Programnamn
Overview of the courses that make up the programme:
Year 1
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Semester 1
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Introduction to Higher Studies 7.5 cr
Field Spatial Planning, Geography, Surveying Technology
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Semester 1
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Geographical information technology 7.5 cr
Field Spatial Planning, Geomatics, Geography, Surveying Technology
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No information.
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Semester 1
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Physical Planning and Detailed Development Planning 7.5 cr
Field Spatial Planning, Surveying Technology
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No information.
Year 2
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Semester 1
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Earth Science and Geotechnology 7.5 cr
Field Spatial Planning, Geography, Surveying Technology
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Semester 1
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Geodetic Measurement Uncertainty Theory and Network Adjustment 7.5 cr
Field Geomatics, Surveying Technology
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Semester 2
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Digital Photogrammetry 7.5 cr
Field Geomatics, Surveying Technology
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The purpose of the course is to give sound knowledge in Digital Photogrammetry. This includes understanding of the function of aerial mapping systems and methods of photogrammetric data processing, for example, block adjustment, automated generation of Digital Elevation Models and digital orthophotos. The course participants acquire good practical skills in the application of Digital Photogrammetry and deeper understanding of image processing routines, which are important for Digital Photogrammetry.
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Semester 2
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Geodetic Instruments 7.5 cr
Field Geomatics
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The purpose of the course is to give the student sound knowledge of modern geodetic instruments, particularly the use of global navigation satellite systems (GNSS). The course participants acquire good understanding of the function of modern geodetic equipment, of sources of uncertainty in the measurements, and of testing procedures, as well as practical skills in GNSS surveying.
Year 3
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Semester 1
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GIS raster/vector 7.5 cr
Field Spatial Planning, Geospatial Information Science, Geomatics, Geography, Surveying Technology
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The course aims at deepening the understanding of how GIS works, both in theory and in practice. Topics covered include for example methods for data gathering in raster and vector environments, integration and conversions of different spatial data, editing and updating methods, raster and vector analyses, digital elevation modeling as well as graphical presentation of analysis results. Note that the course cannot be credited for if taken parallel with the course GIT in Land Management.
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Semester 1
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Terrestrial and Airborne Laser Scanning 7.5 cr
Field Geomatics, Surveying Technology
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The purpose of the course is to give sound knowledge of modern terrestrial (TLS) and airborne (ALS) laser scanning technologies, as well as to give practical skills in planning and execution of and in data processing from TLS surveys. The course participants acquire good understanding of the function of TLS and ALS systems, sources of uncertainty in the measurements, and practical skills in using different methods of data processing. A realistic TLS project is run throughout the whole course.
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Semester 1
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Remote Sensing and GIS Analysis in Land Management 7.5 cr
Field Spatial Planning, Geospatial Information Science, Geomatics, Geography, Surveying Technology
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The purpose of this course is to give the student training in satellite image interpretation and analysis as well as applying advanced GIS analysis on the results from the satellite image analyses within the field of land management.
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Semester 1
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Scientific Theory and Writing 7.5 cr
Field Spatial Planning, Industrial Economics, Electronics, Geomatics, Building Engineering, Computer Science, Applied Geographical Information Technology, Geography, Energy Systems, Mechanical Engineering, Surveying Technology
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The purpose of the course is to prepare the students for their coming theses. The main focus of the course is on a scientific literature study and on writing a literature review paper.
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Semester 2
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Geodetic Reference Systems 7.5 cr
Field Geospatial Information Science, Geomatics, Surveying Technology
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