Sustainable Urban Development Training Course

Participants can prepare an evidence-based diagnosis of priority urban problems and populations.

• GIS-based spatial diagnosis maps population growth, services, hazards and vacant land
• Baseline indicators disaggregated by neighbourhood, income, gender, age and disability
• Household survey sampling tests access, travel time, costs and satisfaction
• Service-level benchmarks identify gaps in water, sanitation, drainage and solid waste
• Land-use change measured through parcel records, satellite imagery and building permits
• Problem trees connect root causes, institutional failures and observed urban outcomes

Participants can define governance arrangements for coordinated urban policy and project delivery.

• Stakeholder power-interest grids classify agencies, developers, utilities, residents and civil society
• RACI matrices assign decisions, approvals, delivery tasks and reporting accountabilities
• Metropolitan coordination arrangements address cross-boundary transport, housing and watershed issues
• Intergovernmental fiscal relations examined through functions, transfers, own-source revenues and borrowing
• Public consultation obligations mapped against statutory planning and environmental assessment requirements
• Conflict-resolution protocols handle displacement, land claims and competing infrastructure priorities

Participants can translate diagnostic findings into measurable strategic priorities and development scenarios.

• Vision statements convert diagnostic findings into measurable 10-year urban outcomes
• Results chains link inputs, outputs, outcomes, impacts and external assumptions
• SDG target alignment tests local relevance, responsibility and measurement feasibility
• Scenario planning compares business-as-usual, compact-growth and dispersed-growth development paths
• Spatial development frameworks set settlement patterns, growth areas and protected zones
• Strategic objectives prioritised using urgency, impact, feasibility and political support

Participants can select land-use tools that support compact, accessible and inclusive growth.

• Transit-oriented development principles coordinate density, mixed uses, walking and public transport
• Zoning reform tests form-based codes, inclusionary requirements and parking maximums
• Land value capture options include betterment levies, charges and joint development
• Urban growth boundaries protect farmland, ecosystems and infrastructure investment efficiency
• Brownfield regeneration appraises remediation costs, ownership constraints and reuse potential
• Development rights transfers protect sensitive land while directing density elsewhere

Participants can assess mobility measures using accessibility, safety, cost and emissions criteria.

• Accessibility analysis measures opportunities reached within defined travel-time thresholds
• Complete Streets standards allocate safe space for walking, cycling, transit and freight
• Public transport network design matches routes, frequencies, demand and operating costs
• Parking management combines pricing, permits, supply controls and enforcement
• Road safety audits identify conflict points, vulnerable users and design corrections
• Transport demand management evaluates congestion charging, employer plans and school travel

Participants can develop housing and upgrading responses that address affordability and displacement risks.

• Housing needs assessments segment demand by income, tenure, household size and location
• Inclusionary zoning sets affordable housing obligations, eligibility rules and compliance monitoring
• Incremental settlement upgrading sequences tenure, infrastructure, housing and livelihood improvements
• Anti-displacement measures compare rent stabilisation, relocation assistance and community land trusts
• Universal design criteria improve access for older people and persons with disabilities
• Social impact assessment identifies distributional effects of redevelopment and resettlement

Participants can plan municipal service improvements using circular economy and asset management methods.

• Integrated solid waste planning follows prevention, reuse, recycling, recovery and disposal hierarchy
• Material flow analysis quantifies construction waste, organics, plastics and recyclable streams
• Decentralised sanitation options compare lifecycle costs, land needs and maintenance requirements
• District energy screening assesses heat demand, network density and low-carbon sources
• Service contracts specify coverage, performance standards, payment mechanisms and grievance channels
• Asset management plans schedule renewal using condition, criticality and whole-life costs

Participants can identify water and drainage measures suited to local catchment and service conditions.

• Water-sensitive urban design combines permeable surfaces, bioswales, detention and reuse
• Catchment planning links upstream land management with downstream flood exposure
• Non-revenue water diagnosis separates physical losses, commercial losses and metering errors
• Stormwater models test design storms, runoff volumes, storage and drainage capacity
• Water safety plans identify hazards, control measures, monitoring and corrective actions
• Nature-based solutions assess maintenance duties, co-benefits and land tenure constraints

Participants can identify and prioritise emissions reduction measures across urban systems.

• City greenhouse gas inventories apply the GHG Protocol for Cities
• Emission reduction pathways quantify buildings, transport, waste and energy interventions
• Marginal abatement cost curves rank measures by cost and emissions reduction
• Building energy codes address envelopes, equipment standards and compliance inspections
• Municipal fleet transition plans compare electric vehicles, charging and lifecycle costs
• Renewable energy procurement evaluates tariffs, contracts, grid constraints and additionality

Participants can screen adaptation options against climate risks, equity and implementation constraints.

• Climate risk assessments combine hazard, exposure, vulnerability and adaptive capacity
• Climate projections select timescales, emissions scenarios and locally relevant variables
• Heat action plans define thresholds, alerts, cooling centres and outreach
• Flood risk management combines avoidance, protection, accommodation and managed retreat
• Critical infrastructure stress tests examine cascading failures across power, water and transport
• Adaptation options screened against effectiveness, equity, cost, flexibility and maladaptation

Participants can prepare investment priorities using fiscal, lifecycle and distributional criteria.

• Capital investment plans sequence projects against fiscal ceilings and delivery readiness
• Lifecycle costing compares capital, operations, maintenance, renewal and disposal expenditure
• Municipal revenue analysis examines property tax, user charges, transfers and fees
• Project financial models distinguish affordability, bankability, value-for-money and fiscal risk
• Climate finance sources assessed across grants, concessional loans, bonds and funds
• Multi-criteria analysis ranks investments using benefits, costs, risks and equity

Participants can select procurement and partnership arrangements appropriate to urban project risks.

• Procurement strategies match contract type to risk allocation and market capacity
• Public-private partnership screening tests whole-life value, affordability and contingent liabilities
• Output specifications define service standards, milestones, data and remedies
• Bid evaluation matrices score technical quality, price, sustainability and social value
• Contract management dashboards track delivery, variations, claims, payments and performance
• Integrity controls address conflicts of interest, collusion, fraud and disclosure

Participants can establish an indicator framework and data governance approach for urban programmes.

• Indicator dictionaries define purpose, formula, source, frequency, owner and limitations
• ISO 37120 indicators support comparable city service and quality-of-life measurement
• Data governance sets collection protocols, validation rules, access permissions and retention
• Equity dashboards disaggregate outcomes by place, income, gender, age and disability
• Open data publication balances transparency, privacy, security and data quality
• Geospatial dashboards communicate project locations, service gaps and performance trends

Participants can design participation and safeguard processes for equitable urban development decisions.

• Participation plans identify affected groups, engagement methods, timing and feedback routes
• Participatory mapping records local assets, hazards, movement patterns and tenure claims
• Gender-responsive planning checks safety, care travel, sanitation and public space access
• Environmental and social safeguards screen displacement, livelihoods, heritage and vulnerable groups
• Grievance redress mechanisms define intake, investigation, response deadlines and escalation
• Co-design sessions translate resident priorities into design criteria and project choices

Participants can develop an accountable implementation roadmap for multi-component urban programmes.

• Implementation roadmaps sequence policies, projects, dependencies, owners and decision gates
• Work breakdown structures define deliverables, work packages, milestones and acceptance criteria
• Risk registers assign probability, impact, mitigations, triggers and accountable owners
• Critical path method identifies schedule constraints across permits, procurement and construction
• Change management plans align political sponsors, delivery teams and affected communities
• Benefits realisation plans assign measures, baselines, targets and review dates

Participants can use performance evidence to adjust urban policies, projects and resource allocations.

• Theory-based evaluation tests whether interventions produce intended outcomes and equity effects
• Baseline-to-target trajectories identify variance, corrective action and reporting thresholds
• Before-and-after evaluation designs address attribution, comparison groups and seasonal variation
• Performance review cycles connect dashboard evidence to budget and policy decisions
• Adaptive management records decisions, lessons, revisions and unresolved implementation issues
• Public reporting formats present progress, expenditure, outcomes, risks and next actions

Participants can build, review and present a costed, measurable sustainable urban development programme for a defined city area.

• Place diagnosis synthesises spatial, service, climate, housing and mobility evidence
• Programme logic links priority outcomes, policy instruments, projects and responsible institutions
• Capital plan sets sequencing, lifecycle costs, funding sources and fiscal safeguards
• Implementation roadmap assigns milestones, procurement routes, risks and governance controls
• Indicator framework specifies baselines, targets, data owners and reporting cycles
• Peer review tests feasibility, equity, climate performance and delivery accountability
• Formal presentation defends priorities, trade-offs, financing and implementation choices