Cost Management for Energy Projects Training Course

Participants can translate technical scope into a structured and controllable cost baseline.

• Work breakdown structure aligned with engineering deliverables and construction packages
• Cost breakdown structure linking accounts, disciplines, assets and contract packages
• Control accounts assigned to accountable managers and measurable work packages
• Scope dictionaries defining inclusions, exclusions, interfaces and estimate assumptions
• Coding structures connecting schedules, procurement systems and general ledger accounts
• Change-control thresholds established for scope, quantities and technical specifications

Participants can select and document appropriate estimating methods for different project maturities.

• AACE estimate classes matched to project definition maturity and accuracy ranges
• Analogous estimates derived from normalised historical project cost data
• Factor estimating using capacity, complexity and installation multipliers
• Bottom-up quantities priced through labour, materials, equipment and subcontract rates
• Vendor quotations evaluated for exclusions, escalation, validity and commercial terms
• Basis of estimate records assumptions, methodology, allowances and exclusions

Participants can develop estimates that distinguish real costs, nominal costs and currency exposure.

• Base-date pricing separated from escalation and contingency allowances
• Real and nominal cash flows reconciled with consistent discount rates
• Commodity price indices selected for steel, fuel, labour and equipment
• Foreign exchange assumptions applied to imported equipment and offshore services
• Forward curves distinguished from inflation indices in economic models
• Sensitivity tables quantify cost exposure to currency and price movements

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

• Risk register links causes, events, consequences, owners and responses
• Three-point estimates define minimum, most-likely and maximum cost outcomes
• Probability distributions selected for uncertain quantities, rates and durations
• Monte Carlo simulation generates P50, P80 and confidence-level cost forecasts
• Correlation assumptions prevent unrealistic aggregation of independent risk events
• Contingency drawdown tracked against realised risks and approved scope changes

Participants can convert approved estimates into time-phased budgets and funding requirements.

• Control budgets allocated across work packages, periods and responsible managers
• Resource-loaded schedules generate labour, equipment and procurement expenditure profiles
• S-curves compare planned expenditure, commitments, actuals and forecast completion
• Long-lead procurement schedules identify deposit, milestone and delivery payment dates
• Funding plans reconcile project cash needs with equity and debt drawdowns
• Annual budget submissions distinguish authorised funds from forecast expenditure

Participants can establish reliable actual-cost reporting from accounting and procurement records.

• Purchase orders and contracts captured as committed-cost exposure
• Invoice matching checks quantities, rates, milestones, retention and tax treatment
• Accruals estimate received work not yet invoiced at period close
• General ledger reconciliations identify miscoding, duplicates and timing differences
• Cost reports separate actuals, commitments, accruals and remaining forecast costs
• Data-quality checks test coding completeness, cut-off discipline and approval evidence

Participants can calculate and interpret earned value indicators for project performance control.

• ANSI/EIA-748 principles connect scope, schedule, budget and performance measurement
• Planned value derived from authorised budget and baseline schedule
• Earned value credited through weighted milestones, quantities and physical progress
• Actual cost reconciled from accounting records, accruals and approved adjustments
• CPI, SPI, CV and SV calculated for control-account performance
• Performance thresholds trigger management review, recovery actions and forecast updates

Participants can produce credible completion forecasts from current performance and remaining scope.

• Estimate at completion combines actuals, commitments and estimate-to-complete
• Independent EAC formulas tested against current cost performance index
• Remaining work forecast using updated quantities, productivity and market rates
• Schedule-delay effects translated into indirect cost and escalation exposure
• Management reserve distinguished from project contingency and unapproved scope
• Forecast narratives explain movements, corrective actions and decision requirements

Participants can assess contractor cost exposure, payment mechanisms and change-control evidence.

• Lump-sum, reimbursable and target-cost contracts allocate cost risk differently
• Payment terms assessed for milestones, retention, advance payments and incentives
• Variation orders priced through quantity changes, rates and time impacts
• Change logs record instruction dates, entitlement evidence and approval status
• Claims analysis separates disruption, prolongation, acceleration and defective-work costs
• Open-book audits test allowable costs against contract reimbursement provisions

Participants can analyse operating expenditure drivers and build operational cost forecasts.

• Fixed and variable OPEX separated for production and availability analysis
• Unit operating costs calculated per barrel, megawatt-hour or throughput unit
• Maintenance strategies compared using planned, corrective and shutdown cost profiles
• Production forecasts connect volumes, energy yields, tariffs and operating costs
• Benchmarking identifies cost gaps across assets, plants and operating teams
• Life-cycle cost analysis compares equipment alternatives beyond purchase price

Participants can build project cash flow forecasts covering construction, operations and closure.

• Monthly project cash flows sequence construction, commissioning and operating periods
• Revenue models incorporate production, losses, tariffs, availability and curtailment
• Working capital forecasts include receivables, inventory, payables and cash balances
• Debt-service schedules calculate interest, principal repayments and reserve accounts
• Tax timing reflects depreciation, loss carryforwards and deductible expenditure
• Decommissioning cash flows incorporated using timing, inflation and funding assumptions

Participants can evaluate project value using standard capital-investment appraisal methods.

• Net present value calculated from discounted after-tax project cash flows
• Internal rate of return interpreted alongside reinvestment and scale limitations
• Payback period assessed against liquidity constraints and capital recovery targets
• Discount rates reflect project risk, capital structure and currency assumptions
• Levelised cost of energy compares lifetime costs against lifetime generation
• Profitability index ranks constrained capital opportunities using present-value ratios

Participants can assess how financing terms affect project viability and investor returns.

• Corporate finance and project finance structures allocate risk differently
• Debt sizing uses debt-service coverage ratio and projected cash flows
• Loan covenants assessed for reserve accounts, distributions and reporting obligations
• Equity returns calculated after debt service, taxes and partner distributions
• Power purchase agreements evaluated for tenor, indexation and counterparty risk
• Lender due diligence tests technical, market, legal and financial assumptions

Participants can incorporate fiscal terms and partner interests into project financial analysis.

• Tax depreciation schedules model capital allowances and taxable income timing
• Royalty structures apply volume-based, value-based and profit-based fiscal mechanisms
• Production-sharing terms allocate cost recovery, profit production and government take
• Joint operating agreements define cash calls, billings and partner voting rights
• Non-operated venture statements reconciled with budgets, commitments and expenditure approvals
• Effective tax rates tested under price, cost and production sensitivities

Participants can identify reporting implications of energy-project costs and long-term obligations.

• IFRS 6 exploration expenditure assessed for capitalisation and impairment indicators
• IAS 16 component accounting distinguishes major inspections and replacement costs
• IAS 36 impairment testing compares carrying value with recoverable amount
• IAS 37 provisions estimate decommissioning, restoration and environmental obligations
• Asset retirement obligations discounted and accreted through project life
• Management reporting reconciles project metrics with statutory financial statements

Participants can test investment resilience and communicate financially material uncertainties.

• One-way sensitivity analysis ranks variables by value and cash impact
• Two-way data tables test combined commodity price and capital cost changes
• Scenario analysis compares base, downside, upside and stress-case assumptions
• Tornado charts communicate material drivers to investment committee members
• Break-even analysis identifies minimum price, volume or availability requirements
• Decision trees value staged commitments under technical and market uncertainty

Participants can design cost-control reporting that supports timely management intervention.

• Delegated authorities define approval limits for budgets, changes and commitments
• Monthly cost reports present baseline, actuals, forecast, variance and actions
• Variance analysis distinguishes price, quantity, productivity, timing and scope drivers
• Forecast assurance reviews challenge assumptions, evidence and estimate completeness
• Investment committee packs connect performance trends with approval decisions
• Dashboard metrics balance financial status, schedule progress, risks and opportunities

Participants can build, review and present a complete energy-project cost-control and investment recommendation.

• Project scope translated into cost breakdown structure and basis of estimate
• Time-phased budget reconciled with procurement commitments and funding requirements
• Earned value results incorporated into estimate-at-completion forecast
• Cash flow model calculates NPV, IRR and debt-service coverage
• Risk simulation and sensitivity analysis support contingency and investment decisions
• Management pack presents findings, actions, approvals and decision recommendation