Work Performance Information
A structured template and methodology for translating raw project data into actionable intelligence through variance and earned value analysis.
§1Introduction to WPI
Work Performance Information (WPI) is the vital middle step in project control, converting raw observations into meaningful performance metrics.
Raw Work Performance Data is processed through Variance Analysis and Earned Value Analysis to generate WPI[cite: 6, 40]. This analysed performance information acts as the primary input for project status reporting and provides the quantitative justification required for formal change requests[cite: 5, 6, 39, 40].
Contents§2Variance Analysis Framework
The first half of the WPI framework focuses on variance tracking. It requires project managers to juxtapose baseline expectations with actual realities, demanding a thorough investigation into root causes and planned corrective measures.
| Metric | Description |
|---|---|
| Schedule Variance | Compares the planned result against the actual timeline result to isolate the schedule variance[cite: 7, 8, 11, 12]. |
| Cost Variance | Compares the planned financial outlay against actual expenditures to determine cost variance[cite: 13, 14, 15, 16]. |
| Quality Variance | Tracks deviations in deliverable quality against established baselines, such as defect rates or testing coverage[cite: 23, 24]. |
| Root Cause Analysis | Identifies the fundamental drivers behind schedule or cost discrepancies[cite: 9, 17]. |
| Planned Response | Outlines the specific corrective or preventive actions scheduled to bring performance back in line with the baseline[cite: 10, 18]. |
§3Earned Value Analysis Framework
The second half of the WPI template utilises Earned Value Management (EVM) to forecast future performance trends mathematically. The core baseline is defined by the Budget at Completion (BAC)[cite: 25, 68].
| Forecasting Method | Formula | Application |
|---|---|---|
| EAC with CPI | $BAC/CPI$ | Used when current cost performance is expected to continue[cite: 72, 74]. |
| EAC with CPI × SPI | $AC+(BAC-EV)/(CPI\times SPI)$ | Used when both cost and schedule variances strongly influence remaining work[cite: 72, 75]. |
| TCPI to BAC | $(BAC-EV)/(BAC-AC)$ | Calculates the required efficiency rate on remaining work to hit the original budget baseline[cite: 72, 76]. |
§4Worked Example: Website Project
To demonstrate the WPI framework in action, consider the following analysis for "Mary's Consulting - New Company Website" for the period ending 30 September 2026[cite: 36, 38].
1. Schedule Performance
The build phase was planned to be 75% complete by 30 September, but actual progress achieved only 71% completion[cite: 42]. This yielded a Schedule Variance (SV) of -$2,307 and an SPI of 0.974[cite: 42, 70]. The root cause involved a 5-day capacity drain due to an unbudgeted CRM API workaround and underweighted complexity in directory page templates[cite: 44, 45, 46]. The planned response is to defer two templates to Phase 2 to allow the current build to catch up[cite: 48].
2. Cost Performance
Cumulative spend reached $93,500 against a planned value of $88,807, generating a Cost Variance (CV) of -$7,000 and a CPI of 0.925[cite: 53, 70]. The overrun was driven by an approved scope expansion ($3,800) paid from contingency, and the unbudgeted labour hours required for the CRM workaround ($3,200)[cite: 55, 56]. The response requires notifying the sponsor of the projected EAC and tightening the scope of remaining activities without drawing on management reserve[cite: 59, 60, 61].
3. Quality Performance
Quality metrics indicate elevated risk. While zero Sev-1 defects are open, there are four Sev-2 defects[cite: 67]. Furthermore, the defect density sits at 0.6 per template, and test coverage is at 62%, well below the planned baseline of 80% coverage and <0.5 density[cite: 67].
4. Earned Value Forecasts
With a BAC of $142,952, the selected Estimate at Completion (EAC) is $154,520, derived using the CPI-only formula[cite: 68, 72, 74]. This formula was chosen because the cost trend is the primary concern, whereas the schedule trend is deemed recoverable[cite: 74, 75]. The To-Complete Performance Index (TCPI) indicates that to achieve the original BAC, the team must operate at approximately 107% efficiency (TCPI = 1.142) on all remaining tasks[cite: 72, 76].
The template tracks Planned Value (PV), Earned Value (EV), Actual Cost (AC), and computes indices over current, cumulative, and past periods[cite: 28, 70].
Ensure both Root Cause and Planned Responses are meticulously documented for schedule and cost deviations[cite: 9, 10, 17, 18].
Always provide a clear rationale for why a specific EAC forecasting method was selected over alternatives based on project context[cite: 31, 73, 74].
Handbook application: from concept to controlled practice
Purpose. This expanded section turns the original page into a practical handbook. It preserves the supplied material and adds a repeatable way to apply, check and review Work Performance Information (WPI) Template & Example. It does not replace a contract, legislation, a controlled standard, competent engineering judgement or specialist advice.
The operating aim is to make the blank artefact usable by explaining what belongs in each field, who supplies it and how it is reviewed. Read the original explanation first, then use the workflow and checks below to convert knowledge into evidence.
Use Work Performance Information (WPI) Template & Example as a decision instrument rather than an administrative form. The subject terms—performance, work, information, example, analysis—need an explicit connection to the project objective, business value and stakeholder commitments. Before completing the artefact, write one sentence stating who will use it, what decision it supports and when that decision is required.
Apply a disciplined information model. Separate facts supported by evidence, forecasts derived from a method, assumptions awaiting validation, constraints that limit choice, risks that may occur, issues that already exist and actions assigned to people. Each material entry should have an owner, date, status and next review point. Where probability or impact scores are used, define the scale so different reviewers interpret it consistently.
A baseline is useful only when changes are visible. Give the artefact an identifier, version, approval state and effective date. Define which changes require reapproval, how superseded versions are retained and where supporting evidence is stored. During reviews, focus on exceptions, decisions and trends rather than reading every field aloud. Record the decision and rationale, not merely that a meeting occurred.
Close the loop beyond delivery. Confirm acceptance criteria, unresolved items, transferred responsibilities and operational ownership. Where benefits are expected, identify the outcome measure, baseline, target, observation period and owner who remains accountable after the project team disbands. Lessons should describe the condition, consequence and reusable action; a generic statement such as “communicate better” cannot improve the next project.
Step-by-step operating method
- Name the decision. Write the decision, approval, handover or control activity the completed template must support.
- Assign ownership. Nominate one accountable owner and identify contributors, reviewers and approvers.
- Gather evidence. Use records, estimates, stakeholder input and source references rather than unsupported opinion.
- Complete with discipline. Use consistent dates, units, identifiers, status values and version controls.
- Review and maintain. Check completeness and logic, approve the baseline, then update it when trigger conditions occur.
Completion and governance protocol
Start with a short drafting workshop involving the accountable owner and the people who hold the evidence. Complete high-consequence fields first: objective, scope, owner, baseline, acceptance, dependencies and escalation. Mark unknowns as assumptions or actions rather than hiding them behind vague prose. Circulate a review draft, resolve conflicting interpretations, baseline the approved version and place the next review date in an owned schedule.
| Information type | Minimum useful content | Review test |
|---|---|---|
| Outcome | Observable change and intended recipient | Not merely a deliverable or activity |
| Measure | Definition, baseline, target, frequency and source | Two reviewers would calculate it the same way |
| Ownership | One accountable role plus contributors and approver | Authority matches responsibility |
| Uncertainty | Assumption, risk or issue with response and trigger | Status reflects current reality |
| Control | Version, approval, review date and change rule | Current baseline is identifiable |
Common failure modes and recovery actions
1. Watch for
Filling every box even when a field is not applicable instead of recording why.
Recovery: Return to the governing definition or requirement and restate the decision in one sentence.
2. Watch for
Writing vague statements without an owner, measure, date or evidence source.
Recovery: Separate evidence from assumption, assign an owner and set a date for validation.
3. Watch for
Copying a previous project without revalidating assumptions and stakeholders.
Recovery: Run a small counterexample, boundary test, pilot or independent check before proceeding.
4. Watch for
Using the document as a private worksheet when it is meant to support a shared decision.
Recovery: Record the consequence, decision and rationale, then update the controlled baseline.
5. Watch for
Creating an approved baseline but failing to define who maintains it and when.
Recovery: Escalate when the issue affects safety, compliance, acceptance, material value or an agreed tolerance.
Review checklist
- Is the purpose and intended decision clear to a reader outside the team?
- Are owners, dates, measures and sources complete and internally consistent?
- Which fields are assumptions and how will they be validated?
- What event, threshold or review date causes this document to change?
- Are mandatory requirements distinguished from recommendations and illustrative values?
- Are sources, assumptions, units, dates and versions recorded closely enough to reproduce the decision?
- Have safety, legal, ethical, stakeholder and operational consequences been considered at the appropriate level?
- Is there a named owner and a trigger for review, escalation, change or retirement?
Questions for deeper application
What is the most important distinction a practitioner must preserve when applying Work Performance Information (WPI) Template & Example?
Answer with a fact or cited source where available. Where evidence is incomplete, record the assumption, consequence, responsible owner and next validation action.
Which assumption about performance would change the result most if it proved false?
Answer with a fact or cited source where available. Where evidence is incomplete, record the assumption, consequence, responsible owner and next validation action.
What evidence would allow an independent reviewer to reproduce or challenge the conclusion?
Answer with a fact or cited source where available. Where evidence is incomplete, record the assumption, consequence, responsible owner and next validation action.
Which boundary, exception or failure case has not yet been tested?
Answer with a fact or cited source where available. Where evidence is incomplete, record the assumption, consequence, responsible owner and next validation action.
What must be handed over, monitored or reviewed after the immediate work is complete?
Answer with a fact or cited source where available. Where evidence is incomplete, record the assumption, consequence, responsible owner and next validation action.
Authoritative references and use notes
The sources below were selected as institutional or primary guidance for the broader practice. They support the handbook method; they do not imply that every statement or clause in a source applies to every project. Confirm the current edition, jurisdiction, contract and application before treating any requirement as mandatory.
- PMI Standards and Publications — Project Management Institute. Used for project, program, portfolio and organisational project management. Accessed 2026-08-13.
- ISO 31000 family — Risk management — International Organization for Standardization. Used for principles and guidance for enterprise risk management. Accessed 2026-08-13.
