Spatial Data Analysis and Geoprocessing in QGIS Training Course
Automate and scale GIS workflows using QGIS's model builder rather than repeating manual steps for every project.
5 Days
Duration
Certificate
Included
Instructor-Led
Delivery
Advanced
Level
Spatial Data Analysis and Geoprocessing in QGIS Training Course
Starting From
$800
per participant
Flexible Delivery
In-Person, Live Online
Language
English
Dedicated Support
Pre & post training
Course Overview
This advanced course develops technical skills in spatial data analysis and geoprocessing, covering complex spatial joins, network analysis and workflow automation using QGIS's model builder. Participants work through real multi-step geoprocessing workflows rather than individual tool exercises, examining how to build analysis pipelines that scale. The course closes with an automated geoprocessing model built for a defined recurring analysis need.
Introduction
Most GIS users plateau at running individual tools one at a time, repeating the same manual sequence of steps for every new project or dataset, when QGIS's model builder and advanced geoprocessing tools can automate entire workflows that would otherwise consume hours of repetitive manual work.
As GIS use scales up within an organisation, running the same analysis manually for every new district, time period or dataset becomes a genuine bottleneck. This advanced course moves beyond individual tool use into the workflow automation, spatial join methodology and network analysis skills that let practitioners scale their spatial analysis rather than repeat it endlessly by hand.
Learning Objectives
By the end of this course, participants will be able to:
- Explain when workflow automation genuinely saves time versus adds complexity
- Perform complex spatial joins across multiple datasets
- Conduct network analysis for routing and accessibility questions
- Build automated workflows using QGIS's model builder
- Design reusable geoprocessing models for recurring analysis needs
- Manage data validation within automated workflows
- Assess geoprocessing performance and troubleshoot workflow errors
- Document geoprocessing models for handover and reuse
- Advise teams on scaling spatial analysis capability
Who Should Attend
This training is suitable for:
- GIS analysts progressing beyond basic tool use
- M&E and research staff running recurring spatial analysis
- Government and county planning GIS staff
- Organisations managing large or growing spatial datasets
- Consultants delivering repeated spatial analysis for clients
- Environmental and natural resource management analysts
- Infrastructure and logistics planning staff
- GIS team leads responsible for workflow efficiency
Training Methodology
The programme is delivered through facilitator-led hands-on sessions building progressively complex geoprocessing workflows inside QGIS, structured around real analytical scenarios rather than lecture alone. Each module closes with a short-applied task so participants leave with working automated workflows rather than notes alone.
Organizational Impact
Institutions sending staff on this course can expect:
- Significant time savings from automated, reusable geoprocessing workflows
- Improved consistency in recurring spatial analysis across time and datasets
- Stronger capability to handle complex, multi-dataset spatial questions
- Better-documented workflows supporting handover and institutional memory
- Improved network and accessibility analysis for planning decisions
- Reduced dependence on manual, repetitive GIS work
- Increased capacity to scale spatial analysis as data volumes grow
- A documented library of reusable geoprocessing models
- Stronger overall GIS team efficiency and analytical capability
Personal Impact
By the close of this course, participants gain:
- Advanced technical skill in complex geoprocessing and workflow automation
- Confidence to perform complex spatial joins across multiple datasets
- Sharper network analysis skills for routing and accessibility questions
- Practical experience building automated workflows using model builder
- Stronger standing in advanced GIS and spatial analysis discussions
- A completed automated geoprocessing model for direct application
- Improved ability to troubleshoot and document geoprocessing workflows
- A specialist skill set distinguishing them within GIS teams
- A foundation for leading spatial analysis capability within their organisation
Course Outline
- When workflow automation genuinely saves time versus adds complexity
- Reviewing common recurring geoprocessing needs
- Assessing an existing manual workflow for automation potential
- Understanding QGIS processing toolbox structure
- Managing complex, multi-step analysis planning
- Common geoprocessing workflow design weaknesses
Practical session: assess a manual geoprocessing workflow for automation potential.
- Performing complex spatial joins across multiple datasets
- Managing one-to-many and many-to-many spatial relationships
- Advanced overlay analysis techniques
- Managing data quality issues in spatial joins
- Common spatial join errors and their diagnosis
- Practical multi-dataset spatial join exercise
Practical session: perform a complex spatial join across multiple datasets with data quality checks.
- Network analysis for routing and accessibility questions
- Building and validating network datasets
- Calculating service areas and accessibility zones
- Optimal routing analysis for logistics and planning
- Common network analysis data quality issues
- Case study: a network accessibility analysis
Practical session: build a service area or accessibility analysis using network analysis tools.
- Building automated workflows using QGIS's model builder
- Designing reusable geoprocessing models
- Managing model inputs, outputs and parameters
- Chaining multiple tools into a single automated workflow
- Managing data validation within automated workflows
- Practical model builder workflow design exercise
Practical session: build an automated geoprocessing model chaining multiple analysis steps.
- Assessing geoprocessing performance and troubleshooting errors
- Documenting geoprocessing models for handover and reuse
- Managing large datasets efficiently within QGIS
- Building institutional capacity for scaled spatial analysis
- Measuring the efficiency gains from automated workflows
- Building an automated geoprocessing model for a recurring analysis need
Practical session: build and document a complete automated geoprocessing model for a recurring analysis need.
Certification
At Strategic Revenue Africa, our certification goes beyond proof of attendance—it represents practical competence and measurable capability. Upon successful completion of our training programs, participants are awarded a Certificate of Completion from Strategic Revenue Africa, recognizing their ability to apply acquired knowledge in real-world settings. As an organization focused on architecting sustainable revenue and strengthening organizational performance, our certifications signal that participants are equipped with skills that drive results, not just theory.
Programme Inclusions
- Course materials & workbook
- Certificate of completion
- Post-training support (6 months)
Prerequisites
Prior QGIS experience is expected, equivalent to completing a QGIS fundamentals course and ideally a remote sensing or applied GIS course. This is an advanced course building automation and workflow skills onto existing GIS competence.
Schedule & Investment
Upcoming Dates & Fees
Accommodation & Transfer
Accommodation and airport transfer are arranged upon request. Contact the Training Officer to reserve.
Payment
Transfer payment to the Strategic Revenue Africa account before the course starts. Send proof of payment to:
training@strategicrevenueafrica.comCourse Fee Includes
- Course tuition & training materials
- Two break refreshments and lunch
- Certificate of completion
- Post-training support (6 months)
Travel, visa, insurance and personal expenses are the participant's responsibility.
Related Programmes
More in Monitoring, Evaluation, Research & Statistics Training Courses
GIS for Monitoring, Evaluation and Impact Assessment Training Course
Apply GIS specifically to M&E work, from spatial targeting through to map-based results communication.
QGIS Fundamentals for Spatial Data and Mapping Training Course
Build core QGIS skills from a blank project through to a finished, presentable map
Remote Sensing and Satellite Imagery Analysis Training Course
Turn freely available satellite imagery into land cover, vegetation and change detection insight.
Related Categories
From
$800