Innovative Financing for Development Projects Training Course

Duration 10 days 20 modules · 65 contact hours
Level Intermediate Certificate on completion
Who attends Project Managers, Climate Finance Specialists and others
Fee from USD 2,200 KSh 190,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 9 Nov 2026 Course code SD-CFCM-001

Before you join: Participants should have experience working with development, infrastructure, climate, energy, agriculture, municipal or social-impact projects.

Dates & prices

Two start dates a month in every city, and live online on weekdays or weekends. Fees are per participant; classroom fees include tuition, materials, lunch and refreshments, and the certificate.

Suggest a date or city

Showing the next six months. Later dates, other cities and private deliveries for your team are available on request.

Course overview

Development projects frequently fail to secure finance not because their social or climate case is weak, but because the proposal does not match investor requirements, risk allocation, revenue logic or funding rules. Public grants alone rarely meet infrastructure, adaptation, clean energy and livelihood financing needs. Project sponsors must combine public, private, concessional and carbon-related sources while maintaining accountability for development outcomes, safeguards and debt obligations.

This course equips participants to structure financeable development projects using blended finance, results-based finance, guarantees, concessional lending, green bonds, public-private partnerships and carbon market revenues. Participants assess project cash flows, identify funding gaps, allocate risks, build a financing strategy and prepare investment materials. The course examines climate finance architecture, Nationally Determined Contributions, Article 6 carbon cooperation, voluntary carbon markets, greenhouse-gas accounting and credible monitoring, reporting and verification arrangements.

Teaching combines concise technical briefings with realistic cases from renewable energy, municipal infrastructure, sustainable agriculture, water services and nature-based projects. Participants work through financing decisions, term-sheet provisions, carbon-credit calculations, investor due diligence questions and negotiation scenarios. Throughout the course, each participant develops a project financing pack for a real or representative development project, including a funding strategy, financial model assumptions, risk register, investor proposition and carbon finance assessment.

The course is suited to professionals responsible for originating, designing, financing, governing or evaluating development and climate projects. It is particularly relevant where projects need to attract commercial capital without weakening public-interest objectives, affordability commitments or environmental integrity.

What you will be able to do

  • Assess project bankability using cash-flow, risk-allocation and investor-readiness criteria
  • Design blended finance structures combining grants, debt, equity, guarantees and concessional capital
  • Build a project funding strategy aligned with development outcomes and investor requirements
  • Prepare a financing model using capital costs, operating assumptions, debt service and sensitivity analysis
  • Apply results-based financing and payment-for-performance structures to development projects
  • Evaluate carbon revenue potential using baseline, additionality, permanence and verification criteria
  • Draft investor-facing materials including a financing memorandum, risk register and term-sheet outline
  • Present a complete climate and development project financing proposal for review

Benefits of attending

For you

  • Produce financeable project proposals rather than grant-dependent concept notes
  • Assess investor concerns before approaching banks, funds and climate-finance facilities
  • Compare carbon-credit opportunities against project costs, risks and verification obligations
  • Contribute credibly to term-sheet, risk-sharing and funding-structure discussions
  • Build a reusable financing pack for current project development work

For your organisation

  • Improves the quality and consistency of project financing submissions
  • Reduces unsuitable funding approaches through earlier bankability screening
  • Strengthens blended-finance structures for capital-intensive development projects
  • Improves carbon revenue decisions through credible eligibility and risk assessment
  • Creates clearer evidence for investment committees, donors and public-sector approvals

Course modules

20 modules over 10 days

Participants can diagnose whether a development project is ready for external financing.

  • Development finance objectives compared with commercial investment return expectations
  • Bankability criteria covering revenues, risks, governance, contracts and security
  • Additionality tests distinguish finance-induced activities from business-as-usual investment
  • Project preparation stages from concept note to financial close
  • Stakeholder mapping identifies sponsors, beneficiaries, funders and implementing partners
  • Investment committee questions used to screen early project proposals

Participants can interpret the financial drivers that determine project viability.

  • Capital expenditure, operating expenditure and lifecycle replacement cost categories
  • Revenue models for user fees, availability payments and service contracts
  • Working capital requirements derived from collection, payment and inventory cycles
  • Time value of money using discount rates and present values
  • Debt service coverage ratio calculations for lender affordability assessment
  • Sensitivity analysis tests price, volume, cost and delay assumptions

Participants can match project needs with appropriate sources of development capital.

  • Grant finance matched to public goods and early-stage preparation
  • Concessional loans compared with commercial debt and supplier credit
  • Equity capital roles in growth, infrastructure and venture projects
  • Development finance institutions' mandates, instruments and approval expectations
  • Philanthropic capital used for innovation, guarantees and catalytic first loss
  • Funding source matrix links project components to capital providers

Participants can design blended structures that address defined financing barriers.

  • Blended finance principles distinguish mobilisation from simple co-financing arrangements
  • Concessionality analysis identifies the minimum subsidy required for viability
  • First-loss capital absorbs defined downside before senior investors
  • Senior and subordinated debt create different repayment and risk positions
  • Guarantee structures address credit, political, currency and payment risks
  • Capital stack diagrams show investor priority, return and loss allocation

Participants can allocate major project risks to parties able to manage them.

  • Risk breakdown structure categorises development, construction, operating and political risks
  • Probability-impact scoring prioritises risks requiring financing structure responses
  • Allocate construction risk through engineering, procurement and construction contracts
  • Offtake agreements reduce revenue uncertainty for energy and infrastructure assets
  • Foreign exchange risk treatments include hedging, indexation and local currency lending
  • Risk register links owners, mitigations, residual exposure and monitoring triggers

Participants can identify climate-finance routes appropriate to project objectives and country priorities.

  • Nationally Determined Contributions shape eligible mitigation and adaptation investments
  • Climate finance sources include multilateral funds, facilities and bilateral programmes
  • Adaptation projects frame benefits through vulnerability reduction and resilience outcomes
  • Mitigation projects quantify emissions reductions against defined baseline scenarios
  • Climate rationale connects project activities with country plans and policies
  • Concept note requirements for climate funds and accredited entity channels

Participants can structure payments linked to verified development results.

  • Results chain connects inputs, outputs, outcomes and intended impacts
  • Payment-by-results contracts define metrics, verification and payment triggers
  • Development impact bonds assign outcome risk among commissioners and investors
  • Output-based aid supports access through independently verified service delivery
  • Indicator selection applies SMART criteria and disaggregation requirements
  • Verification protocols specify evidence sources, reviewers and dispute procedures

Participants can assess when a public-private partnership offers value for money.

  • PPP screening considers public service needs, affordability and transferability
  • Value-for-money analysis compares public delivery with contracted lifecycle costs
  • Availability payment mechanisms reward asset performance rather than user demand
  • Concession agreements allocate tariff, demand, maintenance and handback obligations
  • Government support agreements define guarantees, compensation and termination provisions
  • PPP transaction timetable covers feasibility, procurement, negotiation and financial close

Participants can determine whether bond financing fits a development investment programme.

  • ICMA Green Bond Principles guide use-of-proceeds bond structures
  • Eligible project categories include renewable energy, transport and water
  • Framework development defines project evaluation, management and reporting processes
  • Second-party opinions assess alignment with stated green financing criteria
  • Bond proceeds tracking separates allocated, unallocated and refinanced expenditures
  • Impact reporting metrics link financed assets to measurable environmental results

Participants can build core model assumptions for a project financing case.

  • Model architecture separates assumptions, calculations, outputs and quality checks
  • Build annual cash flows from capital costs and operating drivers
  • Funding drawdown schedules align disbursements with procurement and construction milestones
  • Debt repayment schedules calculate interest, principal and reserve requirements
  • Scenario analysis compares base, downside and upside project cases
  • Model audit checks formulas, units, signs, timing and source references

Participants can explain carbon market routes and assess their financing relevance.

  • Compliance and voluntary carbon markets serve different buyer obligations
  • Carbon credit lifecycle covers design, validation, issuance, transfer and retirement
  • Article 6 cooperation requires authorization, accounting and corresponding adjustments
  • Credit buyers assess additionality, durability, co-benefits and reputational exposure
  • Forward purchase agreements can provide contracted future carbon revenue
  • Carbon revenue waterfall identifies taxes, fees, benefit sharing and reserves

Participants can establish a credible emissions baseline for carbon finance screening.

  • GHG Protocol scopes distinguish direct, energy and value-chain emissions
  • Baseline scenarios represent credible emissions without proposed project activities
  • Activity data and emission factors create transparent calculation methods
  • Leakage assessment identifies displaced emissions beyond project boundaries
  • Conservative assumptions reduce over-crediting risk under uncertain data conditions
  • Monitoring plans define data owners, frequency, controls and retention

Participants can assess quality risks before relying on carbon-credit revenues.

  • Additionality demonstrates that carbon revenue changes project investment decisions
  • Permanence risk applies particularly to forestry, soils and restoration projects
  • Buffer pools address reversal risk within nature-based credit programmes
  • Double counting controls track issuance, transfer, claiming and retirement
  • Verra VCS Standard requirements govern validation and verification processes
  • Quality due diligence examines methodology, registry, developer and buyer risks

Participants can structure financing propositions for resilience and nature-based projects.

  • Ecosystem service valuation identifies economically material project benefits
  • Adaptation benefit measurement uses exposure, sensitivity and adaptive capacity indicators
  • Watershed payment schemes connect upstream actions with downstream beneficiaries
  • Blue carbon projects require habitat baselines and long-term stewardship
  • Benefit-sharing plans define community rights, payment rules and grievance channels
  • Revenue diversification combines public budgets, users, grants and carbon credits

Participants can integrate safeguards and accountability requirements into financing proposals.

  • Environmental and social impact assessment identifies material project consequences
  • Stakeholder engagement plans specify disclosure, consultation and response mechanisms
  • Gender analysis identifies unequal access, risks and benefit distribution
  • Free, prior and informed consent applies to affected Indigenous Peoples
  • Grievance mechanisms define accessible reporting, investigation and remedy routes
  • Governance arrangements establish decision rights, oversight and conflict disclosures

Participants can prepare evidence required for investor and lender due diligence.

  • Due diligence checklist covers legal, technical, financial and environmental evidence
  • Data room structure controls document versions, permissions and disclosure records
  • Sponsor assessment reviews track record, financial capacity and governance
  • Revenue contracts tested for enforceability, duration and counterparty creditworthiness
  • Permits and land rights reviewed against implementation timetable dependencies
  • Red-flag register escalates unresolved issues before investment committee review

Participants can interpret and negotiate key commercial terms in financing arrangements.

  • Term sheets record proposed economics, conditions and allocation principles
  • Interest margins, fees and tenors determine effective borrowing costs
  • Financial covenants set measurable protections for lenders and investors
  • Security packages identify pledged assets, accounts, contracts and step-in rights
  • Conditions precedent control funding release before financial close
  • Negotiation preparation defines interests, alternatives, concessions and approval limits

Participants can prepare a targeted financing strategy and investor proposition.

  • Funding strategy sequences preparation grants, risk capital and long-term finance
  • Investor segmentation matches project characteristics with mandate and ticket size
  • Investment memorandum explains need, solution, economics, risks and returns
  • Use-of-funds schedule links financing requests to measurable project milestones
  • Data-backed impact narrative connects outcomes with investor decision criteria
  • Pitch structure anticipates questions on risks, exits and governance

Participants can establish monitoring arrangements for financed project performance.

  • Financial monitoring tracks disbursement, commitments, variance and remaining funding gaps
  • Covenant compliance calendar schedules tests, reports and lender notifications
  • Results dashboards combine financial, climate, social and operational indicators
  • Early-warning indicators identify cost overruns, delays and revenue underperformance
  • Corrective action plans assign remedies, owners, deadlines and escalation routes
  • Periodic investor reporting balances transparency, confidentiality and decision usefulness

Participants can build, review and present a complete financing proposal for a climate or development project.

  • Select a project case with defined development and climate objectives
  • Complete bankability assessment using financial, technical, governance and safeguards evidence
  • Construct capital stack with grants, debt, equity and risk mitigants
  • Develop carbon finance assessment covering baseline, eligibility and revenue risks
  • Prepare investor memorandum, financial assumptions, risk register and funding timetable
  • Peer review tests proposal credibility against investor due diligence criteria
  • Present financing recommendation and defend structure under stakeholder questioning

Exercises and examples are adapted to each cohort's sectors and roles.

What you take back to work

  1. Project bankability assessment template
  2. Blended finance capital-stack model
  3. Project financing strategy and funding matrix
  4. Carbon revenue eligibility assessment
  5. Investor due diligence checklist
  6. Investment memorandum and term-sheet outline

Who should attend

  • Project Managers — need to convert development concepts into financeable project structures
  • Climate Finance Specialists — need stronger tools for funding strategies and carbon revenue assessment
  • Development Bank Officers — assess financing proposals, concessionality and risk-sharing arrangements
  • Government Programme Managers — prepare public projects for private and climate-finance participation
  • NGO and Foundation Managers — structure scalable programmes beyond grant-only funding
  • Infrastructure and Energy Advisors — develop investor propositions for climate-related capital projects

Skills and tools covered

Blended finance structuringProject financial modellingCarbon revenue assessmentInvestor due diligenceRisk allocationResults-based financing

Tools and standards

GHG Protocol, ICMA Green Bond Principles, Paris Agreement Article 6, Verra VCS Standard

How the course runs

Training methodology

The course uses short technical briefings followed by case work, group analysis, financing simulations and structured application planning. Participants assess project documents, compare financing structures, test cash-flow assumptions and respond to investor due diligence questions. Cases cover clean energy, water, agriculture, municipal services and nature-based projects. Facilitators use worked examples to connect financing theory with decisions on risk allocation, concessionality, carbon revenues and safeguards. Participants progressively develop their own project financing pack and receive peer and facilitator review.

Requirements and prerequisites

Participants should have experience working with development, infrastructure, climate, energy, agriculture, municipal or social-impact projects. They should be comfortable reading basic budgets, project plans and financial tables, and should understand the distinction between capital expenditure and operating expenditure. Prior exposure to donor funding, project appraisal, investment analysis or carbon accounting is useful but not essential. The course does not require advanced corporate finance, spreadsheet modelling, economics qualifications, prior carbon-credit trading experience or specialist accounting knowledge.

A typical training day

08:30 – 10:30First session
10:30 – 10:45Refreshment break
10:45 – 12:30Second session
12:30 – 13:30Lunch and networking
13:30 – 15:00Third session
15:00 – 15:15Refreshment break
15:15 – 16:30Workshop and daily review

Live online deliveries follow the same structure in East Africa Time, with shorter screen blocks and longer breaks.

What the fee includes

  • Instruction by a practitioner facilitator
  • Full course workbook and materials
  • Exercise files, templates and case studies
  • Refreshments and lunch on classroom deliveries
  • Certificate of completion
  • Post-course application plan

Frequently asked questions

Participants should understand basic project budgets and have experience with development, climate or infrastructure projects. Advanced finance, carbon trading and spreadsheet modelling experience are not required.

Participants should bring a laptop and, where possible, a current or proposed project concept, budget or financing challenge. Course cases are available for participants who cannot use a work project.

The course suits project managers, government programme staff, development finance officers, NGO managers, climate specialists and infrastructure advisors. It is designed for professionals who need to secure or assess financing for development projects.

Standard project finance courses usually concentrate on commercially financed assets, debt structuring and financial modelling. This course adds concessional capital, donor funding, development outcomes, safeguards, climate finance and carbon market revenue considerations.

Participants can use the templates to screen bankability, map funding sources, prepare investor materials and assess carbon revenue opportunities. The capstone financing pack can be adapted directly for an active project or pipeline proposal.

The first week establishes bankability, funding sources, blended finance, risk allocation and climate-finance foundations. The second week develops carbon finance, safeguards, due diligence, negotiation, investor communication and the final financing-pack capstone.

Questions about this course?

Ask about dates, fees, group bookings or running it for your team. Our training team replies by email.