Project Appraisal and Investment Analysis Training Course

Participants can define a project opportunity from evidence, needs and root causes.

• Problem tree analysis distinguishing symptoms, causes and consequences
• Needs assessment evidence drawn from operational, customer and service data
• Root-cause analysis using Five Whys and fishbone diagrams
• Project boundaries, beneficiaries and affected groups clearly specified
• Baseline conditions documented before proposed intervention design begins
• Opportunity statements converted into testable project hypotheses

Participants can test whether a proposed project supports policy and strategic priorities.

• Policy objectives translated into project appraisal criteria
• Theory of change linking activities, outputs, outcomes and impacts
• PESTLE analysis identifying external drivers and policy constraints
• Strategic alignment matrix connecting initiatives to organisational priorities
• Regulatory, donor and board requirements mapped against project scope
• Benefit statements linked to measurable strategic performance indicators

Participants can assess stakeholder interests, influence and implementation responsibilities.

• Stakeholder mapping using power-interest grids and engagement priorities
• Beneficiary segmentation identifying distinct needs, incentives and access barriers
• RACI matrix assigning accountability for approval, delivery and benefits
• Institutional capacity assessed through people, processes, authority and resources
• Political economy factors affecting project support and implementation decisions
• Engagement plans addressing resistance, expectations and decision influence

Participants can develop evidence-based demand and market assumptions for a project.

• Market definition setting product, geography, customer and time boundaries
• Porter's Five Forces assessing competitive pressure and supplier power
• Demand forecasting from historical trends, drivers and adoption assumptions
• Customer willingness-to-pay tested through pricing and affordability analysis
• Capacity utilisation assumptions reconciled with operational delivery constraints
• Commercial risks identified from competitors, substitutes and market concentration

Participants can generate feasible alternatives and screen them against agreed criteria.

• Do-nothing and do-minimum cases established as appraisal baselines
• Long-list options developed through alternative scope, scale and delivery models
• Multi-criteria analysis scoring strategic, financial and operational considerations
• Knockout criteria applied to legal, technical and policy constraints
• Short-list rationale documenting exclusions and retained project alternatives
• Options register recording assumptions, dependencies and unresolved questions

Participants can estimate project costs and document their underlying assumptions.

• Work breakdown structure used to organise capital cost estimates
• Bottom-up estimating from quantities, unit rates and supplier quotations
• Operating cost forecasts covering labour, maintenance, utilities and consumables
• Contingency allowances separated from escalation and management reserves
• Cost timing aligned with procurement, construction and implementation schedules
• Assumption register recording sources, owners, confidence and update dates

Participants can construct incremental cash flows for a defined investment option.

• Incremental cash flows separated from accounting profit and sunk costs
• Revenue forecasts linked to demand, price, volume and collection timing
• Working capital requirements calculated from receivables, inventory and payables
• Tax, depreciation and capital allowances incorporated into project forecasts
• Terminal value, residual value and decommissioning costs treated explicitly
• Annual cash-flow model structured with transparent inputs and formulas

Participants can discount project cash flows using defensible rate assumptions.

• Present value and future value calculations using compounding conventions
• Nominal and real cash flows matched with consistent discount rates
• Weighted average cost of capital components and interpretation
• Risk-adjusted discount rates compared with explicit risk-adjusted cash flows
• Inflation assumptions separated from real price and volume changes
• Discount-rate rationale documented for committee review and audit

Participants can calculate and interpret core financial appraisal measures.

• Net present value calculated from discounted incremental cash flows
• Internal rate of return interpreted alongside reinvestment assumptions
• Payback period and discounted payback applied to liquidity concerns
• Profitability index used when capital budgets constrain project selection
• Mutually exclusive projects compared using NPV rather than IRR
• Decision rules documented for accept, reject and defer recommendations

Participants can assess how financing choices affect project feasibility and risk.

• Equity, debt, grants and concessional finance compared
• Debt service schedule built from interest, principal and repayment terms
• Debt service coverage ratio calculated from forecast operating cash flows
• Funding gaps identified against phased capital expenditure requirements
• Covenants, security and lender conditions assessed for project implications
• Financial sustainability tested after grant funding or subsidy expiry

Participants can identify, assess and assign treatment for material project risks.

• Risk breakdown structure covering strategic, commercial, technical and delivery risks
• Cause-event-effect statements written for clear risk ownership
• Probability-impact matrix prioritising risks requiring active treatment
• Risk register records triggers, owners, responses and residual exposure
• Risk appetite and tolerance thresholds applied to investment decisions
• Opportunities distinguished from threats within project risk analysis

Participants can test which assumptions most affect investment viability.

• One-way sensitivity analysis testing price, volume, cost and timing
• Two-way sensitivity tables showing combined assumption effects
• Tornado charts ranking variables by NPV impact
• Break-even analysis identifying minimum volume, price or utilisation
• Scenario analysis constructing base, downside and upside cases
• Management actions linked to early-warning indicators and thresholds

Participants can model uncertainty ranges and interpret probabilistic appraisal results.

• Probability distributions selected for uncertain project input variables
• Monte Carlo simulation generating distributions of NPV outcomes
• Correlation assumptions preventing misleading independent-risk estimates
• Probability of negative NPV used in risk reporting
• Percentile outputs interpreted for contingency and decision thresholds
• Simulation limitations explained without overstating forecast precision

Participants can distinguish economic appraisal from project-level financial analysis.

• Financial prices converted to economic values using shadow pricing
• Externalities identified for environmental, social and public-service projects
• Consumer surplus considered where market prices understate benefits
• Economic costs separated from transfer payments and financing flows
• Social discount rates applied under stated public appraisal guidance
• Economic net present value interpreted alongside financial viability

Participants can incorporate material environmental, social and equity effects into appraisal.

• Environmental impact pathways linked to project activities and receptors
• Social impact screening identifies displacement, access and livelihood effects
• Distributional analysis identifies winners, losers and vulnerable groups
• Mitigation costs included within financial and economic project models
• ESG indicators selected for monitoring material non-financial commitments
• Safeguard requirements translated into appraisal assumptions and conditions

Participants can test whether an appraised project can be delivered as proposed.

• Logical framework links inputs, activities, outputs, outcomes and indicators
• Critical path method identifies schedule dependencies and delivery constraints
• Procurement strategy compares contracting, packaging and market capacity
• Implementation milestones aligned with funding releases and approval gates
• Benefits realisation plan assigns measures, owners and review dates
• Operations readiness assessed before service commencement or asset handover

Participants can rank project proposals under capital, resource and policy constraints.

• Project ranking combines NPV, strategic scores and risk exposure
• Capital rationing selects portfolios within fixed investment budgets
• Resource constraints tested against staffing, procurement and implementation capacity
• Interdependencies mapped between enabling, dependent and competing projects
• Portfolio balance considered across return, risk, timing and policy objectives
• Selection recommendations state trade-offs, deferrals and rejected alternatives

Participants can prepare a clear, auditable investment case for formal approval.

• Business case structure covering rationale, options, costs, benefits and risks
• Executive summary presents recommendation, value and critical decision conditions
• Assumption register reconciled with model inputs and source evidence
• Independent review questions challenge optimism, bias and missing alternatives
• Approval papers distinguish decisions required from information provided
• Post-investment review criteria established before project approval

Participants can build, review and present a complete project appraisal with a supported investment recommendation.

• Project concept framed through evidence, objectives, stakeholders and strategic alignment
• Options compared using financial, economic, operational and policy criteria
• Integrated cash-flow model calculates NPV, IRR, payback and funding needs
• Risk analysis combines register, sensitivities, scenarios and quantified uncertainty
• Business case documents assumptions, benefits, implementation plan and governance
• Investment panel presentation defends recommendation, conditions and next actions