Combined theoretical (30%) and practical (70%) study.
Compartments of the studio:
Acquisition of environmental data.
Specifics and acquisition of spatial data.
Reliability and uncertainties of data, spatial data quality.
Data interoperability.
Geoprocessing
Outcome:
- Understands and is able to apply methods of data acquisition in different fields
- Is able to design and manage spatial database: knows the formats and software of important spatial data and databases
- Knows spatial coordinate systems and is able to choose correct coordinate system according to region and putpose
- Is able to use and create metadata based on suitable metadata standards, demonstrates the understating of the need for metadata
- Knows main spatial data standards and is able to estimate the spatial data quality
- Is able to independently pose and solve a problem by using spatial data from different geographic regions or global data
- Knows and is able to consider the regional/cultural and sectoral differences in applying geospatial analysis
- Understands the global challenges and is able to put them into local/regional context and provide solutions by using geospatial analysis
- Demonstrates critical thinking and ability to work interdisciplinary teams when working with spatial data
- Is able to communicate and visualise the spatial data in a meaningful way
