GOVERNMENT WASH MANAGEMENT · GUIDE 01
How to design a government WASH management information system
Five key decisions for a system your teams can sustain.
A government WASH management information system (MIS) brings together information about water, sanitation, and hygiene services to support planning, oversight, and day-to-day management. Designing one means deciding what government needs to know, who will keep that information current, and how it will lead to action.
For a ministry, this might mean identifying districts that need additional investment. For a district water officer, it might mean knowing which water points have stopped working and who is responsible for repairing them. Both should work from consistent information, at the level of detail appropriate to their responsibilities.
THE FIVE DECISIONS
01 Management decisions 02 Information and indicators 03 People and workflows 04 Government control 05 Long-term operation
1. Which decisions should the MIS support?
Start by listing the decisions staff need to make and the information they currently struggle to obtain. “Monitor the water sector” is a broad ambition. “Identify communities with persistent service interruptions so the district can prioritize support” gives the design team something concrete to work with.
Bring together the people who collect information, review it, and act on it. Ask: What decisions do you make regularly? What information do you need? Where does it come from today? What happens when it is missing, outdated, or inconsistent?
CONNECT INFORMATION TO ACTION
Repair priorities → Functionality, faults, interruption duration, and population affected → Assign follow-up and allocate resources.
Investment planning → Infrastructure, service gaps, asset condition, and population estimates → Prepare and review investment priorities.
Reporting support → Expected submissions, missing records, validation issues, and update dates → Contact district teams and resolve barriers.
Service oversight → Agreed performance indicators, reporting completeness, and trends → Investigate problems and agree corrective actions.
These are illustrative examples. The right priorities depend on the government’s mandate and how services are managed. For each workflow, identify an owner and a review schedule. When a dashboard reveals a problem, someone should know that responding is part of their job.
2. What information needs to be collected—and kept current?
Define the minimum information required to support the decisions. Separate information about an asset or service provider from observations that change over time. A water point may have a persistent identifier, location, and construction record, alongside repeated functionality checks, water quality results, and maintenance reports.
A new inspection should update the history of the existing water point. Creating a disconnected record each time makes it harder to understand what has changed.
Agree on a common data dictionary: the meaning of each field and indicator; units and permitted responses; identifiers connecting records; how unknown information is recorded; who maintains the information; and when an update is required.
Define indicators precisely enough for different districts to calculate them consistently. “Percentage of water points functioning” needs an agreed definition of functioning, a denominator, a reporting period, and a rule for records that have not been checked recently.
WORKED EXAMPLE · SHOW THE GAPS
150 registered water points. 100 recently inspected. 80 found functioning.
Functionality among recently inspected points: 80 ÷ 100 = 80%.
Recent inspection coverage: 100 ÷ 150 = 67% (rounded).
50 water points have no recent inspection. Their current status is unknown.
Reporting 80% without the coverage figure could give managers a misleading picture. Show the result alongside inspection coverage and data freshness. Build on existing government definitions and reporting obligations, and agree how partner forms map to the shared structure.
3. Who collects, verifies, and acts on the data?
Map the reporting process from the first observation to the management response. Responsibilities should fit the institutions using the MIS.
ILLUSTRATIVE REPAIR WORKFLOW
Report → A field officer records a fault against an existing water point.
Review → A district officer checks the report and confirms follow-up.
Assign → The responsible team receives the task.
Repair → The team records the work completed.
Verify → An authorized officer verifies the outcome and closes the issue.
Decide how corrections, disputed records, and overdue actions will be handled. Staff should see where their submission has gone and whether further work is required.
Design around actual working conditions. With intermittent connectivity, test the complete offline workflow: accessing the necessary records, collecting updates, and synchronizing them when a connection becomes available.
The system should return useful information to the people maintaining it. A district officer who can use the same records to plan visits, follow up on repairs, and prepare reports has a practical reason to keep them current. Test representative tasks with real users before wider rollout.
4. How will government control access and share information?
Agree on data ownership, access, and administration early. A district officer may update local records, a national team may compare districts, and a partner may access only the activities it supports. Public reporting may require aggregated information.
Document who can view, create, edit, approve, and export each type of information; who grants and removes access; what can be shared publicly; how staff transfers and departures are handled; and how government retrieves its data for another use or system.
Assign administration to government roles and teams so access continues through personnel changes. Identify connections to existing geographic databases, utility systems, and reporting platforms. Agree which system maintains the authoritative record, which identifiers connect data, and who resolves inconsistencies.
mWater supports organizational roles and permissions so governments can structure access around responsibilities. Organizational policies and staff training remain essential alongside technical controls.
5. How will the MIS operate after the initial rollout?
Prepare an operating plan alongside the implementation plan. Someone needs to administer users, maintain forms and indicators, support district teams, review data quality, and adapt reports. Fieldwork, devices, connectivity, and staff time need continuing resources.
Identify which tasks government staff will handle independently and where external support is useful. Include onboarding, refresher training, and administrator handovers.
Start with a defined set of decisions and workflows, test them in representative conditions, and expand once the responsible teams can maintain them. Agree on success measures before launch: reporting completeness, timely updates, resolution of validation issues, and documented use in planning or service management.
Where reporting is weak, investigate the cause. Unclear responsibilities, impractical forms, missing resources, and technical problems each require a different response.
YOUR DESIGN BRIEF · FIVE THINGS TO WRITE DOWN
□ The management decisions the MIS will support.
□ The records, indicators, and update rules it requires.
□ The people responsible for collection, verification, and action.
□ The rules for access, sharing, and integration.
□ The staffing, budget, and support needed to maintain it.
This gives government teams and implementation partners a shared basis for building and evaluating the MIS.
BUILD YOUR GOVERNMENT MIS WITH mWater
mWater provides tools for data collection, infrastructure records, dashboards, and collaboration. Governments can use the platform independently or engage mWater for support with indicator definitions, workflows, dashboards, integrations, and training.
Next guide: How to choose a WASH MIS