GIS for Local Government Training Course

Participants can select coordinate systems and assess positional suitability for municipal data.

• Geographic and projected coordinate reference systems distinguished through local examples
• Datum transformations selected when combining national and legacy council datasets
• Map projections assessed for distance, area and direction measurement purposes
• Georeferencing scanned plans using control points, residuals and transformation methods
• Positional accuracy documented against intended planning and operational uses
• Coordinate reference system metadata recorded for shared spatial datasets

Participants can acquire, evaluate and prepare spatial datasets for local-government use.

• Authoritative sources assessed for cadastral, roads, imagery and administrative boundaries
• Data quality dimensions: completeness, accuracy, consistency, currency and lineage
• Attribute validation rules applied to addresses, assets and inspection records
• Topology checks identify gaps, overlaps, dangles and invalid parcel boundaries
• Duplicate records resolved through identifiers, matching rules and source verification
• Data acceptance criteria documented before loading departmental GIS datasets

Participants can design a geodatabase model for a cross-department municipal use case.

• Entity-relationship diagrams define parcels, assets, permits and service requests
• Unique identifiers connect spatial features with finance and workflow systems
• Subtypes and coded-value domains standardise asset and inspection classifications
• Relationship classes model one-to-many permits, inspections and maintenance histories
• Versioning principles support controlled editing across multiple municipal departments
• Data dictionaries specify fields, definitions, formats, ownership and update cycles

Participants can manage core municipal reference geography for service delivery and reporting.

• Address points linked to street names, parcels and building identifiers
• Parcel fabric concepts support valuation, planning control and revenue administration
• Administrative boundaries maintained for wards, districts, service zones and precincts
• Gazetteer structures reconcile alternative locality names and historical address records
• Address matching rates assessed before geocoding service-request and incident datasets
• Boundary changes documented to preserve time-series reporting comparability

Participants can produce clear maps matched to operational, executive and public audiences.

• Map purpose and audience determine scale, symbology, labels and annotation
• Visual hierarchy directs attention to priority assets, risks and service gaps
• Classification methods compare equal interval, quantile, natural breaks and standard deviation
• Colour schemes distinguish categories, ordered values and accessible public information
• Reference maps include titles, legends, scale bars, sources and revision dates
• Print layouts prepared for committee reports, field teams and consultation displays

Participants can create thematic maps that communicate local conditions without misleading interpretation.

• Choropleth maps normalise counts using population, households or land area
• Graduated symbols portray service demand, expenditure and facility capacity
• Rate calculations distinguish incident counts from comparable exposure measures
• Small-area indicators joined to census zones using stable geographic identifiers
• Time-enabled maps reveal seasonal demand, inspection backlogs and maintenance patterns
• Suppression rules protect privacy in maps of vulnerable populations

Participants can answer operational questions by combining location, attribute and administrative data.

• Attribute queries filter assets by condition, owner, inspection status and age
• Spatial selection identifies features within wards, buffers and planning zones
• Table joins connect spatial records with maintenance, revenue and complaint datasets
• Relates preserve one-to-many links between properties and service histories
• SQL expressions create auditable selections for recurring municipal reports
• Query results exported with documented criteria and refresh procedures

Participants can apply basic spatial analysis methods to planning and service questions.

• Buffer distances model walking catchments, exclusion zones and notification areas
• Intersect operations identify parcels affected by zoning, flood and infrastructure constraints
• Union analysis combines overlapping policy layers while retaining source attributes
• Clip and dissolve tools prepare reporting layers for defined administrative areas
• Overlay assumptions tested against data scale, currency and boundary precision
• Analysis outputs documented with inputs, parameters, limitations and interpretation notes

Participants can assess access to facilities and optimise service coverage using network methods.

• Road-network datasets prepared with turn restrictions, speed assumptions and barriers
• Service areas calculate travel-time catchments around municipal facilities
• Origin-destination matrices compare resident locations with service destinations
• Closest-facility analysis identifies appropriate stations, clinics or response depots
• Location-allocation models test candidate sites against demand and capacity
• Network results interpreted alongside accessibility, equity and operational constraints

Participants can use GIS to support land-use planning and development-control decisions.

• Existing land-use surveys coded using consistent municipal classification schemes
• Zoning layers linked to permitted uses, density controls and development conditions
• Development applications screened against setbacks, overlays and protected areas
• Parcel suitability criteria combine access, slope, utilities and policy constraints
• Scenario maps compare proposed amendments with adopted spatial development plans
• Planning evidence packages record source layers, assumptions and decision rationale

Participants can structure and analyse spatial asset information for maintenance and investment planning.

• Asset registers mapped for roads, drains, streetlights, parks and buildings
• Linear referencing locates defects along roads, paths and utility corridors
• Condition scores symbolised to identify maintenance priorities and deterioration clusters
• Lifecycle attributes connect installation dates, inspections, interventions and replacement forecasts
• Work orders spatially linked to assets, crews, costs and completion status
• Capital project maps communicate programme locations, dependencies and service disruptions

Participants can map environmental constraints and climate risks relevant to municipal responsibilities.

• Flood hazard layers combined with parcels, roads and critical facilities
• Terrain analysis derives slope, aspect, drainage paths and low-lying areas
• Land-cover classification supports urban greening, heat-risk and drainage assessments
• Environmental buffers protect waterways, wetlands, heritage sites and sensitive habitats
• Risk matrices integrate likelihood, consequence, exposure and spatial distribution
• Adaptation options prioritised using mapped vulnerability and implementation feasibility

Participants can design field-data workflows for inspections, inventories and community reporting.

• Mobile forms capture coordinates, photographs, condition ratings and mandatory attributes
• Form logic reduces invalid entries through constraints, defaults and conditional questions
• Offline collection procedures support remote sites and interrupted connectivity
• Field protocols define accuracy thresholds, evidence standards and quality checks
• Inspection records synchronised with geodatabases using assigned identifiers and status fields
• Supervisor review queues resolve incomplete, conflicting and outlier submissions

Participants can specify web GIS products appropriate for internal users and public audiences.

• Web-map audiences defined for staff, elected members, residents and partner agencies
• Operational dashboards display service requests, inspections, assets and response indicators
• Layer visibility ranges improve map performance and prevent inappropriate detail
• Pop-ups configured with plain-language attributes, links and contact information
• Public information maps checked for privacy, security and accessibility risks
• Publishing workflows assign ownership, update schedules, approvals and archive requirements

Participants can establish governance controls for trustworthy and lawful municipal GIS operations.

• Data stewardship roles assign custodianship, maintenance responsibility and approval authority
• ISO 19115 metadata elements record purpose, lineage, quality and contact details
• Data-sharing agreements specify permitted uses, retention periods and access conditions
• Privacy impact assessment identifies risks in household, complaint and location records
• Role-based access controls restrict editing, downloading and publication privileges
• Retention schedules manage superseded layers, archived projects and evidential records

Participants can prepare selected spatial data for controlled sharing across systems and stakeholders.

• Open-data candidates assessed for public value, sensitivity and maintenance capacity
• OGC web services distinguish WMS, WFS and API-based data access
• Common identifiers support exchange between GIS, permitting and asset systems
• Machine-readable formats compared: GeoJSON, GeoPackage, CSV and shapefile limitations
• Licensing statements clarify reuse conditions, attribution and liability boundaries
• Publication checklists verify metadata, documentation, accessibility and update ownership

Participants can plan, resource and procure a municipal GIS initiative with measurable outcomes.

• Problem statements define users, decisions, geographic scope and expected benefits
• Requirements traceability links business needs to datasets, functions and acceptance criteria
• Work breakdown structures estimate tasks, dependencies, roles and implementation milestones
• Procurement specifications describe data standards, deliverables, support and ownership rights
• Vendor evaluation criteria assess technical fit, interoperability and delivery capacity
• Benefits registers track time savings, risk reduction and service improvements

Participants can present spatial evidence with clear assumptions, limitations and recommendations.

• Decision criteria weighted using documented stakeholder priorities and policy objectives
• Suitability models distinguish hard constraints from weighted preference factors
• Sensitivity analysis tests how changed weights affect recommended priority areas
• Uncertainty statements explain data gaps, modelling assumptions and confidence limits
• Story maps sequence evidence, options, trade-offs and recommended actions
• Briefing notes connect spatial findings to budgets, policy instruments and accountabilities

Participants can build, review and present a complete GIS work package for a local-government service problem.

• Project charter defines decision owners, users, scope, outputs and success measures
• Geodatabase schema documents core entities, identifiers, domains and update responsibilities
• Spatial analysis applies justified methods to a defined municipal service question
• Decision map communicates findings through appropriate scale, symbology and supporting evidence
• Governance checklist confirms metadata, privacy, quality assurance and publication controls
• Implementation roadmap presents resources, milestones, risks, ownership and next actions