GIS for Land Parcel Management Training Course

Duration 10 days 20 modules · 65 contact hours
Level Intermediate Certificate on completion
Who attends GIS Officer, Land Administration Officer and others
Fee from USD 2,200 KSh 190,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 9 Nov 2026 Course code SD-GRS-034

Before you join: Participants should already be comfortable with basic GIS concepts, including layers, attribute tables, coordinate systems and simple map production.

Dates & prices

Two start dates a month in every city, and live online on weekdays or weekends. Fees are per participant; classroom fees include tuition, materials, lunch and refreshments, and the certificate.

Suggest a date or city

Showing the next six months. Later dates, other cities and private deliveries for your team are available on request.

Course overview

Land agencies, municipalities, utilities and developers depend on parcel information that can withstand operational, legal and public scrutiny. Yet parcel boundaries, ownership references, survey plans, addresses, imagery and infrastructure records often sit in separate systems with conflicting identifiers, variable accuracy and unclear update responsibilities. The result is delayed permits, disputed rights-of-way, unreliable asset records, missed development changes and weak evidence for planning or compensation decisions.

This course develops the GIS methods needed to build, maintain and use land parcel and infrastructure information. Participants design parcel data models, select coordinate reference systems, assess source fitness, digitise and edit parcel fabrics, apply topology rules, manage subdivision and merger changes, and test positional and attribute quality. They also use orthophotos, LiDAR and field observations to identify change; analyse zoning, flood exposure, access and utility corridors; and connect parcels with roads, drainage, utilities, easements and asset registers. ISO 19152 LADM, ISO 19157 quality principles, ISO 19115 metadata and OGC data services provide practical reference points.

Instructor briefings are followed by guided case work using a municipal land administration and infrastructure scenario. Participants work with realistic survey plans, parcel records, imagery, field evidence and asset data from the first week, then deepen their work through data governance, web mapping, workflow design and implementation planning. They leave with a complete parcel-management GIS package: a documented schema, cleaned parcel layer, quality report, change analysis, infrastructure conflict map and stakeholder-ready presentation.

The course suits GIS personnel and professionals who manage land, property, utilities, planning, surveying or public assets. It is especially relevant where teams must turn mixed records and spatial evidence into controlled, defensible operational information.

What you will be able to do

  • Design a parcel and infrastructure GIS schema using identifiers, domains, relationships and lifecycle rules
  • Configure coordinate reference systems and georeferencing workflows for survey, imagery and asset data
  • Build and maintain parcel fabrics using digitising, topology validation and controlled edit procedures
  • Assess parcel dataset quality using ISO 19157 elements, sampling plans and defect reports
  • Interpret orthophotos, LiDAR and field observations to identify land and infrastructure changes
  • Analyse rights-of-way, utility corridors and affected parcels using overlays, buffers and network methods
  • Publish controlled web maps and exchange services using OGC patterns and role-based access
  • Produce a stakeholder-ready land parcel management GIS package with documented evidence and quality controls

Benefits of attending

For you

  • Ability to create defensible parcel layers from survey plans, imagery and registry records
  • Practical control of topology errors, boundary changes and parcel history
  • Confidence assessing GIS evidence for permits, easements, disputes and compensation cases
  • Reusable methods for linking parcels to utilities, roads, drainage and inspection records
  • A portfolio-ready parcel management GIS package and presentation

For your organisation

  • Fewer parcel geometry and attribution errors entering operational systems
  • Clearer evidence trails for boundary updates, subdivisions, mergers and encroachments
  • Faster identification of parcels affected by infrastructure, zoning or development proposals
  • Improved coordination between land registry, planning, survey, utility and asset teams
  • Defined quality, metadata, access and change-control procedures for land information

Course modules

20 modules over 10 days

Participants can distinguish the records, legal concepts and custodial roles that shape a parcel GIS.

  • Cadastre, land registry and valuation records distinguished by legal purpose
  • Parcel lifecycle mapped from subdivision application through registration and maintenance
  • ISO 19152 LADM classes related to local cadastral legislation
  • Rights, restrictions and responsibilities modelled against parcels and parties
  • Authoritative data custodians identified for boundaries, addresses and infrastructure
  • Metadata records capture source, date, scale, lineage and legal status

Participants can select, document and test coordinate reference systems for parcel and infrastructure data.

  • Geographic, projected and local engineering coordinate reference systems compared
  • EPSG codes selected from jurisdiction, survey control and accuracy requirements
  • Datum transformations evaluated using published parameters and residual errors
  • Survey plans georeferenced with control points, RMS error and transformation reports
  • Vertical datums and geoid models applied to infrastructure elevation data
  • Coordinate reference metadata documented for exchange and future maintenance

Participants can translate land administration rules into a usable GIS data model.

  • Parcel polygons, boundary lines and survey points structured as feature classes
  • Unique parcel identifiers designed for subdivision, merger and retirement events
  • Domain values and subtypes control land-use and tenure attributes
  • Relationship classes link parcels, owners, documents and valuation records
  • Logical data models translate business rules into GIS schemas
  • Field names, aliases and null rules support controlled editing

Participants can assess, reconcile and document land information from multiple source systems.

  • Title plans, survey records and orthophotos assessed for positional fitness
  • Source registers record custodian, licence, currency, scale and legal authority
  • ETL mappings reconcile identifiers between registry, billing and GIS systems
  • Data conflation rules resolve duplicate roads, addresses and parcel edges
  • Raster and vector inputs prepared using documented import procedures
  • Acceptance criteria separate reference layers from authoritative boundary evidence

Participants can create a parcel dataset using repeatable digitising and attribution procedures.

  • QGIS and ArcGIS Pro projects configured with standard folder structures
  • Parcel features created from bearings, distances, coordinates and surveyed monuments
  • Subdivision plans digitised using snapping, tracing and construction tools
  • Editing templates apply coded values, defaults and mandatory attributes
  • Feature creation logs record editor, source document and effective date
  • First parcel dataset assembled for a defined municipal study area

Participants can detect, correct and document geometric errors in a parcel fabric.

  • Topology rules detect gaps, overlaps, slivers and unclosed parcel boundaries
  • Must Not Overlap and Must Not Have Gaps rules configured
  • Cluster tolerance selected without displacing legally surveyed boundary positions
  • Error exceptions documented where shared geometry reflects valid conditions
  • Topology validation reports prioritise corrections by legal and operational risk
  • Clean parcel fabrics published as controlled edit-ready reference layers

Participants can evaluate parcel data quality and issue evidence-based correction reports.

  • Attribute completeness measured against mandatory fields and domain conformance
  • Positional accuracy tested using independent checkpoints and RMSE statistics
  • Logical consistency checks identify invalid dates, identifiers and relationships
  • ISO 19157 quality elements applied to parcel dataset assessment
  • Sampling plans distinguish full inspection from risk-based quality review
  • Quality reports record defects, severity, corrective actions and sign-off

Participants can process parcel changes while preserving survey evidence and historical records.

  • Parcel fabric records connect plans, parcels, lines, points and control
  • Least-squares adjustment principles explain residuals, weights and confidence estimates
  • Record-driven editing preserves source-plan geometry and historic parcel states
  • Splits, merges and boundary realignments processed through controlled transactions
  • Adjustment results reviewed against survey control and legal evidence
  • Change histories preserve predecessor parcels, dates and authorising documents

Participants can plan and control field evidence collection for parcel and asset updates.

  • GNSS observations planned around control availability, obstruction and required accuracy
  • Field collection forms enforce identifiers, photographs, dates and evidence categories
  • Boundary evidence classified from monuments, occupation, plans and witness statements
  • Offline maps support inspection where mobile connectivity is unavailable
  • Collected observations synchronised, reviewed and assigned confidence categories
  • Field-to-office workflow documents review, correction and approval responsibilities

Participants can assess imagery and elevation data as evidence for land and infrastructure records.

  • Orthophoto resolution assessed against minimum mappable parcel and asset features
  • Multispectral bands interpreted for vegetation, roofs, water and bare ground
  • Image enhancement uses contrast stretching, band combinations and hillshades
  • Ground control and orthorectification effects evaluated before boundary interpretation
  • LiDAR derivatives reveal terrain, drainage corridors and built structures
  • Remote-sensing evidence labelled by date, resolution and interpretation confidence

Participants can identify and investigate land-cover and built-environment changes from dated imagery.

  • Object-based image interpretation identifies new buildings, roads and cleared land
  • Supervised classification uses training samples, signatures and accuracy matrices
  • Post-classification comparison isolates land-cover transitions between dated imagery
  • Change candidates matched against permits, subdivisions and infrastructure work orders
  • False positives screened using temporal evidence and field verification
  • Exception maps direct inspection toward unrecorded development and encroachment

Participants can produce traceable parcel analyses for planning, service and investment decisions.

  • Overlay analysis combines zoning, tenure, flood risk and service proximity
  • Buffer distances model road reserves, utility corridors and protected areas
  • Weighted linear combination ranks development sites using documented criteria
  • Network analysis estimates access to roads, clinics and service depots
  • Spatial joins quantify parcels affected by proposed infrastructure alignments
  • Analysis assumptions recorded to prevent unsupported planning or compensation decisions

Participants can connect parcel information with maintainable infrastructure asset records.

  • Asset registers aligned with GIS features, locations, identifiers and ownership
  • Road centreline, drainage and utility schemas capture maintainable asset attributes
  • Linear referencing locates pavement defects and pipe events by chainage
  • Asset condition fields support inspection cycles, deterioration and maintenance priorities
  • Parent-child relationships connect valves, pipes, chambers and service connections
  • Infrastructure maps distinguish operational assets from planned and abandoned assets

Participants can map, analyse and communicate land interests affecting infrastructure works.

  • Rights-of-way mapped using legal instruments, widths, restrictions and expiry dates
  • Utility corridors analysed for crossings, conflicts, clearance and access constraints
  • Permit applications checked against parcels, easements and protected infrastructure zones
  • Encroachment cases documented with geometry, imagery, notices and resolution status
  • Stakeholder notifications generated from affected parcels and contact relationships
  • Conflict maps support route selection, compensation review and construction coordination

Participants can establish controlled storage, editing and recovery procedures for land information.

  • Geodatabases organised with naming conventions, roles and controlled access
  • Versioned editing separates proposed changes from approved authoritative records
  • Check-in procedures reconcile concurrent edits and record conflict decisions
  • Backup schedules, recovery tests and audit logs protect cadastral history
  • ISO 19115 metadata captures purpose, lineage, constraints and distribution details
  • Data-sharing agreements define permitted use, update duties and liability

Participants can publish controlled parcel information for operational users and stakeholders.

  • OGC WMS, WFS and API patterns support controlled data exchange
  • Web map layers configured with scale ranges, symbology and pop-ups
  • Role-based access limits public, contractor and internal parcel views
  • Print layouts produce survey review maps, notification plans and asset sheets
  • Web forms collect correction requests with geometry, evidence and status
  • Service performance monitored through availability, refresh frequency and user feedback

Participants can define governance roles, update rules and controls for parcel data stewardship.

  • Data governance assigns owners, stewards, editors and quality approvers
  • Business rules specify triggering events, evidence and authorised update pathways
  • Service-level measures track update timeliness, completeness and error recurrence
  • Personal data minimisation separates public parcel information from restricted records
  • Retention schedules manage superseded plans, historical geometry and audit evidence
  • Operating procedures define escalation for disputes and suspected data misuse

Participants can plan a phased parcel GIS implementation with testable requirements and controls.

  • Requirements workshops translate stakeholder needs into measurable GIS acceptance criteria
  • User stories describe parcel editing, asset inspection and public enquiry tasks
  • Work breakdown structures estimate migration, configuration, testing and training effort
  • Risk registers address legal disputes, source quality and integration dependencies
  • Pilot releases test workflows before jurisdiction-wide production deployment
  • Benefits measures link GIS outputs to processing time and data quality

Participants can communicate parcel evidence, uncertainty and operational priorities through clear GIS outputs.

  • Cartographic hierarchy distinguishes legal boundaries, infrastructure assets and contextual reference data
  • Symbology standards communicate tenure, restrictions, asset condition and confidence
  • Map marginalia records scale, north arrow, coordinate system and source dates
  • Decision briefings explain uncertainty, assumptions and alternatives without overstating evidence
  • Dashboard indicators monitor edit backlogs, inspection coverage and unresolved conflicts
  • Review sessions test map usability with operational and legal users

Participants can build, review and present a complete land parcel management and infrastructure GIS package.

  • Capstone brief defines jurisdiction, business problem, evidence sources and acceptance criteria
  • Parcel and infrastructure schema implemented with identifiers, domains and relationships
  • Authoritative layers cleaned through topology validation, attribution checks and documented corrections
  • Imagery or field evidence analysed to identify a defined change issue
  • Spatial analysis produces affected-parcel, corridor or service-priority findings
  • Web map, print map and quality report prepared for stakeholder review
  • Peer review challenges assumptions, legal status, data quality and presentation decisions

Exercises and examples are adapted to each cohort's sectors and roles.

What you take back to work

  1. Parcel and infrastructure GIS data model template
  2. Parcel topology validation checklist
  3. ISO 19157 data quality report template
  4. Field-to-office boundary evidence workflow
  5. Rights-of-way and utility corridor analysis model
  6. Land information governance and implementation plan

Who should attend

  • GIS Officer — needs controlled parcel editing, analysis and map production methods
  • Land Administration Officer — needs reliable parcel records for registration, tenure and valuation processes
  • Surveyor or Survey Technician — needs GIS workflows that preserve survey evidence and boundary history
  • Urban Planner — needs parcel-based evidence for zoning, permits, development control and infrastructure planning
  • Utility Asset Manager — needs parcels, easements and network assets connected for maintenance decisions
  • Property and Facilities Manager — needs defensible maps of land interests, boundaries and site assets

Skills and tools covered

Parcel fabric editingCadastral data modellingSpatial quality assuranceInfrastructure asset mappingRemote-sensing interpretationLand information governance

Tools and standards

QGIS, ArcGIS Pro, ISO 19152 LADM, OGC WMS and WFS

How the course runs

Training methodology

The course uses short instructor briefings, demonstrations and guided case work built around a municipal parcel and infrastructure scenario. Participants interpret survey plans, edit parcel data, validate topology, assess imagery, analyse corridors and prepare maps for operational decisions. Small-group reviews compare source evidence, quality findings and governance choices. Simulated stakeholder discussions address rights-of-way, development change and conflicting records. Each participant adapts the methods to a current or planned land information workflow during structured application planning.

Requirements and prerequisites

Participants should already be comfortable with basic GIS concepts, including layers, attribute tables, coordinate systems and simple map production. Experience using QGIS, ArcGIS Pro or a comparable desktop GIS is expected; participants should be able to open data, inspect attributes and perform basic selections. Familiarity with local land records, survey plans, utility assets or planning data is useful but not essential. Programming, database administration, advanced surveying, remote-sensing classification and prior knowledge of cadastral law are not required.

A typical training day

08:30 – 10:30First session
10:30 – 10:45Refreshment break
10:45 – 12:30Second session
12:30 – 13:30Lunch and networking
13:30 – 15:00Third session
15:00 – 15:15Refreshment break
15:15 – 16:30Workshop and daily review

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

What the fee includes

  • Instruction by a practitioner facilitator
  • Full course workbook and materials
  • Exercise files, templates and case studies
  • Refreshments and lunch on classroom deliveries
  • Certificate of completion
  • Post-course application plan

Frequently asked questions

Participants need working familiarity with basic GIS layers, attributes, coordinate systems and map production. They do not need programming, advanced surveying, database administration or prior cadastral-law training.

For classroom delivery, course data and software access are provided. Participants may bring non-sensitive examples of parcel forms, data dictionaries, survey-plan conventions or current workflow issues for use during application planning.

It suits GIS staff, survey personnel, land administrators, planners, utility asset teams and property professionals who work with parcels or rights-of-way. It is designed for people who already use, maintain or commission spatial data rather than complete GIS beginners.

General GIS courses focus on broad mapping and analysis functions, while this course centres on parcel fabrics, legal evidence, cadastral history, topology and infrastructure interests. Remote sensing is taught as a source of evidence for parcel and asset change, not as a specialist image-processing programme.

Participants can assess existing parcel datasets, define correction priorities, improve editing controls and link land information to infrastructure assets. The templates and capstone package can also support a data-cleaning initiative, service improvement plan or GIS implementation proposal.

Training runs from 08:30 to 16:30 each day, with about 6.5 contact hours daily. The first week builds parcel data, quality and evidence-handling skills; the second week covers analysis, infrastructure integration, governance, publication and the capstone presentation.

Questions about this course?

Ask about dates, fees, group bookings or running it for your team. Our training team replies by email.

Ask on WhatsApp info@skillsetdevelopment.com

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