Infrastructure Strategy and Planning Training Course

Participants can structure an infrastructure planning process from policy objectives to investment decisions.

• National development plans translated into measurable infrastructure service objectives
• Policy hierarchy connecting vision statements, sector strategies, plans and projects
• Apply theory of change to infrastructure service and development outcomes
• Planning horizons distinguish immediate actions, medium-term programmes and long-term pathways
• Spatial plans, sector plans and capital budgets reconciled through common assumptions
• Decision gates define when concepts advance into preparation, approval and delivery

Participants can establish an evidence base for infrastructure planning and investment prioritisation.

• Infrastructure baseline datasets covering assets, condition, capacity, demand and ownership
• Data quality assessment identifies gaps, inconsistencies, outdated records and biases
• Geographic information systems reveal service coverage, access gaps and exposure
• Build indicator definitions with sources, frequency, disaggregation and accountable owners
• Administrative data, household surveys and remote sensing compared for planning use
• Evidence register records assumptions, limitations, validation steps and source authority

Participants can forecast service demand and test infrastructure requirements under alternative futures.

• Demand forecasts combine population, economic activity, service standards and consumption patterns
• Cohort-component population projections inform future facility and network requirements
• Elasticity assumptions test relationships between income, prices and infrastructure demand
• Scenario planning examines climate, migration, technology and economic uncertainty
• Translate demand scenarios into capacity, coverage, renewal and expansion requirements
• Sensitivity analysis tests critical assumptions driving infrastructure investment needs

Participants can integrate asset condition, maintenance needs and renewal choices into strategic plans.

• ISO 55000 principles connect asset value, risk, cost and performance
• Asset registers capture location, ownership, condition, age, function and criticality
• Condition assessments distinguish routine maintenance, rehabilitation, replacement and expansion
• Lifecycle plans sequence operations, maintenance, renewal and disposal decisions
• Criticality matrices identify assets whose failure disrupts essential public services
• Maintenance backlogs quantified through condition data, intervention costs and consequences

Participants can identify and address climate, environmental and disaster risks in infrastructure choices.

• Climate hazard screening considers heat, flood, drought, storms and sea-level rise
• Exposure, vulnerability and adaptive capacity assessed for proposed infrastructure assets
• Climate scenarios test design standards, operating assumptions and maintenance requirements
• Nature-based solutions compared with engineered alternatives using service performance criteria
• Environmental and social screening identifies safeguards, mitigation measures and residual risks
• Disaster risk reduction measures prioritised for critical infrastructure and lifeline services

Participants can incorporate distributional impacts and accessibility requirements into infrastructure planning.

• Equity analysis compares service access by income, gender, disability and location
• Universal design principles inform facilities, transport systems and public spaces
• Accessibility audits identify barriers affecting persons with disabilities and older people
• Gender-responsive infrastructure planning addresses safety, mobility, sanitation and time poverty
• Affordability analysis compares user charges with household income and coping strategies
• Consultation plans include marginalised groups in project identification and design

Participants can generate and compare credible infrastructure and non-infrastructure responses to service gaps.

• Problem statements separate service failures from assumed construction solutions
• Long lists include demand management, rehabilitation, operational and capital alternatives
• Do-minimum and do-something cases establish realistic option comparison baselines
• Options appraisal screens technical feasibility, service effects, risks and institutional capacity
• Multi-criteria analysis weights strategic, social, environmental and deliverability factors
• Document trade-offs, excluded options and decision rationale in option papers

Participants can apply proportionate economic appraisal to infrastructure investment decisions.

• Cost-benefit analysis identifies incremental costs, benefits, externalities and residual values
• Economic internal rate of return interpreted alongside net present value
• Shadow pricing adjusts market prices for taxes, distortions and social opportunity costs
• Cost-effectiveness analysis compares options delivering equivalent service outcomes
• Benefit incidence analysis identifies who receives benefits and bears costs
• Value-for-money assessment combines economy, efficiency, effectiveness and equity evidence

Participants can assess financial requirements and fiscal implications of infrastructure programmes.

• Lifecycle cost models include capital, operations, maintenance, renewal and decommissioning
• Cash flow profiles match expenditure schedules, funding sources and implementation milestones
• Revenue models assess tariffs, transfers, subsidies, grants and land-value capture
• Affordability tests compare investment commitments with medium-term fiscal projections
• Contingent liabilities identify guarantees, minimum-revenue clauses and termination payments
• Whole-life budgets protect maintenance allocations after project completion and handover

Participants can match infrastructure funding and financing approaches to project characteristics and public objectives.

• Differentiate funding sources from financing instruments and repayment obligations
• Public budgets, concessional finance and grants matched to service characteristics
• Public-private partnership screening tests risk transfer, affordability and market interest
• Municipal bonds require revenue certainty, disclosure discipline and debt capacity
• Blended finance structures allocate risks among public, private and development partners
• Financeability assessment identifies preparation gaps before approaching potential funders

Participants can develop a ranked, evidence-based infrastructure project pipeline.

• Project concept notes define service problem, beneficiaries, scope and expected outcomes
• Readiness assessments examine studies, permits, land, funding and institutional approvals
• Prioritisation criteria combine strategic fit, value, urgency, risk and deliverability
• Weighted scoring models make portfolio choices transparent and reproducible
• Portfolio balancing considers sectors, regions, asset classes and programme dependencies
• Pipeline dashboards track concept maturity, decision gates, financing and implementation status

Participants can align infrastructure investments with land use, settlement patterns and network dependencies.

• Spatial demand analysis links population distribution, land use and service catchments
• Network planning identifies corridors, hubs, interconnections and system expansion stages
• Coordinate transport, housing, water, energy and digital infrastructure investment sequences
• Service catchment mapping tests facility location, travel time and population coverage
• Transit-oriented development principles connect mobility investment with compact urban growth
• Interdependency analysis identifies shared corridors, utility conflicts and sequencing opportunities

Participants can design governance and engagement arrangements that support accountable infrastructure delivery.

• Governance mapping clarifies decision rights, oversight roles and escalation routes
• RACI matrices assign responsibilities for planning, approval, delivery and operation
• Stakeholder analysis identifies interests, influence, concerns and engagement approaches
• Intergovernmental coordination addresses mandates, transfers, standards and shared assets
• Public disclosure plans communicate project rationale, impacts, costs and implementation progress
• Grievance mechanisms record complaints, response times, resolution actions and recurring issues

Participants can prepare procurement strategies suited to infrastructure risk, market capacity and delivery needs.

• Procurement strategy links scope definition, risk allocation, market capacity and timetable
• Packaging decisions balance competition, interface risk, local capacity and contract management
• Market sounding tests supplier appetite, constraints, innovation and delivery capability
• FIDIC contract families compared for employer design and contractor design responsibilities
• Bid evaluation criteria assess technical quality, price, lifecycle costs and delivery risks
• Procurement plans sequence design, approvals, tendering, award and mobilisation activities

Participants can define the studies, approvals and controls required before infrastructure implementation.

• Project preparation roadmaps identify feasibility, design, safeguards and transaction activities
• Feasibility studies test demand, technical options, costs, benefits and institutional arrangements
• Land acquisition planning addresses tenure, valuation, resettlement and compensation risks
• Permitting registers track environmental, planning, utility and statutory approvals
• Risk registers assign owners, mitigation actions, triggers and contingency provisions
• Stage-gate reviews challenge readiness before funding, tendering and construction commitments

Participants can establish performance controls from implementation through operational benefits realisation.

• Implementation plans integrate work breakdown structures, schedules, budgets and accountable owners
• Earned value management tracks schedule performance, cost performance and forecast completion
• Construction supervision controls quality, health, safety, environmental and social requirements
• Results frameworks distinguish outputs, service outcomes, impacts and enabling assumptions
• Benefits realisation plans assign benefit owners, indicators, baselines and review dates
• Post-project evaluation captures lessons, actual costs, service results and asset performance

Participants can assess digital infrastructure requirements, data governance and technology-related planning risks.

• Digital public infrastructure includes identity, payments, data exchange and connectivity layers
• Broadband planning considers backbone networks, last-mile access, affordability and reliability
• Interoperability standards reduce fragmented systems, duplicate data and vendor dependence
• Data governance defines stewardship, access controls, privacy, quality and retention
• Cybersecurity risk assessment identifies critical systems, threats, controls and recovery priorities
• Smart infrastructure proposals tested against service need, operating capacity and lifecycle costs

Participants can communicate infrastructure choices clearly to executives, communities and funding partners.

• Decision briefs present service problem, options, evidence, recommendation and required decision
• Investment cases use concise narratives, maps, costs, benefits and implementation milestones
• Executive dashboards report portfolio status, risks, expenditures, outcomes and decision points
• Visualisation principles improve readability of maps, charts, timelines and scorecards
• Risk communication explains uncertainty, trade-offs, residual exposure and mitigation commitments
• Briefing strategies anticipate questions from ministers, boards, communities and funders

Participants can build, review and present a complete infrastructure strategy and prioritised investment plan.

• Define priority service gaps using evidence, demand forecasts and stakeholder requirements
• Set strategic outcomes, planning assumptions, spatial priorities and performance indicators
• Develop options, appraisal criteria, lifecycle costs and climate resilience measures
• Rank investment pipeline projects using readiness, affordability, value and delivery criteria
• Specify governance, financing, procurement, monitoring and benefits realisation arrangements
• Present the complete strategy and investment plan for structured peer review