Spending parts of your Bachelor/Master/PhD studies at UNIS?
A student who has been accepted or will be accepted into a Bachelor, Master, or PhD programme at his/her home educational institution may apply to complete (parts of) the study (fieldwork/thesis) at UNIS. This requires an UNIS supervisor and a separate application to UNIS (see application form at the bottom of the page).
For the time being, UNIS does not have the capacity to accommodate new guest students at UNIS in the spring semester 2021.
Available Guest Master student opportunities
Below is a list of available Master projects – if interested please feel free to contact the academic staff listed. The application form can be downloaded at the bottom of the page.
Arctic Biology Master projects:
Arctic Geology Master projects:
The unique geology of Svalbard and its present-day cryosphere provide superb opportunities to study geoscience. The Arctic Geology department supervises bachelor-, master and PhD theses in geology and physical geography with a special focus on using Svalbard as a field laboratory. We do this in collaboration with all the Norwegian universities, but also with many universities around the world, so fitting to the different conditions of doing a thesis as regulated by your home university.
You will best get an overview of the specific scientific fields that we supervise theses within by studying the academic content and learning outcomes of the courses we offer. We recommend students to be directly involved in developing their thesis project together with us as supervisors. Therefore, please contact our scientific staff if you like to develop a bachelor, master or PhD thesis study with us. Clearly almost all of the bachelor and master students that we supervise have taken courses at UNIS and in this way got inspired to do thesis work with us as well.
|Geothermal modelling||Associate professor Kim Senger|
|Odellfjellet alluvial fans||Associate professor Kim Senger|
|Structural restoration of Carboniferous basins||Associate professor Kim Senger|
|Fracture modelling from DOMs||Associate professor Kim Senger|
|High-resolution DOMs of outcrops in “log strips”, mm-scale||Associate professor Kim Senger|
|Svalbox – enhancing GIS capabilities||Associate professor Kim Senger|
|High-resolution XRF and close-range photogrammetry characterization of cap rock||Associate professor Kim Senger|
|Seismic modelling of Botneheia dyke||Associate professor Kim Senger|
|Digital field tools for structural measurements||Associate professor Kim Senger|
|Resistivity-TOC-maturity of organic-rich shales||Associate professor Kim Senger|
|Igneous intrusions in southern Dickson Land – geochemistry, geochronology and geometry||Associate professor Kim Senger|
|Gravity-magnetic-MT||Associate professor Kim Senger|
|Flares, pockmarks and terrestrial seeps – correlating seeps to organic-rich units around Isfjorden and Svalbard||Associate professor Kim Senger|
|Temporal geotechnical geophysics (ERT + GPR) to establish seasonal variation in coastal permafrost behaviour – useful for understanding permafrost as a secondary seal||Associate professor Kim Senger|
|ERT and forward EM modelling of an igneous intrusion and contact aureole at Botneheia||Associate professor Kim Senger|
|Palaoeclimate in the Paleogene. High resolution geochemical signals stored in coal||Associate professor Maria Jensen|
|The Aspelintoppen Fm drainage system and implications for palaeoclimate (Palaeogene fluvial deposits)||Associate professor Maria Jensen|
|The potential of XRF data in palaeoenvironmental reconstruction of Holocene coastal change||Associate professor Maria Jensen|
|Coastal change in Svalbard – coastal morphology and processes, expansion of the SVALCoast database||Associate professor Maria Jensen|
|Source to sink – the role of coastal processes in source to sink systems in Svalbard (incl modeling)||Associate professor Maria Jensen|
Arctic Geophysics Master projects:
|Energetic particle precipitation during high-latitude substorms (see PDF for description)||Associate professor Noora Partamies|
|Sporadic E layers in the Polar Cap Ionosphere (see PDF for description)||Associate professor Lisa Baddeley|
|Ionospheric Characteristics of ULF (Ultra Low Frequency) Waves (see PDF for description)||Associate professor Lisa Baddeley|
|Application of the apparent impedance approach to identify the physical nature of cusp transients and waves (see PDF)||Associate professor Lisa Baddeley|
|CFD simulation of the flow field around a ship (PDF)||Associate professor Marius Jonassen|