fast tracking and related options), producing outputs like work performance information and updated baselines.

The precedence diagramming method models the schedule by linking predecessor and successor activities, using four relationships: finish-to-start, start-to-start, finish-to-finish, and start-to-finish.

Explore the critical path method with a five-activity network; identify the critical path with duration 14, compute early/late start/finish, and understand float and forward/backward passes to optimize schedule and resources.

Plan scope management by producing the scope management plan and the requirements management plan from inputs like the project charter, project management plan, organizational process assets, and enterprise environmental factors.

Create a comprehensive scope management plan using expert judgment, meetings, and data analysis, use alternative analysis to reach consensus, and establish the requirements management plan and traceability matrix.

Collect requirements to define the scope life cycle and product scope by gathering stakeholder input, guided by the project charter, project management plan, and enterprise environmental factors.

Collect and analyze stakeholder requirements using expert judgment, data gathering techniques (focus groups, interviews, surveys), and decision methods (multi-criteria analysis, voting), then map outcomes to ensure clear acceptance criteria.

Apply affinity diagrams to group requirements and use interpersonal skills such as observation and shadowing in facilitated workshops. Produce outputs including requirements documentation and a traceability matrix with acceptance criteria.

Define scope establishes the project scope using inputs like the scope management plan, project charter, and enterprise environmental factors, and applies data analysis and multi-criteria decision analysis.

Leverages expert judgment and product analysis to align product and project scope, crafts a detailed project scope statement with acceptance criteria, constraints, and assumptions, and manages exclusions and scope creep.

Create the work breakdown structure to define the scope baseline and break the project into work packages and control accounts, and raise changes for approval by the change control board.

Apply expert judgment and decomposition to define a work breakdown structure, develop work packages, estimate cost and schedule, and produce scope baseline with a WBS dictionary and a control account.

Learn how to validate scope by inspecting deliverables, coordinating with control quality, and obtaining formal client acceptance, using inputs like the project management plan and scope baseline.

Manage changes to the scope baseline within the monitor and control process group. Use the scope baseline, WBS dictionary, change management plan, and performance measurement baseline to analyze variances.

Create the project charter to authorize the project manager, allocate resources, and set expectations, using inputs from business case, benefits management plan, agreement, and enterprise environmental factors.

Identify how organization process assets support the project charter with templates, historical data and lessons learned, and apply brainstorming, focus groups, and interviews to inform charter inputs.

Learn how to integrate ten subsidiary plans into a unified project management plan, establish baselines, manage changes and configurations, and tailor life cycles for predictive or agile projects.

Explore enterprise environmental factors, internal and external, like organization structure, culture, and government standards, and learn how PMIS and organizational process assets drive planning, baselines, and integration.

Leverage expert judgment from stakeholders and subject matter experts, and data gathering methods like interviews, brainstorming, and focus groups, to craft the project management plan with subsidiary plans and baselines.

Direct and manage project work executes the project according to the project management plan, implements approved change requests, and uses integrated change control to manage scope, schedule, and cost.

Explore how enterprise environmental factors and organization process assets influence the execution process, emphasizing internal culture and project management information system (pmis), external regulations, and change requests and documentation.

Apply expert judgment and meetings to evaluate change requests from sponsors and stakeholders, updating deliverables, work performance data, and project documents through integrated change control.

Manage project knowledge by leveraging the lessons learned to build new knowledge and enable explicit and tacit knowledge sharing through trust, using the lesson learned register.

Leverage expert judgment and organization process assets to manage project knowledge through knowledge management and information sharing, updating lessons learned registers.

Monitor and control project work tracks actual versus planned performance using work performance information and earned value management. Forecast cost and schedule and evaluate change requests against the baseline.

Learn how to monitor and control project work using expert judgment, data analysis, and change requests, leveraging enterprise environmental factors and organization process assets to communicate with stakeholders.

Perform integrated change control within the monitoring and controlling process group by reviewing and approving or rejecting change requests via a change control board, feeding approved changes into project work.

Apply integrated change control using manual or automated tools to evaluate change requests, analyze data and earned value management criteria, and update the project management plan and change log.

Finalize a project or phase through administrative closure by comparing the project management plan to actual work, completing contractual requirements, auditing lessons learned, and documenting stakeholder satisfaction and current status.

Close a project by validating scope and accepting deliverables, using procurement and contract closure, lessons learned, and organization process assets updates to transition to operations.

Explore project integration, from initiation and chartering to identifying stakeholders and planning, execution, monitoring and closing, all guided by an integrated project management plan.

Understand expert project management through interactive sessions, case studies, and the traits that help you lead people, balance time and scope, and align with organizational goals.

Define project management as the application of knowledge, skills, tools and techniques to project activities to meet project requirements, balancing time, scope, quality, and cost.

Explore how identifying stakeholders and aligning with end users prevents costly rework, while debunking common myths that project management is boring or purely administrative.

Develop expert project management by mastering detailed planning, leadership, and execution while effectively managing diverse people and team dynamics to deliver successful projects.

Prioritizing adds value by focusing on essential work and planning while avoiding waste. Communicate clearly, track time and budgets, and select tools that users actually adopt to boost roi.

Explore how project planning can fail from changing client requirements and unclear scope, and learn agile prototyping to align content and digital marketing keywords with web design.

Plan well to get things done; identify dependencies, manage resources, document knowledge, and estimate time with contingencies to keep software projects on track and communicate clearly with clients and teams.

Learn why planning is essential to track progress, communicate with clients, and guide the team, balancing detail with adaptability to prevent chaos and ensure collaborative success.

Plan around deliverables, not tasks; define measurable deliverables, track progress realistically, and avoid percentage-based claims. Balance documentation with work to meet client expectations in uncertain projects.

Plan effectively by breaking complex work into pieces, identifying true dependencies and risks, and estimating with contingency, using WBS and Gantt charts to track progress.

Plan effectively by breaking deliverables into achievable, measurable tasks to keep projects on track. Learn to tailor planning with iterative models and appropriate methodologies for dynamic changes.

Identify constraints and dependencies early to manage complex projects. Distinguish true from external dependencies, recognize resource dependencies, and adapt plans when vendors or teams delay delivery.

Identify and manage resource dependencies to keep projects on track; document roles, build a core team, and enable parallel work through prioritization, prototyping, and stakeholder negotiation.

Master estimation by balancing realistic timeframes, validating with the team, and avoiding random numbers; for maintenance vs from scratch projects, involve experts and iterative prototyping.

Estimate to predict delivery duration and form an initial project schedule; involve the team, negotiate with clients, and apply simple methods like most optimistic, most likely, and least optimistic.

Estimation remains an art, with accuracy highest for immediate phase tasks. Adopt a rolling wave approach, plan by phase, communicate limits, and balance client expectations, budget, and changing requirements.

Add contingency after estimates to buffer time and budget for unexpected events, dependencies, and risky tasks; communicate milestone and deliverable contingency to stakeholders while applying percentage-based reserves.

identify, assess, and mitigate project risks across initiation, planning, and execution; rate likelihood and severity, manage internal and external risks, and adapt to changing risk priorities.

Prioritize good administration and delegation to coordinate teams, manage administration and configuration management documentation, and apply prioritization, lean management, expert judgment, and customer focus to navigate dynamic changes.

Delegate tasks to experts, build a motivated team, and present a clear baseline plan with deliverables, milestones, risk management, and assumptions and constraints to ensure effective administration and project success.

Align the work breakdown structure with project scope and map it to a Gantt chart, detailing 100% scope, deliverables, and component breakdown, while covering resource leveling, tooling, and iterative planning.

Plan reviews are short, structured meetings (about 30 minutes) to review the project plan and keep it current, with separate sessions for teams and stakeholders.

Navigate tight information technology deadlines by gathering estimates, adding contingency and risks, and defining a schedule; build a mixed team, maintain emotional stability, and deliver in parallel while preserving quality.

Explore how financial concepts drive project management, from financial statement components to ROI, cash flow, budgeting, variance analysis, and project evaluation under time and resource constraints.

Learn who a project manager is, their roles and liabilities, and how financial concepts shape project success. The course equips you with basic financial tools to evaluate progress.

Understand financial statements as the primary means to communicate an organization's financial information to external and internal users, focusing on balance sheet, income statement, and cash flows.

Understand the objectives of financial statements for projects, enabling real-time tracking, ROI assessment, and resource reallocation to maximize profitability; forecast, budget, and take corrective actions.

Understand the balance sheet as a statement of financial position on a specific date, detailing assets, liabilities, and equity, and examine current vs non-current assets, operating cycles, and depreciation.

Understand intangible assets like goodwill, patents, and trademarks, and classify current versus non-current liabilities on the balance sheet.

learn how the income statement, a profit and loss statement, represents profit or loss over a period. trace revenues, gains, expenses, and losses to derive net income.

Explore how to use income statement analysis to defend project profitability through a practical case study, examining revenue, costs, gross margin, operating income, and net income.

Derive gross margin and its percentage from revenue and cost of revenue, then evaluate operating income and other expenses to explain quarterly net profit changes.

Assess project growth by comparing quarterly revenue and analyzing net income as a percentage, using fixed profit and fixed revenue scenarios to evaluate profitability.

Compare cash profit and book profit to reveal how accrual versus cash timing affects project profitability and the impact of credit terms on cash flow.

Understand the cash flow statement and its three categories: operating, investing, and financing, and how positive cash flow helps project managers handle contingencies and invest surplus funds.

Prepare and analyze organization-level cash flow from operating, investing, and financing activities in Excel, tracking inflows and outflows to derive net and ending balances for March 2018.

Learn how to compute the ending cash balance from the opening balance and net transactions, then apply principles to a project level cash flow across operating, investing, and financing activities.

Negotiate longer vendor credit and utilize the full term, invest idle cash for passive income, and repay loans on due dates to improve the project's cash flow.

Explore how to calculate return on investment, compare projects using return on investment percentages, and empower project managers to select profitable initiatives through cost optimization.

Compare capital expenditure and operating expenditure, clarifying buying versus leasing, and analyze cash outflows, depreciation, and asset value to guide project decisions.

Analyze monthly project statements to track revenue, costs, PNL, and ROI, identify red flags, and take corrective actions to improve performance while guiding buy vs lease decisions and cost reduction.

Understand project evaluation as a financial and non-financial assessment to decide whether to accept, continue, or drop a project, using net present value, payback, discounted cash flow, and earned value.

Explore six project evaluation methods—net present value, IRR, payback, discounted cash flow, opportunity cost analysis, and earned value—plus how to choose the right method for your goals.

Define present value and show how to discount future cash flows to their current value using the formula PV = C1/(1+R)^n.

Compute net present value by discounting future cash inflows and subtracting the initial outlay, guiding project decisions with positive, negative, or zero NPV.

Learn how internal rate of return determines the discount rate that zeroes net present value of cash flows and compares it to required return to decide on a project.

Calculate the payback period by dividing investment by net annual cash inflow (no discounting), as shown in a $40,000 example yielding 2.7 years versus a 4-year target.

Evaluate the net annual cash flow using the payback period, noting its failure to capture post-payback inflows and present value. Explore uneven cash flows and discounted cash flow analysis.

Apply the discounted payback period by discounting future cash inflows to present value using a given discount rate, then compute cumulative discounted cash flow to determine the payback year.

Apply opportunity cost analysis to compare projects and investments by measuring incremental gains against foregone income. Evaluate which option offers higher incremental value and lower opportunity loss.

Explore earned value analysis to evaluate ongoing projects, forecast completion and cost, and analyze schedule and budget variances using planned value, actual cost, and earned value.

Compute cost variance and schedule variance from earned value, actual cost, and planned value, and apply CPI and SPI to forecast cost to complete and schedule performance.

Learn forecasting for project management by analyzing past performance to forecast revenue, costs, and net profit, perform what-if analyses, and prepare a forecasted income statement.

Define budgeting as estimating costs, setting an agreed budget, and tracking actual versus forecasted costs against a baseline for future planning, resource prioritization, and variance analysis.