QGIS Land Administration Mapping for Government Training Course

Course overview

Government land agencies, municipalities and humanitarian programmes need parcel information that can stand up to scrutiny: clear boundaries, traceable source records, consistent attributes and maps that decision-makers can use. Yet land administration data is often split between scanned plans, spreadsheets, GPS observations and legacy GIS files. This creates duplicate parcel records, uncertain tenure evidence, slow map production and avoidable disputes when teams cannot explain where a boundary or right was derived from. This course equips participants to use QGIS to organise, analyse and present land information for practical administration and service delivery.

Participants build a working land administration mapping workflow in QGIS, from loading cadastral layers and georeferencing source plans to designing parcel, party and right attributes. They learn coordinate reference system management, digitising and topology controls, field validation, joins, spatial queries, GPS data import, geoprocessing and map layout production. The course also introduces the Land Administration Domain Model (LADM) as a practical structure for relating spatial units, people or organisations, and tenure interests without requiring participants to implement a full enterprise database.

Delivery combines instructor demonstration with guided QGIS labs based on a realistic local-government land records scenario. Participants progressively create and improve a GeoPackage land administration dataset, assess boundary and attribute quality, and produce an authoritative map layout with a parcel schedule and source notes. They leave with a reusable project template, documented workflow steps and a capstone land records map package that can be adapted to their own district, programme area or agency procedures.

The course is suited to staff responsible for cadastral mapping, land records modernisation, tenure documentation, settlement planning, land-related humanitarian response and GIS support to public land services.

Course objectives

By the end of this course, participants will be able to:

• Configure QGIS projects with appropriate coordinate reference systems, layer naming conventions and file structures for land administration work
• Georeference scanned survey plans and registry maps using identifiable control points and residual-error checks
• Digitise parcel boundaries, easements and administrative limits with snapping, tracing and topology rules
• Design parcel, party and tenure-interest attribute tables using core Land Administration Domain Model concepts
• Validate land records through field constraints, duplicate checks, null-value queries and geometry validity tools
• Join registry spreadsheets and survey data to spatial parcels using stable identifiers and documented matching rules
• Perform spatial queries and geoprocessing to identify overlaps, gaps, encroachments and parcels affected by planned works
• Produce a print-ready land administration map package containing parcel labels, legend, scale, source notes and parcel schedule

Benefits of attending

Target competencies

Who should attend

• Land Administration Officers — who maintain parcel, tenure and boundary information for public land services
• Cadastral Survey Technicians — who need to convert survey and plan evidence into controlled GIS parcel layers
• Government GIS Officers — who support land records, planning and mapping teams with QGIS workflows
• Municipal Planners — who assess parcels, rights-of-way and land constraints for infrastructure and settlement decisions
• Humanitarian Shelter and Settlements Staff — who map occupancy, tenure evidence and site boundaries in programme areas
• Land Records Modernisation Project Staff — who need practical data structures and quality controls for digitisation initiatives

Requirements and prerequisites

Participants should be comfortable using a Windows, macOS or Linux computer, managing files and folders, and working with simple tables in Excel or similar spreadsheet software. Familiarity with basic map concepts such as coordinates, scale, layers and attributes is helpful but not essential. No previous QGIS, programming, database administration, surveying licence or cadastral-law qualification is required. This is genuinely suitable for complete GIS beginners, although they should expect to work carefully with map data, follow file-management instructions and spend substantial time completing guided QGIS exercises.

Training methodology

The instructor introduces each workflow through short demonstrations in QGIS, followed immediately by guided work on a shared land records case. Participants georeference a plan, construct parcel layers, design tenure attributes, run quality checks and create decision-ready layouts. Small-group reviews examine ambiguous boundaries, conflicting identifiers and appropriate source notes, mirroring the judgement required in public land offices. On day five, each participant completes an application plan that identifies a real dataset, required data controls, responsible colleagues and a first mapping deliverable for their workplace.

Course outline

Day 1: QGIS foundations for land records

• Land administration functions: parcels, parties, rights, restrictions and responsibilities
• QGIS interface, Browser panel, Layer panel and Processing Toolbox navigation
• Project folders, GeoPackage storage and reproducible file naming conventions
• Coordinate reference systems for cadastral and administrative mapping
• Vector layers, attribute tables and feature identifiers
• Importing shapefiles, CSV files, GeoJSON and spreadsheet land registers
• Symbology and labelling for parcel, ward and administrative boundary layers

Workshop: Set up a QGIS project and GeoPackage for a municipal land office, import supplied parcel and registry data, and create an initial labelled reference map.

Day 2: Creating reliable parcel geometry

• Georeferencing scanned cadastral plans with the QGIS Georeferencer
• Selecting ground control points and interpreting transformation residuals
• Editing settings, snapping tolerances and tracing controls
• Digitising parcels, roads, easements and public land boundaries
• Topology rules for overlaps, gaps, slivers and shared boundaries
• Geometry validation and repair using QGIS processing tools
• Capturing source-plan references and boundary confidence attributes

Workshop: Georeference a scanned subdivision plan, digitise its parcels into the GeoPackage, and submit a topology-checked layer with source references.

Day 3: Modelling tenure and land records

• LADM concepts applied to practical QGIS data structures
• Parcel identifiers, administrative units and stable key design
• Party, right, restriction and responsibility attribute design
• Domains, value maps, defaults and field constraints in QGIS forms
• One-to-many relationships between parcels, parties and tenure interests
• Joining land registry spreadsheets to parcel features
• Attribute quality checks for duplicates, missing values and inconsistent codes

Workshop: Design linked parcel and tenure tables, load a registry extract, and produce a validation report identifying unmatched and incomplete records.

Day 4: Analysis for public land decisions

• Spatial selection and expression-based queries for land record screening
• Overlay analysis of parcels with roads, flood zones and planned infrastructure
• Buffering and proximity analysis for rights-of-way and service corridors
• Detecting parcel overlaps, encroachments and unallocated gaps
• Field-data import from GPS and mobile collection workflows
• Managing temporal updates, change notes and edit accountability
• Communicating uncertainty, disputed boundaries and data limitations

Workshop: Analyse parcels affected by a proposed access road and prepare an exception list covering overlaps, missing tenure data and boundary-confidence concerns.

Day 5: Authoritative outputs and workplace application

• Print Layout design for official parcel and tenure maps
• Dynamic labels, scale bars, north arrows and coordinate grids
• Atlas map series generation for multiple parcels or administrative units
• Parcel schedules and attribute tables in map layouts
• Metadata, source citations and map disclaimer statements
• Exporting accessible PDF, SVG and image outputs
• QGIS project handover, quality assurance checklist and implementation planning

Workshop: Complete a capstone land administration map package comprising a map layout, parcel schedule, source statement, QA checklist and workplace implementation plan.

Tools & standards covered

QGIS, GeoPackage, PostGIS, ISO 19152 Land Administration Domain Model (LADM)

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions