Project Budgeting and Cost Estimation Training Course

Participants can translate approved scope into work packages suitable for estimating and budget control.

• Scope statement translated into a deliverable-oriented work breakdown structure
• Work packages defined with clear boundaries, owners, and acceptance criteria
• Control accounts positioned between work packages and management reporting
• Planning packages used where near-term detail remains unavailable
• WBS dictionary records assumptions, inclusions, exclusions, and estimating references
• Scope baseline approval prevents unpriced work entering the budget

Participants can identify measurable quantities, resource requirements and productivity assumptions for cost estimates.

• Quantity take-offs connect drawings, specifications, and measurable cost drivers
• Units of measure standardised before applying production rates
• Resource-loaded work packages separate labour, materials, equipment, and subcontract costs
• Productivity assumptions tested against site conditions and work methods
• Cost build-ups trace quantities through rates, waste, and allowances
• Estimate worksheets retain source data, calculations, and revision history

Participants can select and apply top-down estimating methods appropriate to project definition maturity.

• Analogous estimates adjusted for size, complexity, location, and inflation
• Parametric models built from validated units, drivers, and ranges
• Regression outputs checked for correlation, outliers, and explanatory limits
• Learning curves model repeated production work and efficiency gains
• Three-point estimates combine optimistic, most likely, and pessimistic values
• Method selection matched to project definition and available evidence

Participants can create detailed work package estimates from labour, material, equipment and subcontract inputs.

• Bottom-up estimates aggregated from resource-loaded work package calculations
• Labour hours converted using grades, rates, shifts, and burdens
• Material pricing distinguishes quotations, catalogues, framework rates, and allowances
• Equipment ownership and operating costs calculated from utilisation assumptions
• Subcontract packages estimated with bid comparisons and scope normalisation
• Estimate reconciliation identifies omissions, overlaps, rounding, and double counting

Participants can quantify cost uncertainty and set contingency reserves using structured risk analysis.

• Risk register converted into cost exposure using probability-impact assessments
• Expected monetary value quantifies individual risks and aggregate exposure
• Decision-tree analysis compares contingent options with different cost consequences
• Monte Carlo simulation produces confidence ranges for total project cost
• Contingency reserves separated from management reserves and undistributed budget
• Confidence levels documented alongside assumptions, exclusions, and estimate maturity

Participants can connect activity schedules, resource plans and cost estimates into an integrated delivery model.

• Network schedules establish activity dates, dependencies, and critical path
• Resource calendars capture availability, shift patterns, and planned absences
• Resource rates assigned consistently across labour, equipment, and facilities
• Resource levelling exposes cost and schedule effects of capacity constraints
• Time-phased quantities align planned work with accounting periods
• Schedule changes assessed before revising resource and cost forecasts

Participants can build and document an approved, time-phased cost baseline for project control.

• Control accounts combine scope, schedule, budget, and responsible ownership
• Work package budgets rolled up through the cost breakdown structure
• Cost baseline time-phased by accounting period and authorised work
• Management reserve held outside the performance measurement baseline
• Funding requirements distinguished from planned expenditure and accruals
• Baseline approval package documents reconciliation, assumptions, and authority

Participants can account for indirect, escalation, tax, currency and lifecycle cost factors.

• Direct, indirect, fixed, and variable costs classified consistently
• Overhead allocations tested against organisational costing policy and drivers
• Escalation applied using indices, timing, currency, and contract terms
• Foreign exchange exposure estimated through rate scenarios and hedging assumptions
• Taxes, duties, permits, and insurance included in total cost
• Lifecycle cost considers acquisition, operation, maintenance, and disposal

Participants can assess supplier pricing, contract structures and procurement cost exposure.

• Make-or-buy analysis compares total cost, capacity, risk, and control
• Bid tabulations normalise supplier proposals to a common scope
• Contract types allocate cost risk between buyer and supplier
• Unit-rate, lump-sum, and reimbursable pricing structures evaluated
• Supplier payment milestones aligned with deliverables, retention, and acceptance
• Procurement allowances reconciled with package budgets and contingency

Participants can forecast project cash requirements and identify funding timing constraints.

• Project cash flow distinguishes commitments, accruals, invoices, and payments
• Payment schedules model deposits, milestones, retention, and payment lags
• Monthly cash forecasts reconcile planned spend with funding availability
• Working capital effects identified from receivables, payables, and inventory
• 13-week rolling cash forecast updated from approved commitments
• Funding drawdown plans reflect financing covenants and approval lead times

Participants can measure cost and schedule performance using earned value management metrics.

• Earned value management integrates scope, schedule, and cost performance
• Planned value, earned value, and actual cost calculated correctly
• Cost and schedule variances interpreted at control account level
• Cost performance index and schedule performance index analysed
• Estimate at completion calculated using appropriate forecasting formulas
• ANSI/EIA-748 control account discipline applied to performance reporting

Participants can prepare realistic cost forecasts and identify the root causes of variance.

• Actual costs reconciled between project records and general ledger
• Committed costs incorporated before invoices arrive for realistic forecasts
• Estimate to complete challenged using remaining quantities and productivity
• Variance root causes separated into rate, quantity, timing, and scope
• Trend logs distinguish emerging exposure from approved budget changes
• Forecast narratives state assumptions, actions, owners, and decision dates

Participants can assess, approve and record cost effects of project changes.

• Change requests priced against approved scope, schedule, and baseline
• Impact assessments quantify direct costs, indirect effects, and risk changes
• Change control board decisions preserve baseline and audit trail
• Budget transfers distinguished from contingency drawdowns and management reserve releases
• Scope creep detected through requirements traceability and work authorisation
• Rebaselining criteria applied only after authorised material changes

Participants can produce decision-ready cost reports and recommend corrective action.

• Cost reports present actuals, commitments, forecasts, and variance explanations
• Dashboard metrics tailored for sponsors, finance teams, and delivery managers
• Estimate basis reviewed through independent challenge and peer review
• Data quality checks test coding, cut-off, completeness, and reconciliation
• Cost governance calendar sets review cadence, thresholds, and escalation routes
• Recovery actions prioritised using cost drivers, risk, and schedule impacts

Participants can build, review and present a complete project estimate, cost baseline, cash forecast and control plan.

• Project brief translated into scope, WBS, assumptions, and cost drivers
• Estimate basis prepared with methods, sources, exclusions, and confidence level
• Resource-loaded estimates built into a time-phased cost baseline
• Risk analysis sets contingency using expected monetary value and scenarios
• Cash forecast, funding plan, and earned value measures completed
• Peer review challenges quantities, rates, risks, and forecast logic
• Executive presentation defends budget, reserves, governance, and recommended actions