Sustainable Urban Services Management Training Course

Participants can assess institutional responsibilities and governance gaps affecting service performance.

• Mandates of municipalities, utilities, regulators, operators and community organisations
• Service delivery models including public, private and mixed arrangements
• Regulatory permits governing discharges, emissions, waste handling and public health
• RACI matrix for planning, operation, monitoring, enforcement and incident response
• Policy coherence checks between land use, climate and infrastructure plans
• Accountability mechanisms using service charters, audits and public reporting

Participants can identify and appraise energy efficiency and low-carbon supply measures.

• Energy end-use mapping for buildings, pumping, transport and public lighting
• Load profiles interpreted for peak demand and tariff exposure
• Energy intensity indicators normalised by population, area and service output
• ISO 50001 energy management cycle applied to municipal operations
• District energy options assessed through demand density and heat sources
• Solar photovoltaic screening using load matching, roof area and lifecycle cost

Participants can develop a water balance and select demand and loss reduction actions.

• IWA water balance separating authorised consumption, apparent losses and real losses
• Minimum night flow analysis for locating distribution leakage
• District metered areas designed around pressure zones and bulk meters
• Demand forecasting using population, consumption classes and seasonal variation
• Pressure management options linked to leakage reduction and pipe failure
• Water conservation measures for households, commerce, industry and public facilities

Participants can evaluate sanitation and drainage service improvements using risk and performance data.

• Sanitation service chain from containment through transport, treatment and reuse
• Wastewater load estimation using flow, BOD, COD and nutrient parameters
• Treatment technology selection against influent quality, land and operating capacity
• Stormwater catchment mapping using imperviousness, slopes and drainage paths
• Sustainable drainage systems including swales, detention basins and permeable surfaces
• Public health risk controls for overflows, flooding and unsafe sanitation

Participants can assess collection, treatment and disposal options against service and environmental criteria.

• Waste characterisation sampling for composition, density, moisture and generation rates
• Collection route analysis using vehicle capacity, travel time and stop density
• Segregation systems for organics, recyclables, residuals and hazardous household waste
• Transfer station sizing based on tonnage, haul distance and vehicle turnaround
• Landfill environmental controls for leachate, gas, litter and vectors
• Service coverage mapping for underserved settlements and informal collection areas

Participants can identify viable resource recovery pathways and supporting operating conditions.

• Material flow analysis tracing inputs, stocks, outputs and recovery losses
• Waste hierarchy applied to prevention, reuse, recycling, recovery and disposal
• Organics treatment comparison between composting, anaerobic digestion and landfill
• Recyclables market assessment covering quality specifications, buyers and price volatility
• Extended producer responsibility roles for packaging, electronics and hazardous products
• By-product reuse screening using contamination, demand, transport and regulatory criteria

Participants can establish environmental controls, objectives and monitoring arrangements for service operations.

• ISO 14001 context, aspects, impacts, controls and performance evaluation
• Aspect-impact register scoring severity, likelihood, frequency and control effectiveness
• Legal register covering permits, discharge limits, waste duties and reporting
• Operational control procedures for chemicals, fuel storage, spills and emissions
• Internal audit planning using evidence sampling, findings and corrective actions
• Environmental objectives linked to operational targets, owners and review dates

Participants can quantify principal service emissions and identify credible reduction measures.

• GHG Protocol scopes applied to utility operations and contracted services
• Emission factors selected for electricity, fuel, waste and wastewater sources
• Methane estimation from landfill, anaerobic treatment and distribution losses
• Fleet emissions reduction through route optimisation, maintenance and fuel transition
• Air pollutant sources from combustion, dust, odours and open burning
• Marginal abatement cost curves ranking emissions actions by cost and impact

Participants can prepare climate risk responses for critical urban service assets.

• Climate hazard screening for heat, drought, flooding, storms and sea-level rise
• Asset criticality assessment combining consequence, likelihood and recovery time
• Climate scenario assumptions translated into operational design thresholds
• Resilience measures spanning redundancy, storage, protection, response and recovery
• Business continuity plans for power outages, contamination and extreme rainfall
• Nature-based solutions assessed for cooling, infiltration, habitat and maintenance

Participants can prioritise service asset interventions using condition, risk and lifecycle information.

• ISO 55000 asset management principles for value, risk and lifecycle decisions
• Asset registers structured by location, function, age, condition and owner
• Condition assessment methods using inspections, monitoring data and failure history
• Risk-based maintenance plans for pumps, pipes, vehicles and treatment equipment
• Lifecycle costing including capital, energy, maintenance, renewal and disposal costs
• Capital renewal prioritisation using consequence, probability and service criticality

Participants can design a practical performance monitoring system for urban services.

• Key performance indicators aligned with service targets and decision needs
• Data quality checks for completeness, accuracy, timeliness and traceability
• Metering plans covering bulk supply, zones, facilities and treatment processes
• Dashboard design using trends, thresholds, exceptions and management actions
• Geographic information systems for asset location, coverage and incident mapping
• Monthly performance reviews linking variance analysis to corrective action

Participants can prepare financially credible cases for sustainable service improvements.

• Cost structures separating fixed, variable, direct and indirect service costs
• Tariff analysis covering affordability, cost recovery and consumption incentives
• Life-cycle cost comparison using discount rates, assumptions and sensitivity tests
• Cost-benefit analysis incorporating health, environmental and resilience benefits
• Funding sources including municipal budgets, grants, loans and user charges
• Financial models linking capital expenditure, operating savings and implementation phasing

Participants can incorporate environmental and service outcomes into procurement documents and contracts.

• Procurement specifications defining performance outcomes rather than prescribed equipment
• Environmental evaluation criteria covering energy, water, emissions and waste
• Total cost of ownership scoring for equipment and service contracts
• Supplier due diligence for permits, labour conditions and environmental controls
• Contract KPIs linking payment, service levels, reporting and corrective actions
• Verification plans using inspections, records, sampling and independent audits

Participants can plan engagement activities that support service uptake, compliance and behaviour change.

• Stakeholder mapping by influence, interest, service dependence and vulnerability
• User research methods including interviews, observation, surveys and service walkthroughs
• Behaviour change design using barriers, prompts, incentives and feedback
• Community engagement plans for tariff changes, collection systems and construction
• Grievance mechanisms recording complaints, response times, resolution and trends
• Inclusion measures addressing gender, disability, tenure and informal settlements

Participants can build, review and present a complete costed urban services improvement portfolio.

• Baseline diagnosis consolidating energy, water, sanitation, drainage and waste evidence
• Priority intervention shortlist screened against cost, impact, risk and feasibility
• Implementation roadmap sequencing quick wins, pilots, capital projects and policy actions
• Performance framework defining indicators, baselines, targets, owners and reporting cycles
• Risk register covering technical, financial, regulatory, social and climate risks
• Management presentation defending priorities, assumptions, funding and expected outcomes