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courses
Courses in Computational Physics and Science at the University of Oslo
Computational Physics I
FYS3150 Computational Physics I, fall semester. Bachelor/beginning Master thesis level (third or fourth year of study)
Computational Physics II
FYS4410 Computational Physics II, spring semester. Master or PhD thesis level (fourth or higher year of study)
Numerical Linear Algebra
INF-MAT3350 Numerical Linear Algebra, fall semester. Bachelor/beginning Master thesis level (third or fourth year of study)
Partial Differential Equations I
INF-MAT3360 Partial Differential Equations, spring semester. Bachelor/beginning Master thesis level (third or fourth year of study)
Partial differential equations and Sobolev spaces I
MAT-INF4300 Partial Differential Equations and Sobolev spaces I, fall semester. Master or PhD thesis level (fourth year or higher of study)
Partial differential equations and Sobolev spaces II
MAT-INF4310 Partial differential equations and Sobolev spaces II, spring semester. Master or PhD thesis level (fourth year or higher of study)
Numerical Methods for Partial Differential Equations I
INF5620, spring semester. Master or PhD thesis level (fourth year or higher of study)
Numerical Methods for Partial Differential Equations II
INF5640, fall semester. Master or PhD thesis level (fourth year or higher of study)
Numerical Analysis
INF-MAT5350, spring semester. Master or PhD thesis level (fourth year or higher of study)
MEK-INF3210 - Modeling of fluid flow, heat transfer and solid deformation
MEK-INF3210/4210, fall semester. Bachelor/beginning Master thesis level (third or fourth year of study)
Scientific Computing, C/C++ programming
C/C++ programming, spring semester.
Scientific Computing, Fortran77/95 programming
Fortran77/95 programming, spring semester.
High-Performance Computing
Courses on high-performance computing at the University of Oslo (Course material in English only)