Project+ — CompTIA Project+ (PK0-005) Exam Cheat Sheet

Compact CompTIA Project+ (PK0-005) Cheat sheet covering lifecycle, artifacts, roles, formulas, change control, risk, communications, and exam decision points.

Use the tables for a quick pre-exam check. Expand a topic’s notes for explanations, examples, and additional distinctions.

Scope and study context
ItemReference
ProviderCompTIA
Official exam titleCompTIA Project+ (PK0-005)
Official exam codeProject+
Page purposeIndependent quick-reference support for real-exam preparation

CompTIA Project+ questions often test whether you can choose the best project management action in a realistic scenario. The exam is not only about definitions. Expect questions that require you to recognize project constraints, stakeholder issues, documentation needs, change control, risk responses, communication problems, and project life cycle decisions.

  • What project documents are used for
  • How scope, schedule, cost, quality, resources, and risk interact
  • How to choose the right action when a project changes
  • How to distinguish issues, risks, assumptions, constraints, and dependencies
  • How to avoid common scenario-question traps

Use this Cheat Sheet first, then move into PM Mastery practice:

  1. Start with topic drills on weak areas such as risk, change control, project documents, schedule concepts, and stakeholder communication.
  2. Answer original practice questions in timed sets so you learn how CompTIA Project+ (PK0-005) scenarios are phrased.
  3. Read detailed explanations for every missed or guessed question, including why the wrong answers are tempting.
  4. Keep a short error log organized by concept: risk vs. issue, change control, closure, communication, schedule, procurement, or quality.
  5. Re-test with mixed question bank sets until you can identify the project management problem before looking at the answer choices.

Practical next step: choose one weak topic from this Cheat Sheet and complete a focused set of original practice questions with detailed explanations before attempting a full mock exam.

Project Lifecycle Quick Map

    flowchart TD
	    A[Need, opportunity, problem, or mandate] --> B[Business case / charter]
	    B --> C{Authorized?}
	    C -- No --> X[Do not execute project work]
	    C -- Yes --> D[Plan scope, schedule, cost, quality, resources, communications, risks, procurement]
	    D --> E[Execute work and manage team, vendors, and stakeholders]
	    E --> F[Monitor performance, risks, issues, changes, quality]
	    F --> G{Change requested?}
	    G -- Yes --> H[Analyze impact and submit through change control]
	    H --> I{Approved?}
	    I -- Yes --> J[Update baselines, plans, logs, and communicate]
	    I -- No --> K[Communicate decision and prevent scope creep]
	    J --> E
	    K --> E
	    G -- No --> L{Deliverables accepted?}
	    L -- No --> E
	    L -- Yes --> M[Close procurements, transition, archive, lessons learned]
Notes and examples
Phase / Process AreaMain purposeHigh-yield outputsExam traps
InitiationDecide whether the project should exist and authorize itBusiness case, project charter, high-level scope, sponsor approval, initial stakeholdersStarting execution before authorization; confusing business case with charter
PlanningDefine how the project will be executed, monitored, and controlledScope baseline, WBS, schedule, budget, risk register, communication plan, procurement plan, quality planTreating plans as static; ignoring stakeholder and risk planning
ExecutionProduce deliverables and coordinate people/resourcesWork results, team assignments, vendor work, status updates, quality activitiesDoing unapproved work; bypassing change control
Monitoring and controllingCompare actual performance against plan and manage varianceStatus reports, change log, issue log, updated risks, forecasts, corrective actionsReporting variance without action; approving changes informally
ClosingFormalize acceptance and preserve knowledgeAccepted deliverables, closure report, lessons learned, archived records, transitioned product/serviceClosing before acceptance; skipping contract closure or handoff

Predictive, Adaptive, and Hybrid Selection

SituationBest-fit approachWhy
Requirements are stable, scope is well understood, approvals are formalPredictive / waterfallPlan-driven baselines and formal change control fit stable work
Requirements are uncertain or expected to evolveAdaptive / agileIterative delivery allows feedback-driven refinement
Regulated milestones exist, but parts of the product need iterationHybridCombines formal governance with adaptive delivery
Customer wants early usable incrementsAgile or hybridPrioritizes incremental value
Vendor contract requires fixed deliverables and acceptance criteriaPredictive or hybridContract control and baseline management matter
Infrastructure migration with defined sequence and dependenciesPredictiveSchedule, cutover, risk, and dependency planning dominate
New digital product with evolving user feedbackAdaptiveBacklog, demos, and reprioritization reduce waste
Notes and examples

Agile vs Predictive Exam Distinctions

ConceptPredictiveAgile / adaptive
ScopeDefined early; controlled through baselineEvolved through prioritized backlog
ChangeFormal change request and approvalReprioritized by product owner/backlog governance
PlanningUp-front detailed plan, then rolling updatesRolling-wave planning each iteration
DeliveryUsually larger release near the end or at milestonesFrequent increments
Progress measureSchedule/cost variance, milestones, deliverable completionWorking increments, velocity, burndown/burnup
Customer involvementKey reviews and approvalsContinuous feedback
Best exam clue“Approved baseline,” “change control board,” “phase gate”“Sprint,” “backlog,” “iteration,” “daily stand-up,” “retrospective”

Core Roles and Responsibilities

RolePrimary responsibilityDoes / ownsDoes not usually do
SponsorProvides authority, funding, and executive supportCharter approval, major decisions, escalation resolution, business alignmentManage daily tasks
Project managerIntegrates work across scope, schedule, cost, quality, risk, resources, and stakeholdersPlans, status, issue/risk management, change process, communicationsUnilaterally approve major baseline changes
Project teamPerforms project workEstimates, task execution, technical input, quality checksOwn business case approval
Customer / end userReceives or uses deliverablesRequirements input, acceptance feedback, validationManage project governance unless assigned
Product ownerMaximizes product value in agile contextsBacklog prioritization, acceptance of backlog itemsServe as team manager in the traditional sense
Scrum master / agile facilitatorSupports agile process and removes impedimentsFacilitation, coaching, impediment removalPrioritize product scope
Functional managerManages department resourcesStaff assignment, skill development, resource approvalOwn integrated project delivery
PMOStandards, governance, support, reportingTemplates, methodology, portfolio reporting, auditsAlways control every project decision
Change control boardReviews significant changesApprove/reject/defer change requests based on impactReceive informal hallway requests as approval
Vendor / supplierProvides contracted goods or servicesContracted deliverables, service performanceChange contract scope without authorization
StakeholderPerson/group affected by or influencing projectRequirements, constraints, feedback, support/resistanceAlways have decision authority

Artifact Selection Reference

ArtifactUse it to answer questions aboutCreated / refined whenKey distinction
Business caseWhy the project is worth doingInitiationJustifies investment; not the detailed execution plan
Project charterFormal project authorizationInitiationGives PM authority; high-level scope/objectives
Stakeholder registerWho matters and how they are affectedInitiation and updated throughoutIdentification and analysis source
Stakeholder engagement planHow to manage stakeholder involvementPlanningStrategy for support, resistance, and communication
Requirements documentationWhat stakeholders needPlanning, refined as neededBasis for scope and acceptance
Requirements traceability matrixLink requirements to deliverables, tests, and acceptancePlanning through validationPrevents missed or orphan requirements
Scope statementWhat is included/excludedPlanningMore detailed than charter scope
WBSDecomposes deliverables into manageable workPlanningDeliverable-oriented; not a schedule by itself
WBS dictionaryDetails about WBS componentsPlanningAdds descriptions, assumptions, owners, acceptance info
ScheduleWhen work happensPlanning and controllingIncludes activities, sequencing, duration, dependencies
Budget / cost baselineApproved cost planPlanning and controllingUsed to compare actual cost performance
Risk registerUncertain events that may affect objectivesPlanning and continuously updatedRisks may or may not happen
Issue logCurrent problems needing actionExecution/controlIssues are happening now
Change logTracks requested, approved, rejected, deferred changesControlRecords decisions and status
Communication planWho receives what, when, how, and from whomPlanningPrevents under/over-communication
Resource planPeople, equipment, materials, and availabilityPlanningAddresses capacity and skill needs
RACI matrixResponsibility clarityPlanningMaps roles to work; prevents ownership gaps
Quality management planQuality standards and methodsPlanningDefines how quality will be planned, assured, controlled
Procurement planExternal purchasing strategyPlanningCovers make/buy, vendor approach, contract type
Status reportCommunicates project healthExecution/controlSummarizes progress, variance, risks, issues
Lessons learned registerCaptures knowledge during projectThroughout, finalized at closeNot just a closing activity
Closure reportConfirms completion and outcomesClosingDocuments acceptance, performance, open items, handoff

Document Type Distinctions

If the scenario asks for…Choose…Because…
Formal authorization to beginProject charterAuthorizes project and PM authority
Justification for investmentBusiness caseExplains expected value, need, or benefit
Detailed deliverable decompositionWBSBreaks scope into work packages
Link from requirement to test or deliverableTraceability matrixTracks each requirement through validation
Who is accountable or consultedRACI matrixClarifies participation by work item
How to inform stakeholdersCommunication planDefines audience, content, channel, cadence
Current unresolved problemIssue logIssues are active problems
Potential future problem/opportunityRisk registerRisks are uncertain
Formal modification to approved baselineChange requestInitiates change control
Record of change decisionsChange logTracks submitted and decided changes
Acceptance of completed workSign-off / acceptance documentationConfirms deliverables meet criteria
Transition to operationsHandoff plan / transition planMoves product/service into support

“What Should the Project Manager Do Next?” Decision Table

Scenario clueBest next actionAvoid
Stakeholder requests new scope after baseline approvalDocument a change request and perform impact analysisTelling team to start immediately
Team member discovers a possible future problemAdd/update risk register and analyze probability/impactLogging as an issue unless it is already occurring
Risk event has happenedMove/manage as an issue; execute response or workaroundLeaving it only in the risk register
Deliverable fails inspectionRecord defect, perform root cause/corrective action, rework if neededAccepting deliverable to protect schedule
Sponsor asks for statusProvide concise report using agreed metrics and current dataHiding bad news or giving informal guesses
Stakeholder is resistantAnalyze interests and engagement needs; update engagement/communication approachIgnoring resistance until approval fails
Schedule variance exceeds toleranceAnalyze cause, consider corrective action, communicate/escalate per planChanging baseline without approval
Team conflict affects workFacilitate collaboration/problem solving first when practicalImmediately escalating minor interpersonal conflict
Vendor misses a deliverableReview contract/SOW, document issue, communicate with vendor, escalate if neededInformally accepting late work without assessing impact
Requirement is unclearClarify with customer/product owner and update documentationLetting team assume intent
Project objective no longer supports business needEscalate to sponsor/governance for decisionContinuing because work already started
Sensitive data appears in project documentsFollow security/privacy handling procedures and restrict accessSharing broadly for convenience
Final deliverable completedObtain formal acceptance, close procurements, transition, archive, lessons learnedDisbanding team before closure work
An urgent production-impacting defect occursFollow escalation/incident path and communicate impactWaiting for the next routine meeting

Change Control Cheat Sheet

StepPurposeKey exam point
Identify changeCapture request clearlyAll changes should be documented
Log requestTrack ownership and statusUse a change log, not memory
Analyze impactAssess scope, schedule, cost, quality, risk, resources, procurement, stakeholdersImpact analysis comes before approval
ReviewSponsor/CCB/product owner/governance evaluatesAuthority depends on methodology and thresholds
DecideApprove, reject, defer, or request more infoPM usually facilitates; does not always approve
UpdateRevise baselines, plans, contracts, backlog, and documents if approvedApproved changes must be integrated
CommunicateNotify affected stakeholdersCommunication prevents surprise and rework
Implement and verifyExecute authorized change and validate resultsUnauthorized work is scope creep
Notes and examples

Baseline Change vs Routine Update

Work itemFormal change control usually needed?Reason
Correcting a typo in meeting notesNoAdministrative update
Updating actual task completion percentageNoPerformance reporting
Adding a new deliverableYesScope baseline impact
Extending approved milestone dateYesSchedule baseline impact
Increasing approved budgetYesCost baseline impact
Changing acceptance criteriaYesScope/quality impact
Reprioritizing agile backlog before sprint planningUsually handled through backlog governanceNot the same as uncontrolled scope creep
Changing sprint work mid-iterationDepends on agile rules and severityProduct owner/team agreement is key

Change control

Change control is a major exam decision point.

Change request workflow

    flowchart TD
	    A[Change requested] --> B[Document the request]
	    B --> C[Analyze impact]
	    C --> D{Affects scope, schedule, cost, quality, resources, or risk?}
	    D -- No --> E[Handle within project authority]
	    D -- Yes --> F[Submit to change control process]
	    F --> G{Approved?}
	    G -- No --> H[Record decision and communicate]
	    G -- Yes --> I[Update baselines, plans, logs, and stakeholders]
	    I --> J[Implement approved change]

What to analyze before approval

Impact areaQuestion to ask
ScopeDoes this add, remove, or change deliverables?
ScheduleDoes this affect milestones, dependencies, or critical path?
CostDoes this require more budget or different funding?
QualityDoes this alter standards or acceptance criteria?
ResourcesDoes this require different people, tools, or vendors?
RiskDoes this create new threats or opportunities?
StakeholdersWho needs to approve or be informed?
ContractsDoes this affect vendor obligations?

Common trap: Implementing a change because it sounds small. Even small changes may affect baselines, dependencies, budget, or risk.

Scope, Schedule, Cost, and Quality

ConstraintMain questionCommon control toolsExam warning
ScopeWhat work and deliverables are included?Scope statement, WBS, requirements traceability, acceptance criteriaGold plating and scope creep are not acceptable
ScheduleWhen will work finish?Network diagram, Gantt chart, critical path, milestones, burndownAdding people late can increase coordination overhead
CostWhat will it cost and how is spending controlled?Budget, cost baseline, EVM, forecastsActual cost alone does not show value earned
QualityDoes output meet requirements and fitness for use?Quality plan, inspections, tests, control charts, auditsQuality is planned in, not inspected in only
ResourcesWho/what is available?Resource calendar, responsibility matrix, capacity planningOverallocation creates schedule and quality risk
RiskWhat uncertainty could affect objectives?Risk register, risk responses, reservesRisk is not automatically negative; opportunities exist
StakeholdersWho can affect or be affected?Register, engagement plan, communication matrixMissing stakeholders cause late requirements and resistance

Schedule and Estimating Reference

ConceptMeaningHigh-yield point
ActivityWork unit needed to produce deliverablesDerived from WBS work packages
MilestoneSignificant point or eventZero duration
DependencyRelationship between activitiesDrives sequencing
Finish-to-startSuccessor starts after predecessor finishesMost common dependency type
Start-to-startSuccessor starts after predecessor startsAllows parallel starts
Finish-to-finishSuccessor finishes after predecessor finishesFinish alignment
Start-to-finishSuccessor finishes after predecessor startsLeast common
LeadAccelerates successorExample: start testing before all development is complete
LagWaiting time insertedExample: wait for curing/approval period
Critical pathLongest path through networkDetermines shortest project duration
Float / slackTime an activity can slip without delaying targetCritical path typically has zero float
CrashingAdd resources to shorten scheduleUsually increases cost
Fast trackingDo sequential work in parallelUsually increases risk/rework
Rolling-wave planningPlan near-term work in detail, future work at higher levelUseful when details emerge over time
Notes and examples

Estimating Formulas

Three-point beta / PERT-style expected estimate:

\[ \text{Expected estimate} = \frac{O + 4M + P}{6} \]

Triangular estimate:

\[ \text{Triangular estimate} = \frac{O + M + P}{3} \]

Where \(O\) = optimistic, \(M\) = most likely, and \(P\) = pessimistic.

Estimating methodUse whenNotes
AnalogousSimilar past project existsFast, less precise
ParametricReliable unit rate existsExample: cost per server, hours per unit
Bottom-upWork packages are definedMore detailed; time-consuming
Three-pointUncertainty existsUses optimistic, most likely, pessimistic values
Expert judgmentSkilled SMEs are availableUseful but should be documented
Vendor bid analysisExternal supplier pricing is neededCompare assumptions, scope, and exclusions

Schedule building blocks

ConceptMeaning
Activity/taskUnit of work to be scheduled
MilestoneSignificant event or checkpoint, often zero-duration
DependencyRelationship between tasks
DurationTime needed to complete a task
LeadAcceleration where a successor starts before predecessor fully completes
LagDelay between tasks
Critical pathLongest path through the schedule; determines minimum project duration
Float/slackTime a task can slip without delaying the project or dependent work

Dependency types

DependencyMeaningExample
Finish-to-startTask B starts after Task A finishesInstall software after server build
Start-to-startTask B starts after Task A startsBegin documentation after configuration starts
Finish-to-finishTask B finishes after Task A finishesFinal review finishes after testing finishes
Start-to-finishTask B finishes after Task A startsRare; old process ends after new process starts

Most scenario questions use finish-to-start dependencies, but do not assume every dependency is the same.

Schedule compression

TechniqueWhat it doesTradeoff
CrashingAdds resources to shorten scheduleOften increases cost
Fast trackingPerforms tasks in parallel that were planned sequentiallyOften increases risk and rework
Resource levelingAdjusts schedule based on resource availabilityMay extend timeline
Resource smoothingAdjusts activities within available floatTries not to change critical path

Common trap: If the question says the budget cannot increase, crashing may not be best. If the question says quality/rework risk is unacceptable, fast tracking may not be best.

Earned Value and Performance Formulas

Core terms:

TermMeaning
PVPlanned value: budgeted value of scheduled work
EVEarned value: budgeted value of completed work
ACActual cost: actual cost incurred
BACBudget at completion: total approved budget
Notes and examples
FormulaPlain-text formulaInterpretation
Cost varianceCV = EV - ACPositive is under budget; negative is over budget
Schedule varianceSV = EV - PVPositive is ahead of schedule; negative is behind
Cost performance indexCPI = EV / ACGreater than 1 is favorable; less than 1 is unfavorable
Schedule performance indexSPI = EV / PVGreater than 1 is favorable; less than 1 is unfavorable
Estimate at completion, simpleEAC = BAC / CPIUse when current cost performance is expected to continue
Estimate to completeETC = EAC - ACExpected remaining cost
Variance at completionVAC = BAC - EACPositive is favorable; negative is unfavorable

High-yield interpretation:

If…It means…
EV is less than PVLess work completed than planned
EV is less than ACWork completed costs more than its planned value
CPI = 0.80Getting 0.80 of planned value for each 1.00 spent
SPI = 1.10Progressing faster than planned by earned-value measure
CV negative and SV negativeOver budget and behind schedule
CPI favorable but SPI unfavorableSpending efficiently but progressing too slowly

Communication Formulas and Methods

Number of communication channels with \(n\) participants:

\[ \text{Channels} = \frac{n(n-1)}{2} \]
MethodBest useWeakness / trap
Interactive communicationComplex, urgent, or ambiguous topicsMeetings can be inefficient if poorly controlled
Push communicationSend information to specific recipientsDoes not guarantee understanding
Pull communicationLarge audience accesses information when neededRequires stakeholders to retrieve it
Formal writtenContracts, approvals, status reports, decisionsSlower but auditable
Informal verbalQuick clarification, relationship buildingPoor for official decisions unless documented
SynchronousReal-time discussionScheduling/time-zone challenges
AsynchronousEmail, dashboards, recorded updatesSlower feedback loop
Notes and examples
Communication needBetter choice
Resolve complex conflictInteractive meeting / facilitated discussion
Announce approved changeFormal written notice plus stakeholder briefing if needed
Share routine metricsDashboard or status report
Confirm acceptanceFormal sign-off
Communicate bad newsTimely, factual, with impact and options
Reach distributed stakeholdersMix of asynchronous updates and scheduled interactive sessions

Stakeholder Management

ActivityPurposeExam focus
Identify stakeholdersFind affected/influential people and groupsDo this early and revisit
Analyze stakeholdersUnderstand power, interest, influence, expectationsTailor engagement
Plan engagementDefine strategies to gain support and reduce resistanceNot all stakeholders need same communication
Manage engagementCommunicate, involve, negotiate, resolve concernsActive management, not passive reporting
Monitor engagementCheck whether strategy worksUpdate plan as attitudes change
Stakeholder stateMeaningPossible PM action
UnawareDoes not know project/impactInform and educate
ResistantOpposes project or changeUnderstand concerns, address impact, involve appropriately
NeutralNeither supports nor opposesProvide relevant information
SupportiveWants project successMaintain engagement
LeadingActively advocatesUse as champion where appropriate
Notes and examples

Stakeholder management

Stakeholders are people or groups that can affect, be affected by, or perceive themselves to be affected by the project.

Stakeholder analysis

Consider:

  • Level of influence
  • Level of interest
  • Expectations
  • Communication preferences
  • Decision authority
  • Support or resistance
  • Impact on project success
Stakeholder typeProject approach
High influence, high interestManage closely
High influence, low interestKeep satisfied
Low influence, high interestKeep informed
Low influence, low interestMonitor

Common stakeholder traps

  • Ignoring quiet but powerful stakeholders
  • Communicating the same level of detail to every audience
  • Failing to document approvals
  • Assuming the sponsor and end users have identical expectations
  • Not managing resistance to change
  • Waiting until closure to validate acceptance criteria

For scenario questions, identify whose approval, input, or awareness matters before choosing the communication action.

Risk, Issue, Action, and Decision Logs

ItemDefinitionExampleCorrect record
RiskUncertain future event/condition“Key engineer may become unavailable”Risk register
IssueCurrent problem“Key engineer resigned”Issue log
Action itemAssigned task to resolve/follow up“PM to identify replacement by Friday”Action item log
DecisionChoice made by authority“Sponsor approved two-week extension”Decision log / meeting minutes
AssumptionSomething treated as true for planning“Vendor API will be available by July”Assumption log
ConstraintLimitation on options“Must complete before data center shutdown”Constraint list / charter / plan
DependencyRelationship that affects sequencing“Testing depends on environment readiness”Schedule / dependency log
Notes and examples

Risk Response Strategies

Risk typeStrategyMeaning
ThreatAvoidChange plan to eliminate threat
ThreatMitigateReduce probability or impact
ThreatTransferShift impact ownership, often by contract/insurance/vendor
ThreatAcceptTake no proactive action beyond monitoring/reserve
OpportunityExploitEnsure opportunity occurs
OpportunityEnhanceIncrease probability or impact
OpportunitySharePartner to capture benefit
OpportunityAcceptTake advantage if it occurs

Risk score is commonly expressed as probability times impact:

\[ \text{Risk score} = \text{Probability} \times \text{Impact} \]
Scenario clueBest response
High probability and high impact threatPlan active response; escalate if outside tolerance
Low impact riskMonitor or accept if appropriate
Risk trigger occursExecute planned response
No response exists and issue occursDevelop workaround; update issue/risk records
Risk response changes scope/schedule/cost baselineSubmit change request

Quality Management Cheat Sheet

ConceptMeaningExam clue
Quality planningDefine standards and how quality will be achieved“What quality criteria apply?”
Quality assuranceEvaluate process effectiveness“Are we following the right process?”
Quality controlInspect/test deliverables“Does this deliverable meet requirements?”
Acceptance criteriaConditions deliverable must satisfyUsed for customer validation
Definition of doneAgile team’s completion criteriaApplies consistently to backlog items
Cost of qualityCost to prevent, detect, and fix defectsPrevention is generally better than rework
Prevention costTraining, standards, process improvementAvoid defects
Appraisal costInspection, testing, auditsDetect defects
Internal failure costRework before customer deliveryDefect found internally
External failure costWarranty, returns, reputation damageDefect found by customer
Notes and examples
ToolUse
Cause-and-effect / fishbone diagramIdentify possible root causes
Pareto chartFocus on vital few causes
Control chartDetermine process stability over time
Run chartShow trends over time
HistogramShow frequency distribution
Scatter diagramShow relationship between variables
Check sheetCollect defect/event counts
FlowchartMap process steps and handoffs
AuditCheck process compliance
InspectionExamine deliverable for defects

Quality management

Quality is about meeting requirements and acceptance criteria, not simply adding premium features.

ConceptMeaning
Quality planningDefine standards and how quality will be measured
Quality assuranceEnsure processes are being followed
Quality controlInspect/test deliverables for defects
Acceptance criteriaConditions required for stakeholder approval
DefectNonconformance with requirement or quality standard
ReworkCorrecting defective or incomplete work

Quality vs. grade

TermMeaning
QualityDegree to which requirements are met
GradeCategory or level of features

A low-grade product can still be high quality if it meets requirements. A high-grade product can be low quality if it fails to meet requirements.

Common exam trap: Choosing “add more features” when the problem is quality. Quality means conforming to requirements, not gold-plating.

Procurement and Vendor Reference

Document / termUseExam distinction
Make-or-buy analysisDecide internal vs external sourcingConsiders cost, capability, risk, schedule
RFIRequest informationLearn vendor capabilities; not usually final pricing
RFQRequest quotePrice for well-defined goods/services
RFPRequest proposalVendor proposes solution/approach
SOWStatement of workDefines work, deliverables, acceptance criteria
SLAService-level agreementDefines service performance targets
MSAMaster service agreementGeneral contractual terms across work
NDANondisclosure agreementProtects confidential information
POPurchase orderAuthorizes purchase under defined terms
ContractBinding agreementChanges require formal control
Vendor scorecardPerformance trackingCompares delivery, quality, cost, responsiveness
Notes and examples
Contract typeBuyer riskSeller riskBest for
Fixed priceLower if scope is clearHigher if estimates are wrongWell-defined deliverables
Time and materialsMedium to higher without controlsLowerUncertain duration or flexible scope
Cost-reimbursableHigherLower to mediumUncertain work where buyer accepts cost risk
Incentive-basedSharedSharedAligning vendor behavior to targets

Vendor scenario pattern:

  1. Check the contract/SOW/SLA.
  2. Document performance issue.
  3. Communicate with vendor through agreed channel.
  4. Assess project impact.
  5. Escalate or initiate change/claim process if needed.
  6. Update project records and stakeholders.

Procurement and vendor management

Project+ scenarios may include vendors, contracts, statements of work, and service expectations.

Procurement terms

TermMeaning
ProcurementAcquiring goods or services from outside the organization
Vendor/supplierExternal provider
Statement of workDescription of work, deliverables, and expectations
RFPRequest for proposal; asks vendors to propose a solution
RFQRequest for quote; asks for pricing for defined goods/services
RFIRequest for information; gathers market/vendor information
SLAService level agreement; defines service performance expectations
ContractLegally binding agreement between parties

Contract type decision review

Contract typeBuyer riskSeller riskExam clue
Fixed-priceLower if scope is clearHigher if costs exceed estimateBest when requirements are well-defined
Time and materialsHigher cost uncertaintyLower than fixed-priceUseful when scope is uncertain but labor rates are known
Cost-reimbursableHigherLowerBuyer pays allowable costs, often plus fee

Common trap: Choosing fixed-price when the scope is vague. Fixed-price works best when requirements are stable and well understood.

Resource and Team Management

TopicReference point
Resource calendarShows availability, holidays, assignments, constraints
Responsibility assignment matrixMaps work to roles/people
RACIResponsible, Accountable, Consulted, Informed
Training needAddress skill gaps before they affect quality/schedule
Team charterDefines team norms, decision rules, and working agreements
Virtual teamRequires explicit communication norms and tool discipline
Matrix environmentPM may share authority with functional managers
Resource levelingAdjust schedule to address resource constraints; may change critical path
Resource smoothingAdjust within available float; does not usually change end date

RACI Meanings

LetterMeaningRule of thumb
RResponsibleDoes the work
AAccountableOwns final answer/approval; ideally one per activity
CConsultedTwo-way input before decision/action
IInformedOne-way update after decision/action
Notes and examples

Resource types

Resource typeExamples
Human resourcesProject manager, developers, analysts, testers, trainers
Physical resourcesEquipment, rooms, devices
Technical resourcesSoftware, environments, cloud services
Financial resourcesBudget and funding
External resourcesVendors, contractors, consultants

Team development stages

StageMeaningProject manager focus
FormingTeam is newly assembledSet direction, clarify goals
StormingConflict and uncertainty appearResolve conflict, clarify roles
NormingTeam establishes working normsReinforce collaboration
PerformingTeam works effectivelyRemove obstacles, sustain performance
AdjourningTeam disbandsRecognize work, release resources

Conflict resolution approaches

ApproachWhen it may fit
Collaborating/problem solvingBest for important issues needing durable agreement
CompromisingUseful when time is limited and each side can give something
Smoothing/accommodatingEmphasizes agreement; may not solve root cause
Forcing/directingUseful in emergencies or when authority must decide
Avoiding/withdrawingTemporarily useful for low-priority issues, but rarely solves the issue

Common exam trap: Avoiding conflict when the scenario needs active resolution. For important project conflicts, collaboration/problem solving is usually stronger than ignoring the issue.

Conflict and Leadership Responses

Conflict methodUse whenRisk
Collaborate / problem solveImportant issue, time allows, win-win desiredTakes time
CompromiseNeed acceptable middle ground quicklyEveryone gives up something
Smooth / accommodatePreserve relationship, issue is minorRoot cause may remain
Force / directEmergency, safety, compliance, or authority-based decisionCan damage morale
Withdraw / avoidCooling-off period or issue is trivialDelays resolution

Exam pattern: choose collaboration/problem solving for important project conflicts unless the scenario clearly requires urgent direction, escalation, or compliance action.

Meetings and Status Controls

Meeting / eventPurposeGood output
Kickoff meetingAlign team and stakeholders before executionShared understanding of objectives, roles, plan
Status meetingReview progress, blockers, risks, decisionsUpdated actions, issues, risks
Change control meetingReview change requests and impactsApproved/rejected/deferred decisions
Risk reviewReassess risks, triggers, responsesUpdated risk register
Sprint planningSelect and plan iteration workSprint goal/backlog
Daily stand-upSynchronize agile teamBlockers identified
Sprint reviewDemonstrate increment to stakeholdersFeedback and accepted/rejected items
RetrospectiveImprove team processImprovement actions
Lessons learned sessionCapture reusable knowledgeLessons learned register update
Closure meetingConfirm completion and transitionAcceptance, handoff, archived records

Governance and Escalation

Escalate when…Escalate to…Why
Decision exceeds PM authoritySponsor/governance bodyAuthority and accountability
Baseline impact exceeds toleranceCCB/sponsorFormal change approval needed
Funding or strategic alignment is questionedSponsorBusiness decision
Functional resource conflict cannot be resolvedFunctional manager/sponsorShared authority issue
Vendor breach or major nonperformance occursProcurement/vendor manager/sponsorContractual handling
Compliance/security concern arisesAppropriate governance/security/compliance contactSpecialized authority
Stakeholder conflict blocks acceptanceSponsor or steering groupBusiness-level resolution
Project should be paused or terminatedSponsor/governance bodyPM should not make unilateral strategic termination decision
Notes and examples
Do firstBefore escalating
Verify factsAvoid escalating rumors
Document impactScope, schedule, cost, risk, quality, stakeholders
Identify optionsGive decision-makers choices
Follow communication planUse agreed path unless emergency requires faster action
Keep recordsDecisions should be auditable

IT and Operational Transition Focus

CompTIA Project+ candidates often see project scenarios tied to technology delivery, service transition, implementation, or vendor-supported work.

Transition itemPurpose
Cutover planDefines move from old to new system/process
Rollback planDefines how to return to prior state if implementation fails
RunbookOperational procedures for support teams
Support handoffTransfers ownership to operations/service desk
Training planPrepares users/admins/support staff
Release notesCommunicate changes, fixes, known issues
Maintenance windowPlanned time for implementation with reduced impact
Backout criteriaConditions that trigger rollback
Post-implementation reviewConfirms outcomes and captures lessons
Notes and examples
Scenario clueBetter response
Deployment affects usersCommunicate schedule, impact, support path
High-risk implementationConfirm rollback/backout plan
Support team not readyDelay handoff or complete training/runbook
Stakeholders dispute readinessReview acceptance criteria and go/no-go checklist
Incident after deploymentFollow incident/escalation process and communicate

Common Exam Traps

TrapCorrect thinking
“The customer asked, so the team should do it”Customer requests still need prioritization or change control
“A risk happened, so update only the risk register”Once it happens, manage it as an issue
“The PM should approve all changes”Approval authority depends on governance and thresholds
“Status reporting solves variance”Reporting informs; corrective action controls
“Quality control and quality assurance are the same”QC checks deliverables; QA checks processes
“A milestone is a task with duration”Milestone has zero duration
“WBS is a task schedule”WBS decomposes deliverables; schedule sequences activities
“More communication is always better”Right information, right stakeholder, right timing, right channel
“Agile means no planning”Agile uses continuous planning and disciplined feedback loops
“Closing is just celebration”Closing includes acceptance, handoff, records, lessons learned, procurement closure
“Negative risk is the only risk”Risks can be threats or opportunities
“Actual cost tells whether the project is healthy”Compare actual cost with earned value and plan

Last-Minute Review Checklist

AreaConfirm you can answer…
LifecycleWhat artifact or action belongs in initiation, planning, execution, control, or closing?
ChangeWhat happens before approval? Who decides? What gets updated after approval?
Risk vs issueIs the event uncertain or already happening?
ArtifactsWhich document fits the scenario clue?
RolesSponsor vs PM vs team vs product owner vs PMO vs CCB
ScheduleCritical path, float, dependencies, lead/lag, crashing vs fast tracking
CostEV, PV, AC, CV, SV, CPI, SPI interpretation
CommunicationPush vs pull vs interactive; formal vs informal
StakeholdersIdentify, analyze, plan, manage, monitor engagement
QualityQA vs QC; acceptance criteria; root cause tools
ProcurementRFI/RFQ/RFP/SOW/SLA; contract type risk
AgileBacklog, sprint, increment, review, retrospective, velocity/burndown
ClosingAcceptance, transition, procurement closure, archive, lessons learned

High-yield exam mindset

For CompTIA Project+ (PK0-005), many questions come down to disciplined project control.

If the scenario says…Think first about…Common best action
A stakeholder requests new workScope/change controlDocument and evaluate the change
A future uncertain event may affect the projectRisk managementRecord in risk register and plan response
Something has already happenedIssue managementLog, assign owner, escalate if needed
Team members are confused about responsibilitiesRACI/resource planningClarify roles and accountability
The project is behind scheduleSchedule analysisIdentify critical tasks and options
The customer is dissatisfiedStakeholder/quality/communicationClarify expectations and acceptance criteria
Requirements are unclearScope/requirements managementElicit, document, validate, baseline
A vendor misses a deliverableProcurement/vendor managementReview contract/SLA, escalate per plan
Executives want statusCommunication managementProvide agreed status report/dashboard
The project is endingClosureConfirm acceptance and capture lessons learned
Notes and examples

A strong test-taking rule: do not jump straight to execution when the correct answer is to document, analyze, communicate, or follow the approved process first.

Project basics you should know cold

Project vs. operations

ConceptProjectOperations
PurposeCreate a unique product, service, or resultRun ongoing business activities
DurationTemporaryContinuous
Success focusDeliver approved objectivesMaintain stable performance
Change levelOften higherUsually controlled and repeatable
ExampleDeploy a new ticketing systemOperate the help desk
Notes and examples

A common trap is treating a temporary initiative as routine operations. If the work has a defined beginning, end, scope, and deliverables, treat it as a project.

Core project constraints

Project decisions often involve tradeoffs among:

  • Scope — what is included and excluded
  • Schedule — when work and deliverables are due
  • Cost — budget, funding, and financial limits
  • Quality — degree to which deliverables meet requirements
  • Resources — people, equipment, tools, and facilities
  • Risk — uncertainty that may affect objectives

If one constraint changes, at least one other constraint usually changes too. For example, increasing scope without changing schedule may require more resources, higher cost, lower quality, or higher risk.

Project life cycle quick review

CompTIA Project+ scenarios frequently ask what should happen next in the project life cycle.

Phase / activity areaMain purposeHigh-yield outputs
InitiationConfirm business need and authorize the projectBusiness case, project charter, initial stakeholder list
PlanningDefine how work will be performed, controlled, and measuredScope baseline, schedule, budget, risk plan, communication plan
ExecutionPerform the work and produce deliverablesWork results, team coordination, vendor management
Monitoring and controllingCompare actual performance to plan and manage changesStatus reports, change requests, issue/risk updates
ClosureConfirm completion and formally close project workFinal acceptance, lessons learned, archived documents
Notes and examples

Initiation

Initiation answers: Should this project exist, and who authorizes it?

Key concepts:

  • Business case: explains why the project is valuable.
  • Project charter: formally authorizes the project and gives the project manager authority.
  • Stakeholder identification: determines who can affect or be affected by the project.
  • High-level scope: describes major deliverables, boundaries, and objectives.

Common exam trap: Starting detailed planning or execution before authorization. If the project has not been formally approved, the better answer often involves business case approval or project charter creation.

Planning

Planning answers: How will the project be delivered and controlled?

Important plans and baselines:

Planning itemWhat it controls
Scope statementWhat is included and excluded
Work breakdown structureDecomposition of deliverables into manageable work
ScheduleTask sequencing, duration, milestones, deadlines
BudgetApproved cost baseline
Quality planStandards, acceptance criteria, testing/review methods
Resource planPeople, skills, equipment, availability
Communication planWho receives what information, when, and how
Risk registerIdentified risks, probability/impact, owners, responses
Change management planHow changes are submitted, evaluated, approved, and tracked

Common exam trap: Choosing a communication or execution action before confirming the plan, baseline, or approval process.

Execution

Execution answers: How is the work performed and coordinated?

High-yield execution activities:

  • Assigning work according to roles and responsibilities
  • Managing team performance
  • Coordinating vendors and external resources
  • Holding status meetings
  • Producing deliverables
  • Performing quality assurance activities
  • Communicating with stakeholders
  • Updating logs and reports

Common exam trap: Ignoring the project plan. Execution should align with approved scope, schedule, budget, quality, and communication expectations.

Monitoring and controlling

Monitoring and controlling answers: Are we on track, and what must be adjusted?

High-yield activities:

  • Compare actual progress to the baseline
  • Track issues, risks, changes, and defects
  • Analyze schedule and budget variances
  • Validate deliverables against acceptance criteria
  • Escalate according to thresholds
  • Report status to stakeholders
  • Manage approved changes

Common exam trap: Making informal changes. If a change affects scope, schedule, cost, quality, or risk, it should go through change control.

Closure

Closure answers: Is the project formally complete?

Key closure steps:

  1. Verify deliverables against acceptance criteria.
  2. Obtain formal acceptance.
  3. Close contracts and vendor obligations.
  4. Release project resources.
  5. Archive project documents.
  6. Capture lessons learned.
  7. Communicate final status.

Common exam trap: Treating work completion as project closure. A deliverable being finished is not the same as formal acceptance and administrative closure.

Project documents and artifacts

High-yield document table

DocumentPurposeWatch for this in scenarios
Business caseJustifies the project“Why are we doing this?”
Project charterAuthorizes the project“Who approved this project?”
Stakeholder registerLists stakeholders and key details“Who is affected?”
Requirements documentCaptures stakeholder needs“What must the solution do?”
Scope statementDefines project boundaries“Is this work included?”
WBSBreaks deliverables into smaller components“How is work decomposed?”
ScheduleShows task timing and dependencies“When will tasks occur?”
BudgetDefines approved funding“How much can be spent?”
Risk registerTracks uncertain future events“What might happen?”
Issue logTracks current problems“What has happened?”
Change logTracks submitted and approved/rejected changes“What changed?”
Communication planDefines communication methods and frequency“Who needs what update?”
RACI chartClarifies responsibility and accountability“Who owns this task?”
Lessons learnedCaptures improvement knowledge“What should future projects know?”
Notes and examples

RACI review

RACI is commonly tested because it clarifies roles.

RACI roleMeaningKey exam clue
ResponsibleDoes the workThe person performing the task
AccountableOwns the outcomeFinal decision/approval authority
ConsultedProvides inputTwo-way communication
InformedKept updatedOne-way communication

Common trap: More than one person may be responsible, but accountability should be clear. If everyone owns the result, no one owns the result.

Scope management

Scope management prevents uncontrolled expansion and unclear expectations.

Scope terms

TermMeaning
Product scopeFeatures and functions of the deliverable
Project scopeWork required to deliver the product/service/result
Scope statementDetailed description of project boundaries and deliverables
DeliverableTangible or verifiable output
Acceptance criteriaConditions that must be met for approval
Scope baselineApproved scope statement, WBS, and related scope controls
Scope creepUncontrolled expansion of scope without approval

Scope decision rule

If a stakeholder requests additional work:

  1. Determine whether the request is already in scope.
  2. If unclear, review the scope statement, WBS, and requirements.
  3. If it is new or changes approved work, create a change request.
  4. Analyze impact on schedule, cost, quality, resources, and risk.
  5. Submit for approval according to the change process.
  6. Update baselines and communicate only after approval.

Do not accept “the customer asked for it” as automatic authorization to change the project.

Requirements review

Requirements define what the solution must do or achieve.

Requirement typeExample
Business requirementReduce manual ticket routing time
Stakeholder requirementSupport managers need weekly reporting
Functional requirementUsers can submit a ticket through a portal
Nonfunctional requirementPortal must meet performance or availability expectations
Technical requirementSystem must integrate with an identity provider
Compliance requirementSolution must satisfy required policies or standards

Common mistakes:

  • Confusing requirements with design decisions
  • Failing to validate requirements with stakeholders
  • Missing nonfunctional requirements
  • Accepting ambiguous terms such as “fast,” “easy,” or “secure” without measurable criteria
  • Allowing requirements changes without change control

Cost and budget review

Project+ candidates should understand budgeting concepts and cost-control thinking.

ConceptMeaning
BudgetApproved funding for project work
EstimateForecast of expected cost
BaselineApproved version used to measure performance
Fixed costCost that does not vary directly with amount of work
Variable costCost that changes with usage or quantity
Direct costCost directly attributable to the project
Indirect costShared overhead or support cost
Sunk costMoney already spent; should not drive future decisions
Contingency reserveFunds/time for known risks
Management reserveFunds/time for unknown or higher-level uncertainty, usually controlled outside the project manager’s normal authority

Common trap: Continuing a bad project because money has already been spent. Sunk cost should not justify poor future decisions.

Risk management

Risk is one of the most important Project+ areas because scenarios often test the difference between a possible future event and a current problem.

Risk vs. issue

TermTimingExampleTool
RiskMay happenA key vendor might miss a delivery dateRisk register
IssueHas happenedThe vendor missed the delivery dateIssue log
Notes and examples

If the event has already occurred, it is no longer a risk; it is an issue.

Risk register essentials

A useful risk entry usually includes:

  • Risk description
  • Cause
  • Potential impact
  • Probability
  • Impact rating
  • Risk owner
  • Response strategy
  • Trigger
  • Status
  • Contingency plan

Negative risk response strategies

StrategyMeaningExample
AvoidChange the plan to eliminate the riskUse a proven platform instead of an untested one
MitigateReduce probability or impactAdd testing, training, or redundancy
TransferShift financial/operational impact to another partyInsurance, warranty, outsourcing
AcceptTake no proactive action beyond monitoring or reserving contingencyAccept a low-impact risk

Positive risk response strategies

StrategyMeaning
ExploitEnsure the opportunity happens
EnhanceIncrease probability or benefit
SharePartner with another party to capture benefit
AcceptTake advantage if it occurs, without active pursuit

Common trap: Transferring a risk does not make it disappear. It shifts responsibility for some consequences, often through a contract or insurance mechanism.

Issue management and escalation

An issue is a current condition affecting the project.

Good issue management process

  1. Log the issue.
  2. Categorize and assess impact.
  3. Assign an owner.
  4. Determine priority.
  5. Identify resolution options.
  6. Escalate if it exceeds authority or thresholds.
  7. Track to closure.
  8. Communicate status to affected stakeholders.

Escalation is appropriate when:

  • The project manager lacks authority to resolve it
  • The issue crosses defined thresholds
  • A decision is needed from sponsor or governance group
  • The issue affects major scope, schedule, cost, quality, or risk baselines
  • A conflict cannot be resolved at the project level

Common trap: Escalation is not the first step for every problem. Use the issue process, but escalate when authority, impact, or urgency requires it.

Communication management

Communication questions usually test matching the message, audience, timing, and method.

Communication methods

MethodBest use
Formal written reportExecutive status, audit trail, approvals
MeetingDiscussion, alignment, decision-making
EmailRoutine updates and documented communication
DashboardQuick status visibility
Instant message/chatInformal quick coordination
PresentationStakeholder briefing or milestone review
Project repositoryCentral document access
Escalation pathIssues requiring authority or urgent attention

Communication plan contents

A communication plan should define:

  • Audience
  • Information needs
  • Format
  • Frequency
  • Owner/sender
  • Distribution method
  • Escalation path
  • Confidentiality or access considerations

Common trap: More communication is not always better. The right answer is usually targeted, timely, and appropriate communication.

Agile, predictive, and hybrid concepts

CompTIA Project+ candidates should recognize different delivery approaches.

ApproachBest fitKey idea
Predictive/waterfallRequirements are stable and known earlyPlan thoroughly, execute sequentially
Agile/adaptiveRequirements may evolveDeliver iteratively and incorporate feedback
HybridMix of predictive and adaptive elementsUse the right approach for different parts of the project

Agile terms to recognize

TermMeaning
BacklogPrioritized list of work items
Sprint/iterationTimeboxed work cycle
Product ownerRepresents product value and prioritization
Scrum masterFacilitates process and removes impediments
Daily standupShort coordination meeting
RetrospectiveTeam improvement meeting after an iteration
IncrementUsable completed work from an iteration
User storyRequirement written from user perspective

Common trap: Agile does not mean “no planning” or “no control.” Agile uses frequent planning, prioritization, review, and adaptation.

Governance, compliance, and organizational context

Governance defines how decisions are made and controlled.

High-yield governance concepts:

  • Approval authority
  • Escalation paths
  • Change control board or decision body
  • Compliance requirements
  • Auditability
  • Document retention
  • Security and privacy expectations
  • Organizational policies
  • Project selection and prioritization

Common trap: Choosing a technically convenient action that violates governance, approval, security, or compliance expectations. In exam scenarios, the project manager should follow organizational processes.

Assumptions, constraints, and dependencies

These three are easy to confuse.

ConceptMeaningExample
AssumptionSomething believed true for planningThe vendor will deliver hardware by a certain date
ConstraintLimitation or restrictionBudget cannot exceed approved funding
DependencyRelationship between tasks or external eventsTesting cannot start until the environment is ready

Decision rule:

  • If it is believed but not guaranteed, it is an assumption.
  • If it limits choices, it is a constraint.
  • If one thing relies on another, it is a dependency.
  • If uncertainty could affect objectives, track it as a risk.

Status reporting and performance review

Status questions often ask what information should be communicated.

Common status elements

Status itemPurpose
Overall healthQuick view of project condition
Schedule statusAhead, on track, or behind
Budget statusUnder, on, or over budget
Scope statusApproved work and change status
Risk statusMajor risks and response updates
Issue statusActive problems and owners
MilestonesCompleted and upcoming checkpoints
Decisions neededItems requiring stakeholder action
Change requestsSubmitted, approved, rejected, pending
Next stepsNear-term focus

Common trap: Reporting only good news. Effective status reporting is transparent and highlights risks, issues, and decisions needed.

Meeting types and when to use them

MeetingPurpose
Kickoff meetingAlign team and stakeholders at project start
Status meetingReview progress, issues, risks, and next steps
Risk reviewReassess risks and response plans
Change control meetingReview and decide on change requests
Sprint planningSelect iteration work in Agile settings
Daily standupBrief coordination and impediment review
Review/demoShow completed work and collect feedback
RetrospectiveImprove team process
Lessons learnedCapture knowledge for future projects
Closure meetingConfirm final outcomes and administrative closure

Common trap: Holding a meeting without a purpose. The best answer often names the meeting that matches the project need.

Security, privacy, and IT project awareness

Because CompTIA Project+ is often used in technology project contexts, expect practical awareness of IT project concerns.

High-yield IT project considerations:

  • Access control for project tools and repositories
  • Data sensitivity and confidentiality
  • Change windows and maintenance windows
  • Backup and rollback planning
  • Testing environments versus production environments
  • User acceptance testing
  • Deployment communication
  • Incident and problem escalation
  • Vendor access management
  • Documentation and knowledge transfer

Common trap: Deploying a change without stakeholder communication, approval, testing, or rollback planning.

Common “best next step” patterns

ScenarioUsually best next step
New project ideaDevelop or review business case
Project approved but not yet authorizedCreate/obtain project charter
Unknown stakeholder expectationsIdentify and analyze stakeholders
Unclear work boundariesReview or create scope statement
Large deliverable is hard to manageDecompose into WBS
Uncertain future eventAdd to risk register
Current problemAdd to issue log and assign owner
Requested changeDocument change request and analyze impact
Team role confusionReview RACI or resource plan
Missed milestoneAssess schedule impact and communicate per plan
Deliverable completeValidate against acceptance criteria
Project finishedObtain formal acceptance and close
Repeated process problemCapture lessons learned or improve process

Common candidate mistakes

Mistake 1: Confusing risks and issues

  • Risk: might happen.
  • Issue: has happened.

If the scenario says “may,” “could,” or “potential,” think risk. If it says “is,” “has,” or “did,” think issue.

Mistake 2: Skipping change control

Stakeholder requests are not automatically approved changes. Analyze impact and follow the change process.

Mistake 3: Choosing escalation too quickly

Escalate when authority, impact, or policy requires it. Otherwise, log, analyze, assign, and manage the item first.

Mistake 4: Treating communication as one-size-fits-all

Executives, technical teams, vendors, customers, and end users need different levels of detail.

Mistake 5: Ignoring acceptance criteria

A deliverable is not done just because the team says it is done. It must meet agreed acceptance criteria and receive appropriate approval.

Mistake 6: Selecting tools before understanding the problem

A project management tool does not fix unclear scope, missing requirements, weak governance, or poor stakeholder alignment.

Mistake 7: Confusing quality with extra features

Quality means meeting requirements. Extra features can create scope creep, cost increases, risk, and maintenance burden.

Quick scenario decision checklist

Before answering a scenario question, ask:

  1. What phase is the project in?
  2. Is this a risk, issue, change, defect, or communication problem?
  3. Is the event future uncertainty or a current fact?
  4. Does it affect scope, schedule, cost, quality, resources, or risk?
  5. Is there an approved process or plan that should be followed?
  6. Who has authority to decide?
  7. Who needs to be informed, consulted, or approving?
  8. What documentation should be updated?
  9. Is the question asking for the first step, best step, or final resolution?
  10. Which answer is most controlled, professional, and process-aligned?

Mini review tables

Risk, issue, change, and defect

ItemMeaningPrimary artifact
RiskUncertain future eventRisk register
IssueCurrent problemIssue log
ChangeProposed modification to approved plan or baselineChange request/change log
DefectDeliverable does not meet requirementDefect log/quality record
Notes and examples

Charter vs. plan

DocumentTimingPurpose
Project charterInitiationAuthorizes the project
Project management planPlanningDefines how the project will be executed, monitored, controlled, and closed
RolePrimary focus
SponsorProvides authority, funding support, and strategic direction
Project managerPlans, coordinates, monitors, controls, and communicates project work

Lessons learned timing

TimingUse
During projectImprove current performance
At closureCapture final knowledge for future projects

Lessons learned are not only for the end. They are most useful when captured throughout the project.

Final review before practice

Before moving into original practice questions, make sure you can explain these without notes:

  • The purpose of a business case, charter, WBS, risk register, issue log, change log, communication plan, and RACI chart
  • The difference between risk, issue, assumption, constraint, and dependency
  • The correct response to a stakeholder change request
  • How crashing differs from fast tracking
  • Why formal acceptance matters during closure
  • How to match communication method to audience and urgency
  • When to escalate and when to manage within the project team
  • Why quality means meeting requirements, not adding extras
  • How predictive, Agile, and hybrid approaches differ
  • How vendor contracts and scope clarity affect project risk

Put the review into practice

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