The MSc, or Master of Science, is an internationally recognized academic degree that indicates proficiency and knowledge of a given topic or field. Most MSc programs take about four years to finish, after which some join the workforce while others continue on in the classroom.
Natural sciences studies teach how the scientific method can be applied to the study of nature and the universe. There may be many opportunities for specialization in a specific branch such as Earth science, physics or chemistry.
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 Master of Science Programs in Natural Sciences in Norway 2018
The program supports European top-quality Masters Courses and enhances the global image of European higher education. [+]
You will bridge the gap between quantitative and molecular genetics which are needed competence in the future. You can compose your own study plan with several courses in quantitative and molecular genetics. Some recommended courses are Molecular Biology, Models and Algorithms in Bioinformatics, Genome Analysis - Methodology, Molecular Genomics, Animal Breeding Plans, Theory and Application of Inbreeding Management.... [-]
The department of Petroleum Engineering at the University of Stavanger is at the forefront of petroleum engineering and geosciences education worldwide. The MSc programme in Petroleum Geosciences Engineering is uniquely focused on the specific needs of exploration and production of the petroleum industry. [+]
MSc in Petroleum Geosciences EngineeringThe Department of Petroleum Engineering at the University of Stavanger is at the forefront of petroleum engineering and geosciences education worldwide. The MSc programme in Petroleum Geosciences Engineering is uniquely focused on the specific needs of exploration and production of the petroleum industry. A graduate of this programme will be able to solve geosciences problems by integrating different types of surface and subsurface data used in the oil industry and to integrate such information with petroleum engineers. In addition, they will be able to formulate strategies and will have the key fundamental knowledge to develop, manage and implement technology in the oil industry.The programme has been developed in close collaboration with the oil industry and qualifies for a broad range of positions within the oil industry, both at operators and in the service sectors. It also qualifies for other positions where the geosciences are applied, such as construction, mining, underground water and environmental geology.A completed Master's degree in Petroleum Geosciences Engineering may qualify for admission to the PhD programme in Petroleum technology and geosciences at the University of Stavanger.Please note that the course combination below is valid for the current academic year. ... [-]
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. [-]