The master's thesis is research-based work. This requires that the student has obtained substantial knowledge within visualization. In agreement with his/her academic supervisor, the student will choose a master's thesis (60 ECTS credits) and make a progression plan containing important milestones for the project.
The Master thesis in Visualization is a research-related piece of practical work. This requires that the student has obtained substantial knowledge within the research field of visualization when starting.
During the 1st semester the student establishes contact with a personal coach (lecturer). Together with this coach a subject for the thesis is specified and a schedule is made with an outline of courses and milestones in the thesis work. The setup of the Master thesis is a project with workload equivalent to 60 study points. The project (the normal 60 ETCS one) has to be delivered within the two years time frame of the Master study.
Interactive Visual Analysis of Streaming Data
Geir Smestad
(supervised by
H. Hauser, 2012-2014)
Illustrative 3D visualization of seismic data
Øyvind Sture
(supervised by
H. Hauser and D. Patel, 2009-2013)
Selected Opportunities for the Semiautomatic Analysis of Spectrally Decomposed Seismic Data
Andreas Johnsen Lind
(supervised by
H. Hauser, 2012-2013)
Rapid Modeling of Geology
Morten Bendiksen
(supervised by
E. Lidal & I. Viola
, 2011-2013)
Ridge Extraction, and Illustrative Visualization of an FTLE Flow Field
Stian Sivertsen
(supervised by
H. Hauser, 2011-2012)
Frequency Modulated Shading
Sondre Hisdal
(supervised by
I. Viola, 2011-2012)
Flow-based Segmentation of Seismic Data
Kari Ringdal
(supervised by
D. Patel, 2011-2012)
Visually controlled on-demand Derivation and Visualization of Perfusion Parameters
Jonas Waage
(supervised by
H. Hauser, 2009-2011)
Multi-Volume Visualization and Exploration
Stian Eikeland
(supervised by
H. Hauser, 2008-2010)
Advanced Storytelling for Volume Visualization
Andreas E. Lie
(supervised by H. Hauser, 2008-2009)
Visualization and Interaction with Medical Data in Immersive Environments
Yngve D. Hammersland
(supervised by I. Viola, 2007-2009)
View-Dependent Peel-Away Visualization for Volumetric Data
Åsmund Birkeland
(supervised by I. Viola, 2007-2008)
Physically Plausible Weather Visualization
Gisle Nes
(supervised by I. Viola
in cooperation with VizRT, Norway, 2007-2008)
If you cannot find the project you were looking for,
contact H. Hauser.
Individual coach from VisGroup:
contact your individual coach (via FirstName.LastNameUiB.no)
if you have a question related to the project in visualization.
Siv Hovland Erstad:
course administration -
contact Siv Hovland Erstad (via Siv.ErstadUiB.no)
with respect to administrative questions.