Project Financial and Economic Appraisal Training Course

Participants can develop evidence-based demand, benefit and revenue forecasts for a proposed project.

• Demand drivers mapped from customer segments, usage volumes and service capacity
• Market sizing using top-down and bottom-up forecasting methods
• Price-volume-revenue schedules built from tariff and utilisation assumptions
• Benefit maps connecting project outputs, outcomes and measurable value
• Ramp-up curves reflecting commissioning periods, adoption rates and capacity constraints
• Forecast evidence tested against historical data, benchmarks and stakeholder input

Participants can estimate capital requirements and time-phase expenditure through the delivery schedule.

• Work breakdown structures converting scope into costable deliverables
• Capital expenditure categories covering land, equipment, construction and commissioning
• Cost estimates classified by concept, preliminary and detailed design maturity
• Contingency allowances distinguished from management reserves and escalation
• Gantt schedules linked to procurement milestones and expenditure timing
• Foreign currency purchases translated using stated exchange rate assumptions

Participants can forecast recurring project costs and working capital requirements with transparent drivers.

• Operating cost drivers separated into fixed, variable and step costs
• Staffing plans converted into payroll, benefits and contractor cost schedules
• Maintenance costs profiled from asset lives, service contracts and utilisation
• Working capital schedules covering receivables, inventory, payables and cash buffers
• Unit costs escalated using inflation indices and supplier price evidence
• Cost baselines reconciled to operational plans and service level assumptions

Participants can model funding sources, financing costs and repayment obligations for project alternatives.

• Funding mixes comparing equity, grants, debt, leases and retained cash
• Debt drawdown schedules aligned with construction milestones and funding conditions
• Interest calculations using opening balances, drawdowns and repayment dates
• Debt service coverage ratio calculated from available project cash flow
• Financing fees, commitment charges and reserve accounts incorporated correctly
• Grant conditions assessed for eligible costs, timing and co-financing requirements

Participants can connect project assumptions to projected income statements, balance sheets and cash flows.

• Income statement projections linking revenues, operating costs and depreciation
• Balance sheet effects from fixed assets, debt and working capital
• Cash flow statement categories reconciled with operating and financing schedules
• Depreciation methods compared for reporting, tax and appraisal purposes
• IFRS treatment considered for leases, borrowing costs and asset impairment
• Three-statement model checks identifying broken links and circular references

Participants can construct project free cash flows suitable for investment appraisal calculations.

• Incremental cash flows distinguished from allocated and sunk costs
• Unlevered free cash flow calculated before financing decisions
• Levered cash flow calculated after interest, debt service and equity injections
• Terminal values estimated from residual assets and working capital recovery
• Opportunity costs included when existing land, staff or facilities are used
• Cash flow timing modelled using monthly, quarterly or annual periods

Participants can select and apply discount rates consistent with financial and economic appraisal purposes.

• Present value factors derived from discount rates and period timing
• Weighted average cost of capital calculated from debt and equity inputs
• CAPM inputs reviewed for risk-free rate, beta and market premium
• Nominal and real discount rates matched with corresponding cash flows
• Mid-year discounting applied where project cash flows accrue continuously
• Social discount rates distinguished from commercial required returns

Participants can calculate and interpret core financial metrics for competing project alternatives.

• Net present value calculated from discounted incremental project cash flows
• Internal rate of return interpreted alongside NPV and reinvestment assumptions
• Modified internal rate of return used for non-standard cash flows
• Payback period and discounted payback tested against liquidity constraints
• Profitability index compared when capital budgets limit available investment
• Mutually exclusive options ranked using consistent cash flow assumptions

Participants can incorporate tax, inflation and currency effects without distorting project results.

• Taxable income schedules built from revenues, deductions and allowances
• Capital allowances and loss carryforwards modelled under stated tax rules
• Inflation forecasts applied separately to revenues, labour and materials
• Real cash flows reconciled with real discount rates
• Foreign exchange exposures identified in procurement, debt and revenue contracts
• Currency scenarios tested using spot rates, forward rates and sensitivities

Participants can identify value drivers and quantify the effect of adverse project conditions.

• One-way sensitivity tables rank variables by NPV impact
• Two-way data tables test combined price and volume movements
• Break-even analysis identifies minimum demand, price or utilisation thresholds
• Scenario narratives define base, downside and upside operating conditions
• Tornado charts communicate key value drivers to decision-makers
• Switching values show assumptions required to reverse project viability

Participants can assess uncertain inputs, correlated risks and probability-based appraisal results.

• Risk registers link causes, events, impacts, owners and treatments
• Probability distributions selected for costs, volumes, prices and schedule durations
• Monte Carlo simulation produces NPV ranges and probability distributions
• Correlation assumptions prevent misleading combinations of independent risk inputs
• P50 and P90 results interpreted for contingency and approval decisions
• Risk-adjusted cash flows compared with risk-adjusted discount rate approaches

Participants can distinguish economic appraisal from financial appraisal and structure an economic analysis.

• Economic analysis measures net welfare changes rather than accounting returns
• With-project and without-project cases establish the incremental economic baseline
• Stakeholder mapping identifies beneficiaries, payers and affected third parties
• Economic costs separated from transfers, taxes, subsidies and financing flows
• Cost-benefit ratios calculated using discounted economic costs and benefits
• Economic net present value interpreted for public investment choices

Participants can convert market prices into economic values and estimate material external effects.

• Shadow prices adjust market prices for taxes, subsidies and distortions
• Standard conversion factors applied to tradable and non-tradable cost items
• Shadow wage rates reflect unemployment, labour mobility and opportunity costs
• Carbon values incorporated using published social cost assumptions
• Travel time savings valued through wage rates and willingness-to-pay evidence
• Environmental externalities estimated using avoidance, restoration and damage cost methods

Participants can assess who gains, who pays and how social outcomes affect project choices.

• Theory of change links investments to outputs, outcomes and impacts
• Distributional weights assess benefits received by priority population groups
• Gender and inclusion impacts specified through measurable project indicators
• Health outcomes valued using avoided treatment costs and productivity effects
• Education benefits estimated from attendance, completion and lifetime earnings evidence
• Non-monetised impacts presented with credible indicators and decision criteria

Participants can compare realistic alternatives and account for flexibility in project design.

• Long lists screened using strategic fit, feasibility and affordability criteria
• Do-nothing and do-minimum options establish credible appraisal comparators
• Multi-criteria analysis scores qualitative factors alongside financial evidence
• Real options recognise flexibility to defer, expand, abandon or stage investments
• Phased investment cases compare pilot, scale-up and full deployment pathways
• Recommendation logic records trade-offs between returns, risks and policy objectives

Participants can reflect procurement choices and contractual risk allocation in appraisal assumptions.

• Procurement routes compared for cost certainty, control and delivery speed
• Risk allocation matrices assign construction, demand and operational risks
• Contract payment mechanisms modelled for fixed-price, reimbursable and performance contracts
• Public-private partnership cash flows separate public payments and private returns
• Change-control provisions assessed for budget exposure and approval thresholds
• Schedule delay effects traced through revenue loss, inflation and financing costs

Participants can build auditable appraisal models with controlled inputs, formulas and outputs.

• Model architecture separates inputs, calculations, outputs and supporting schedules
• Cell conventions distinguish assumptions, formulas, links and hard-coded values
• Named ranges and structured references improve formula readability
• Error checks test balance, signs, dates and discounting consistency
• Version control records changes, reviewers, approvals and model purpose
• Independent review procedures challenge inputs, formulas and output interpretation

Participants can prepare decision papers that present appraisal findings, uncertainty and clear recommendations.

• Executive summaries state decision sought, value case and material risks
• Assumption tables disclose sources, ranges, dependencies and approval status
• Waterfall charts explain changes between base case and revised valuations
• Dashboard outputs present NPV, IRR, affordability and risk measures
• Recommendation papers distinguish mandatory requirements from discretionary enhancements
• Committee questions anticipated through evidence trails and sensitivity results

Participants can define controls for tracking costs, benefits, risks and appraisal assumptions after approval.

• Benefits realisation plans assign measures, owners, milestones and reporting dates
• Baseline data captured before implementation changes expected performance
• Earned value management tracks cost, schedule and scope performance
• Forecast-at-completion updates compare approved budgets with current estimates
• Post-investment reviews test realised outcomes against original appraisal assumptions
• Lessons learned records improve future estimates, governance and option selection

Participants can build, review and present a complete financial and economic appraisal for a proposed project.

• Project scope and decision question defined from a realistic investment brief
• Integrated financial model built from demand, costs, funding and tax assumptions
• NPV, IRR, affordability and debt-service results calculated and interpreted
• Economic costs, benefits, externalities and distributional effects valued appropriately
• Sensitivity, scenario and risk analyses used to support recommendations
• Investment committee presentation defended through documented evidence and model checks