The course aims to show GIS usefulness in practice in environmental and territorial applications, promoting the student's ability to apply an engineering approach to problem solving.
Specifically at the end of the activities the student is asked to provide proof of:
- knowing the characteristics and peculiarities of spatial data, including acquisition techniques and their tolerances, with particular reference to Digital Terrain Model and Orthophoto production;
- knowing the geodetic-cartographic reference systems (SdR), in which these data are expressed and what are the limits of use of the transformation parameters stored in the GIS;
- knowing how to associate the SdR and/or the cartographic representation to the data;
- knowing how to import, export and convert data in raster and vector format between SdR and different cartographic projections;
- knowing the characteristics of the vector and raster data structures and the information needed for their georeferencing;
- knowing the techniques of spatial interpolation and georeferencing of raster data;
- knowing the basic concepts of databases and their query;
- being able to conduct spatial and attribute queries using the search tools implemented in GIS;
- being able to schematize a problem and identify the most appropriate GIS tools to solve it;
- knowing a significant spectrum of basic GIS applications in civil and environmental engineering.