MSc Program in Mathematics in Norway

See MSc Programs in Mathematics in Norway 2018

Mathematics

The Master of Science, or MSc, is an academic degree awarded to those who effectively complete about two years of intensive study on a given topic. Many MSc courses offer a combination of classroom and research-based curriculum.

In a college mathematics major, algebra courses will focus on ring theory and algebraic geometry. The geometry most often studied is differential geometry, which focuses on the properties of curves and surfaces. Logic is another subject that is often offered within a mathematics program.

Norway, officially the Kingdom of Norway, is a Scandinavian unitary constitutional monarchy whose territory comprises the western portion of the Scandinavian Peninsula, Jan Mayen, the Arctic archipelago of Svalbard and the subantarctic Bouvet Island. Higher education in Norway is offered by a range of seven universities.

Top MScs in Mathematics in Norway 2018

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MSc in Mathematics and Physics

University of Stavanger
Campus Full time 2 years August 2018 Norway Stavanger

Mathematics and Physics form the basis for all technical and scientific research. These two subjects are an indispensable prerequisite for technological developments in modern society. The Department of Mathematics and Natural Sciences offers a Master's programme primarily focusing on mathematical and physical modeling. [+]

MSc in Mathematics and PhysicsMathematics and Physics form the basis for all technical and scientific research. These two subjects are an indispensable prerequisite for technological developments in modern society. The Department of Mathematics and Natural Sciences offers a Master's program primarily focusing on mathematical and physical modeling. The main learning outcome of the program is advanced knowledge about modeling of mathematical and physical systems. Furthermore, the student should be able to demonstrate the ability to synthesize appropriate mathematical concepts and methods in order to analyze and solve relevant problems.Having completed the program, the student should:

know about and be able to use advanced mathematical methods and theories related to different mathematical and physical problems have gained insight into specialized areas of physics through mathematical formulation, analysis, and modeling be able to apply tools from mathematical modeling to adjacent areas and to technological problems be able to carry out, present and document a comprehensive independent piece of work where the terminology and concepts of the subject area are used. [-]