Introduction to QGIS

QGIS is the ideal professional desktop GIS for any application. This is an introductory-level course. So if you are new to GIS, new to FOSS GIS or are experienced in other GIS software and want to find out how to do your work in QGIS, this course is for you.
  • What course
  • When 03 May, 2021 08:30 AM to 05 May, 2021 04:30 PM (Africa/Johannesburg / UTC200)
  • Where Cape Town
  • Contact Name
  • Contact Phone +27 73 768 8108
  • Attendees All users of spatial information: GIS specialists, surveyors, engineers, environmental consultants, geographers, academics, educators, students, town planners, government officials.
  • Web Visit external website
  • Add event to calendar iCal

Introduction to QGIS - Agenda

The training agenda is based mainly on the QGIS Training Manual with custom examples and has the following aims:

  • assisting with migration from another GIS package
  • an introduction to and a better understanding of GIS concepts
  • an overview and practical experience of the core components of QGIS

The last session each day can be used to answer questions on particular issues that have been encountered during the course of the day.

Day 1

Topics for the day:-

  1. Course Introduction

    1. Brief Description of Open Source GIS and an Introduction to QGIS
    2. Preparing data for use in the training. ­ This is mainly to show people how data can be acquired for their local area of interest.
  2. Module: The Interface

    ­ Understanding the whole QGIS interface and a description of the tools.

    1. Adding vector layers.
    2. Interaction between vector layer and QGIS interface
  3. Module: Creating a Basic Map.

    ­ Adding layers in QGIS and understanding vector Symbology.

    1. Adding your vector layers from various sources into QGIS.
    2. Understanding vector symbology.
      1. Different types of styling. Single symbols versus Categorised and Graduated symbols.
      2. Other remaining types of symbology.
  4. Module: Classifying Vector Data ­ 1. Understanding attribute data.

    1. Labelling data.
    2. vector classification.

Day 2.

Topics for the day:-

  1. Module: Creating Maps.

    ­ Using map composer. Each participant should be equipped to produce a detailed map of the study area at the end of the course to ensure that they have understood the concepts covered by the manual.

  2. Module: Creating Vector Data

    1. Creating new datasets. Various formats that QGIS works with will be explored.
    2. Modifying existing vector data.
    3. Digitising and cleaning up vector data.
  3. Module: Vector Analysis

    1. Reprojecting and transforming data.
    2. Case study: This ensures various techniques and methods of vector analysis are used to solve a real life problem.
    3. Network analysis and spatial statistics.
  4. Module: Rasters Analysis of how QGIS deals with raster data and operations that can be carried on raster data.

    1. Working with rasters in QGIS.
    2. Raster Symbology.
    3. Raster terrain analysis.

Day 3

Topics for the day.

  1. Module: Completing the Analysis
    1. This section explains how vector and raster analysis can be combined to produce the final results.
    2. They are supplementary exercise that are listed under this section that help the user understand analysis in QGIS.
  2. Module: Plugins

    1. This section enables users to interacts with plugins that extend the core functionality of QGIS.
    2. How to install and activate plugins.
    3. Exploring the most downloaded plugins.
  3. Module: Online Resources

    ­ A demonstration of how QGIS interacts with web mapping services.

  4. Module: GRASS

    ­ Explanation of other tools that are accessible within QGIS for advanced analysis.

    1. Set-up Grass.
    2. Use of Grass powerful analytical functions.
  5. Module: Database Concepts with PostgreSQL and

    Module: Spatial Database Concepts with PostGIS

    ­ A demonstration of how to connect to spatial databases. If participants have other databases that they use then participants can be shown how to connect and interact with their data in QGIS.

  6. Close of Day: Work on a map and produce a good impressive map.

Question and answers.

  1. Answering questions based on learning outcomes for last three days.
  2. Answering questions and exploring participants data.
  3. Closing session.
  • R7080,00

© 2020 Geo-Information Society of South Africa
Privacy Policy | Terms & Conditions
Stock photos from Pexels