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Published education catalogue

Geomatics: Applied GIS

Education information from the published source. The education record and its time-bound offerings are kept separate.

Education facts

Code: NGEN31

<p>The course consists of lectures, computer-based assignments, and a final project. Lectures provide theoretical knowledge and research reproduction methodology, while assignments focus on applying GIS methods to real-world problems. Participation in all non-lecture components is mandatory. There is no final exam for the course as the core component is a group-based project. Additionally, students engage in peer review, critically evaluating each other’s project reports and providing constructive feedback. The assessment is based on the project work and peer-review tasks.</p><p>The course provides theoretical and practical knowledge of advanced GIS methods and their applications in environmental sciences, spatial analysis, and decision-making. A central theme of the course is research reproducibility, where students gain hands-on experience in replicating GIS-based studies, understanding the associated challenges, and applying structured methodologies.</p> <p>Key topics include advanced spatial analysis techniques, such as multi-criteria decision analysis, and GIS automation and programming, particularly using ArcGIS Pro and ArcPy. As a core component, students will reproduce a case study from published research, covering the entire workflow, from data collection and processing to GIS analysis, programming, and result interpretation. Additionally, the course strengthens students' ability to critically assess GIS methodologies through sensitivity analysis, discussions on the reliability of analytical methods, and peer review of each other's work.</p>

Entry requirements

Entry to the course requires general entry requirements, English 6/B and at least 90 credits in natural sciences or technology, of which at least 15 credits are to be in GIS or the equivalent, such as spatial analysis, cartography, geodesy or remote sensing. Entry to the course also requires NGEN20 Programming for Applications in Geomatics comprising 15 credits or the equivalent.

Education offerings

Each offering has its own dates and conditions. Closed offerings are retained as history and do not mean that a new application is open.

Source and updates

Skolverket Susa-navet

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Checksum: 1b0dc54c0fc8a359f83ba9dc8f9d468479ce432de4c03bce3b8b33dd67fe3f6c

Last changed according to the source: 2026-02-03T11:28:49