Introduction to Geographic Information System GIS (Beginners)
Aix-Marseille University
Reference Teacher: Jafar Anbar (AMU)
Teacher(s): Jafar Anbar & Prof. Kalliopi Baika
This QGIS course is designed for beginners to develop a comprehensive understanding of Geographic Information Systems (GIS) using QGIS software. It begins with an introduction to the QGIS interface, guiding participants through the installation process and basic navigation while familiarizing them with essential concepts like layers and attributes. The course then delves into working with geospatial data, focusing on different formats, data management, and editing techniques. In the following sessions, participants explore data visualization, learning how to create thematic maps using appropriate symbology and labeling for effective communication. Finally, the course culminates in preparing professional map layouts, teaching participants to customize map elements for presentations and reports. Each module is complemented by hands-on exercises to reinforce learning and practical applications, ensuring participants gain the skills needed to analyze and present geospatial information confidently. By the end of the course, learners will be well-prepared to tackle real-world GIS challenges.
PhD training in Aix-Marseille University (The PhD training platform ADUM (Accès Doctorat Unique et Mutualisé). Master, PhD students and professionals for up-skilling, re-skilling, and capacity building.
Participants will gain a comprehensive understanding of data treatment in QGIS software in order to be able to proceed to the scientific analysis.
Participants will be able to integrate the documentation data (Vector and Raster) of any UW cultural/geological/natural heritage site into a centralised GIS database.
The participants will be able to choose the most effective layers’ overlay to illustrate the data in maps in order to achieve the best results in alignment with different scientific purposes.
Participants will be able to visualize and demonstrate the documentation results and the analysed topographic and photogrammetric data effectively using interactive overlapping and merging methods which can present the different phases of performed work and the outcomes of the project.
This course gives the chance for the participants to perform the treatment tasks themselves, which will increase their ability of understanding the outcome of the different parameters and enrich their skills to adapt to or solve any problems that they could face during the data treatment with the supervision of the trainers.
Personal laptop for the treatment of data:
– at least Intel i5 processor or equivalent, but Intel i7 or equivalent would be much better
– a minimum of 12 GB of RAM, but as much as possible is preferred
– a good graphic adapter, preferably by Nvidia or AMD
– at least 40 GB of disk space
In-person lectures or online.
Evaluation by the completion of the course and the final visualization and sharing of the data. Evaluation sheet from AMU (in English, French, – adapted to other languages as well) sent online.
Participants will learn to use the necessary functions of the free software @QGIS for data import, management, spatial analysis, and visualization, ensuring a thorough understanding of GIS project workflow. By the end of the course, step by step instructions and practical recommendations will be provided in PDF format to guide the participants.
The expected learning outcomes can contribute to the achievements of the following goals: Goal 14: Life below water, Goal 13: Climate Action, and Goal 4: Quality Education
For PhD students of Aix-Marseille University, they can simply apply through their personal account on ADUM (https://adum.fr/index.pl). For other PhD, master students and professionals by simply showing their interest to follow this course through contacting the following email address: info@unescochair-mca.org
This module introduces participants to the QGIS interface and essential features. Participants will learn how to download and install QGIS, navigate its user interface, and understand core concepts such as layers, attributes, and geospatial data types. Through guided exercises, learners will create their first project by adding and visualizing geographical data. By building a solid foundation, this module sets the stage for exploring more advanced functions in the upcoming sessions.
In this module, participants will delve into various types of geospatial data formats, including vector and raster data. Participants will gain skills in importing, exporting, and managing datasets within QGIS projects. The focus will be on editing geospatial data, using attribute tables, and understanding coordinate reference systems. Through practical exercises, learners will develop the ability to handle different data sources effectively, preparing them for spatial analysis based on real-world applications.
This module emphasizes creating visually appealing and informative maps using QGIS. Participants will learn about symbology, colour schemes, and labelling techniques to enhance the representation of geospatial data. The module will guide participants through the process of thematic mapping, helping them select appropriate visualization options for their datasets. By improving their cartographic skills, learners will be able to communicate their findings clearly and effectively through well-designed maps.
In the final module, participants will focus on preparing professional map layouts for presentations and reports. They will explore layout design principles, including the use of map elements such as titles, legends, and scale bars. Participants will learn to customize map prints for various purposes, ensuring their output is visually appealing and informative. By mastering the map layout process, participants will be equipped to present their geospatial work confidently and effectively to diverse audiences.
Several sections from the user manuals of different softwares can be useful during and after the completion of the introductory digital courses.
– QGIS Desktop 3.22 user guide: https://docs.qgis.org/3.22/pdf/en/QGIS-3.22-DesktopUserGuide-en.pdf
Moreover, step by step instructions and practical recommendations will be provided in PDF format to guide the participants.