Project Performance Measurement Training Course

Participants can structure a measurement framework linking objectives, measures, data and decisions.

• Logic model connecting inputs, activities, outputs, outcomes and intended impacts
• Balanced Scorecard perspectives adapted for project delivery and benefit tracking
• Results framework assigning indicators to strategic objectives and delivery outputs
• Measurement hierarchy separating leading indicators from lagging outcome measures
• Indicator selection assessed against relevance, feasibility, reliability and decision value
• Performance framework documented through objectives, measures, targets and accountabilities

Participants can organise project work into control points that support reliable measurement.

• Work breakdown structure decomposed into measurable deliverables and work packages
• Organisational breakdown structure aligned with responsibility assignment matrix accountabilities
• Control accounts established at intersections of work and responsible organisation
• Planning packages distinguished from detailed work packages during progressive elaboration
• Work package completion criteria defined using objective acceptance evidence
• Control account managers assigned reporting, forecasting and corrective-action responsibilities

Participants can establish and maintain a schedule baseline for performance control.

• Scope statement converted into deliverable acceptance criteria and milestone evidence
• Network logic tested through finish-to-start dependencies, lags and constraints
• Critical path method used to identify schedule drivers and float exposure
• Integrated master schedule aligned with work packages and control accounts
• Schedule baseline approved through formal change control and version management
• Milestone trend analysis used to expose repeated date movement patterns

Participants can construct cost baselines and distinguish budget movements from performance variance.

• Cost estimates developed from resource rates, quantities and procurement assumptions
• Time-phased budget distributed across work packages and planned reporting periods
• Management reserve separated from contingency and performance measurement baseline
• Funding profile reconciled with budget, cash flow and contractual payment milestones
• Cost baseline changes controlled through approved scope and estimate revisions
• Actual cost data reconciled between finance systems and project records

Participants can select objective progress-measurement methods for different types of project work.

• Milestone weighting assigns objective credit to agreed deliverable completion points
• Weighted steps measure progress through defined engineering, build and test stages
• Units-complete method applied to repetitive construction, deployment and production work
• Physical percent complete supported by inspection evidence and acceptance records
• Level-of-effort work separated from discrete measurable project deliverables
• 0-100 and 50-50 rules applied to short-duration work packages

Participants can explain earned value data and calculate core project performance measures.

• Planned Value calculated from the time-phased performance measurement baseline
• Earned Value derived from authorised work package completion evidence
• Actual Cost matched to earned work within the reporting period
• Schedule Variance and Cost Variance interpreted using monetary values
• Schedule Performance Index and Cost Performance Index calculated correctly
• ISO 21508 terminology applied to earned value management reporting

Participants can interpret earned value trends and identify material performance issues.

• Cumulative and current-period metrics compared to reveal emerging performance deterioration
• Cost Performance Index trends examined alongside scope, procurement and productivity evidence
• Schedule Performance Index limitations recognised near project completion and delayed work
• Variance analysis report distinguishes symptoms, causes, impacts and corrective actions
• Control thresholds set for management attention, escalation and recovery planning
• Performance narratives explain significant movements without masking adverse results

Participants can forecast project cost and schedule outcomes using performance data.

• Estimate at Completion calculated using CPI-based and composite forecasting formulas
• Estimate to Complete reassessed from remaining work, risks and supplier commitments
• To-Complete Performance Index tested against achievable future delivery rates
• Independent Estimate at Completion compared with project manager forecasts
• Schedule completion dates forecast using critical path and remaining duration analysis
• Forecast assumptions documented with confidence ranges and management actions

Participants can investigate significant variances and develop evidence-based corrective actions.

• Five Whys separates immediate variance symptoms from underlying delivery causes
• Fishbone diagrams classify causes across people, process, technology and suppliers
• Pareto analysis identifies the small number of drivers causing major impact
• Variance causes traced to scope, estimate, productivity, risk or reporting errors
• Corrective actions assigned owners, dates, expected effects and verification measures
• Recovery plans tested against resource availability, dependencies and approved scope

Participants can incorporate risk exposure and contingency use into performance reviews.

• Risk register integrated with performance indicators, forecasts and contingency drawdown
• Probability-impact matrix prioritises threats requiring management attention and response funding
• Expected Monetary Value informs contingency adequacy and cost exposure discussions
• Risk burndown charts show remaining exposure against planned response actions
• Contingency consumption distinguished from cost overruns and unapproved scope changes
• Scenario analysis compares base, downside and recovery forecast outcomes

Participants can measure benefits and distinguish project delivery performance from realised value.

• Benefits realisation plan defines measures, baselines, targets, owners and dates
• Outcome indicators linked to operational data sources and benefit-accountable managers
• Benefits dependency map identifies conditions required for value to materialise
• Counterfactual thinking tests whether observed improvements are attributable to project outputs
• Disbenefits recorded alongside intended benefits, costs and operational impacts
• Post-project measurement scheduled beyond handover where benefits mature later

Participants can assess data quality and establish controls over project performance information.

• Data dictionary specifies indicator definitions, calculation rules and source systems
• Completeness, accuracy, timeliness and consistency assessed through data quality checks
• Audit trail links reported metrics to source records and approval evidence
• Reconciliation controls compare schedule, financial, procurement and operational data
• Sampling methods test reported progress against physical evidence and acceptance records
• Data exceptions logged with owners, correction dates and reporting implications

Participants can design dashboards that support rapid, informed governance decisions.

• Dashboard audience analysis separates sponsor, project manager and delivery-team information needs
• RAG status criteria defined using agreed thresholds and evidence requirements
• Trend charts display performance movement rather than isolated reporting-period results
• S-curves compare planned, earned and actual cost over time
• Milestone charts highlight forecast changes, critical dates and decision points
• Dashboard design limits measures to material decisions and management actions

Participants can prepare performance reports that drive accountable governance decisions.

• Project governance calendar aligns reporting cycles with board and funding decisions
• Exception reports escalate threshold breaches with impacts, options and recommendations
• Decision log records approvals, deferred actions, assumptions and accountable owners
• Stage-gate reviews test readiness against evidence, criteria and residual risks
• Performance review agenda focuses discussion on forecasts, decisions and action closure
• Escalation routes distinguish delivery issues from sponsor-level investment decisions

Participants can manage approved changes without losing visibility of original performance commitments.

• Change request evaluates scope, schedule, cost, risk and benefit consequences
• Impact assessment distinguishes authorised changes from performance variance and forecasting error
• Baseline change log preserves approval history, rationale and effective dates
• Original baseline retained for accountability while current baseline supports control
• Configuration management connects changed deliverables with schedule and budget updates
• Trend analysis separates cumulative approved change from delivery performance deterioration

Participants can measure supplier delivery performance and integrate it into project controls.

• Contract deliverables mapped to acceptance criteria, milestones and payment conditions
• Supplier scorecards track quality, timeliness, responsiveness, cost and corrective actions
• Service level agreements distinguished from project completion and acceptance measures
• Procurement variance analysed through commitments, invoices, claims and forecast liabilities
• Supplier recovery plans reviewed against contractual remedies and dependency impacts
• Joint performance reviews document actions, evidence requirements and escalation routes

Participants can apply appropriate performance measures to iterative and hybrid project delivery.

• Burnup charts track delivered scope against authorised release scope changes
• Velocity trends used cautiously for team planning rather than cross-team comparison
• Cumulative flow diagrams expose work-in-progress bottlenecks and cycle-time constraints
• Release forecasts combine throughput, backlog quality, dependencies and capacity assumptions
• Hybrid control model links iterative delivery evidence to stage-gate governance
• Outcome measures supplement story completion counts and sprint activity reporting

Participants can convert performance findings into prioritised improvement and recovery plans.

• Performance gap analysis compares actual results with approved targets and tolerances
• Corrective-action register prioritises actions by urgency, impact, effort and ownership
• A3 problem-solving structure summarises condition, analysis, countermeasures and follow-up
• Recovery milestones establish measurable checkpoints for validating improvement actions
• Lessons learned converted into control changes, estimates and future planning assumptions
• Management action plans include decision requests, resources and completion evidence

Participants can build, review and present a complete project performance measurement pack with forecast and corrective actions.

• Project performance framework assembled from objectives, indicators, baselines and accountabilities
• Earned value data analysed to calculate variances, indices and completion forecasts
• Benefits, risk and supplier evidence integrated into a single management assessment
• Dashboard produced with trends, thresholds, exceptions and decision-ready recommendations
• Performance review pack tested for data quality, traceability and baseline integrity
• Board presentation delivers findings, recovery actions, decisions and follow-up measures