Learning outcomes

- Acquire the basic notions necessary to overcome spatial reference problems in a GIS project

- Apply the various basic and advanced spatial analysis functions related to the relationships between several layers, in an opensource GIS software (QGis)

- Learn to manage personal work and learning through various resources available on the Internet

- Learn the basics of automating spatial data processing

- Solve in an autonomous and creative way a complex spatial problem based on the different skills acquired by the student

 

Content

  • Introduction to Model Builder in QGis for GIS task automation
  • Simple GIS manipulation exercises
  • Complex exercises
  • Working with GRASS and SAGA from QGIS
  • Personal projects

Teaching methods

The course consists of 30 hours of practical work. A part of these hours is used in computer room, the other part is reserved for the self-learning of the students. Attendance is mandatory.

Assessment method

The evaluation consists of a practical exam where students are given a problem to solve in an open source GIS software. The final mark takes into account both the reasoning and the practical results obtained. This exam makes up 100% of the final mark in the first and second semester.

Language of instruction

French
Training Study programme Block Credits Mandatory
Bachelor in Geography : General Standard 0 3
Bachelor in Geography : General Standard 3 3