Water Utility Management Training Course

Participants can translate utility priorities into a measurable business plan and management scorecard.

• Mission, vision and service commitments translated into measurable strategic objectives
• PESTLE analysis identifies external drivers affecting tariffs, demand and investment
• SWOT prioritisation distinguishes internal constraints from controllable improvement opportunities
• Balanced Scorecard measures customer, process, finance and capability performance
• Corporate plans align capital programmes, operating budgets and staffing requirements
• Annual business plan converts strategic targets into accountable actions

Participants can prioritise maintenance, rehabilitation and replacement decisions using asset-management methods.

• ISO 55000 asset-management principles applied to water and wastewater infrastructure
• Asset registers record location, condition, criticality, age and replacement value
• Criticality matrices rank failure consequences for treatment, pumping and distribution assets
• Lifecycle costing compares rehabilitation, renewal and replacement investment options
• Preventive maintenance plans specify tasks, frequencies, labour and spare parts
• Risk-based renewal programmes balance failure probability, consequence and available funding

Participants can monitor and improve routine treatment and network operations using operational controls.

• Process flow diagrams trace abstraction, treatment, storage, distribution and wastewater stages
• Standard operating procedures control routine treatment-plant and network activities
• SCADA data supports pump scheduling, pressure control and alarm response
• Energy intensity measured as kilowatt-hours per cubic metre produced
• Chemical dosing control uses jar tests, residuals and turbidity results
• Operational KPIs track downtime, production, pressure, continuity and energy use

Participants can establish water-quality controls and sanitation risk measures from source to consumer.

• WHO Water Safety Plan stages identify hazards from catchment to consumer
• Critical control points establish monitoring limits, corrective actions and verification
• Sampling plans define locations, frequencies, parameters, preservation and chain-of-custody
• Laboratory results interpreted against national drinking-water standards and trend limits
• Incident escalation procedures address contamination, boil-water notices and regulator reporting
• Sanitation service chains manage containment, emptying, transport, treatment and disposal

Participants can quantify non-revenue water and select targeted actions to reduce physical and commercial losses.

• IWA water balance separates authorised consumption, apparent losses and real losses
• District metered areas isolate flows, pressures and night-flow leakage signals
• Minimum night-flow analysis estimates background leakage and unreported bursts
• Pressure management zones reduce burst frequency and leakage volumes
• Meter accuracy testing identifies under-registration, bypasses and billing data errors
• Water-loss reduction plans sequence active leakage control and pipe renewal

Participants can improve customer service and revenue processes while protecting affordability for vulnerable users.

• Customer segmentation distinguishes household, commercial, industrial and vulnerable service needs
• Service charters define connections, billing, complaints, continuity and response standards
• Meter-to-cash processes link reading, billing, payment, arrears and disconnection controls
• Tariff structures balance affordability, cost recovery, conservation and cross-subsidy
• Complaint registers classify root causes, response times and repeat failures
• Pro-poor service options assess shared connections, kiosks and targeted subsidies

Participants can use core financial controls to support utility sustainability and investment planning.

• Chart of accounts separates operations, maintenance, capital expenditure and depreciation
• 13-week cash forecasts combine collections, payroll, energy, chemicals and debt service
• Operating ratios test collection efficiency, staff productivity and cost coverage
• Full-cost tariffs include operating costs, depreciation, financing and planned renewals
• Capital investment appraisal uses net present value and sensitivity analysis
• Procurement plans package works, goods and services against approved budgets

Participants can strengthen workforce performance, procurement quality and accountability controls.

• Workforce plans match operator competencies, shifts, succession and recruitment needs
• Competency matrices identify training gaps for operators, technicians and supervisors
• Performance management links individual objectives to service and safety targets
• Procurement specifications state outputs, acceptance criteria, warranties and contract administration
• Fraud-risk controls segregate purchasing, receiving, invoice approval and payment duties
• Contractor oversight monitors quality, safety, milestones, variations and claims

Participants can prepare for utility disruptions and convert performance findings into an action plan.

• Emergency response plans assign incident command, communications, resources and recovery roles
• Business continuity scenarios address drought, flooding, power failure and cyber incidents
• Climate-risk screening tests source yield, flood exposure and heat-related demand
• Utility dashboards combine operational, customer, financial and risk indicators
• Management review cycles convert performance variance into corrective action plans
• Personal 90-day action plans define priorities, owners, milestones and evidence