Module 1: Introduction to Spatial Analysis and QGIS

• Understanding the principles of spatial analysis and geoprocessing
• Overview of the QGIS interface and key tools for analysis
• Data types: Vector (points, lines, polygons) and Raster
• Importing and managing geospatial data
• Practical session: Navigating the QGIS interface and basic data loading

Module 2: Vector Data Geoprocessing

• Basic geoprocessing operations: Buffer, Clip, Intersect, and Union
• Dissolving and merging features
• Extracting data by attribute or location
• Creating centroids and converting features
• Practical session: Performing a multi-step geoprocessing workflow to find suitable areas

Module 3: Raster Data Analysis

• Understanding raster data and its properties
• Basic raster operations: Mosaicking, clipping, and reprojecting
• Raster algebra and using the Raster Calculator for custom analysis
• Reclassifying raster data for suitability analysis
• Extracting values from rasters at specific locations
• Practical session: Using the Raster Calculator to analyze land use suitability

Module 4: Working with Attribute Data and Joins

• Advanced attribute table management and queries
• Creating and editing fields in the attribute table
• Performing spatial and non-spatial joins
• Using expressions to derive new attributes
• Summarizing data within the attribute table
• Practical session: Joining a CSV file with point data and performing advanced queries

Module 5: Advanced Vector Geoprocessing Tools

• Overlay analysis: Symmetrical difference and identity
• Measuring distances and creating distance matrices
• Point pattern analysis
• Creating convex and concave hulls
• Data validation and topology checking
• Practical session: Analyzing the distribution of features and creating buffers with variable distances

Module 6: DEM and Terrain Analysis

• Understanding Digital Elevation Models (DEMs)
• Creating contour lines and hillshades
• Calculating slope and aspect
• Performing viewshed and watershed analysis
• Generating profiles from elevation data
• Practical session: Creating a detailed terrain analysis map including contours, hillshade, and slope

Module 7: Network Analysis

• Introduction to network datasets and their creation
• Calculating the shortest path and optimizing routes
• Creating service areas (isochrones)
• Finding the closest facility
• Solving the traveling salesperson problem
• Practical session: Performing a routing analysis to find the most efficient path between multiple points

Module 8: Geostatistics and Interpolation

• Understanding spatial autocorrelation and data trends
• Interpolation techniques: Inverse Distance Weighting (IDW) and Kriging
• Creating heatmaps and density maps
• Analyzing residuals and validating interpolation models
• Spatial sampling strategies
• Practical session: Creating and comparing different interpolation maps for environmental data

Module 9: Advanced Spatial Analysis Techniques

• Working with LiDAR data and point clouds
• Analyzing proximity and accessibility
• Using geometric analysis tools
• Applying different coordinate reference systems and transformations
• Performing spatiotemporal analysis
• Practical session: Analyzing and visualizing proximity to a set of features

Module 10: Automating Geoprocessing with Graphical Modeler and Python

• Introduction to the QGIS Graphical Modeler
• Building and running simple and complex models
• Automating repetitive tasks with models
• Exporting models for reuse and sharing
• Introduction to PyQGIS for more advanced scripting
• Practical session: Building an automated model to perform a multi-step analysis on multiple input files

Trainer Experience

Our trainers are experienced GIS professionals with expertise in spatial analysis and QGIS. They have a proven track record of helping individuals and organizations use GIS effectively. They combine practical experience with in-depth knowledge of GIS principles to deliver engaging and impactful training.

Quality statement

We are committed to providing high-quality training that meets the needs of our participants and exceeds their expectations. Our training courses are designed to be practical, relevant, and up-to-date with the latest industry trends and best practices. We strive to create a learning environment that is interactive, engaging, and conducive to knowledge sharing.

Tailor-made courses

We understand that every organization has unique training needs. We offer tailor-made courses that can be customized to address your specific challenges and objectives. Our team will work with you to develop a training program that is tailored to your industry, company size, and employee skill levels.

Payment

Payment is due a week before the training starts.

Accommodation and Airport pick-up

We can assist with arranging accommodation and airport pick-up services for participants.