Courses in Mathematics, Mechanics, Statistics (offered in English)
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150 courses offered in English within this category
- INF-MAT2351 - Numerical calculations (10 credits)
- INF-MAT3360 - Partial differential equations (10 credits)
- INF-MAT3370 - Linear optimization (10 credits)
- INF-MAT4350 - Numerical linear algebra (10 credits)
- INF-MAT5340 - Spline methods (10 credits)
- INF-MAT5350 - Numerical analysis (10 credits)
- INF-MAT5360 - Mathematical optimization (10 credits)
- INF-MAT9360 - Mathematical Optimization (10 credits)
- MAT2000 - Project in mathematics (10 credits)
- MAT2200 - Groups, Rings and Fields (10 credits)
- MAT2400 - Analysis I (10 credits)
- MAT2410 - Analysis II (10 credits)
- MAT2440 - Differential equations and optimal control theory (10 credits)
- MAT2700 - Introduction to mathematical finance and investment theory (10 credits)
- MAT3400 - Linear analysis with applications (10 credits)
- MAT3500 - Topology (10 credits)
- MAT4200 - Commutative algebra (10 credits)
- MAT4210 - Algebraic Geometry 1 (10 credits)
- MAT4215 - Algebraic Geometry II (10 credits)
- MAT4230 - Algebraic geometry III (10 credits)
- MAT4250 - Number Theory (10 credits)
- MAT4270 - Representation Theory (10 credits)
- MAT4360 - C*-algebras (10 credits)
- MAT4380 - Nonlinear partial differential equations (10 credits)
- MAT4400 - Linear analysis with applications (10 credits)
- MAT4410 - Advanced Linear Analysis (10 credits)
- MAT4450 - Advanced Functional Analysis (10 credits)
- MAT4500 - Topology (10 credits)
- MAT4510 - Geometric structures (10 credits)
- MAT4520 - Manifolds (10 credits)
- MAT4530 - Algebraic topology I (10 credits)
- MAT4540 - Algebraic topology II (10 credits)
- MAT4590 - Differential geometry (10 credits)
- MAT4630 - Computability Theory (10 credits)
- MAT4640 - Axiomatic Set Theory (10 credits)
- MAT4701 - Stochastic analysis with applications (10 credits)
- MAT4730 - Mathematical finance (10 credits)
- MAT4760 - Advanced Mathematical Methods in Finance (10 credits)
- MAT4800 - Complex Analysis (10 credits)
- MAT4810 - Introduction to Several Complex Variables (10 credits)
- MAT4930 - Graduate research in Mathematics (30 credits)
- MAT9210 - Algebraic Geometry 1 (10 credits)
- MAT9215 - Algebraic Geometry II (10 credits)
- MAT9230 - Algebraic geometry III (10 credits)
- MAT9270 - Representation Theory (10 credits)
- MAT9360 - C*-algebras (10 credits)
- MAT9380 - Nonlinear partial differential equations (10 credits)
- MAT9390 - Topics in operator algebras (10 credits)
- MAT9520 - Manifolds (10 credits)
- MAT9530 - Algebraic topology I (10 credits)
- MAT9540 - Algebraic topology II (10 credits)
- MAT9560 - Lie groups (15 credits)
- MAT9570 - Algebraic K-theory (10 credits)
- MAT9580 - Algebraic Topology III (10 credits)
- MAT9590 - Differential geometry (10 credits)
- MAT9640 - Axiomatic Set Theory (10 credits)
- MAT9650 - Advanced topics in logic (10 credits)
- MAT9730 - Mathematical finance (10 credits)
- MAT9740 - Malliavin Calculus and Applications to Finance (10 credits)
- MAT9760 - Advanced Mathematical Methods in Finance (10 credits)
- MAT9800 - Complex Analysis (10 credits)
- MAT9810 - Introduction to Several Complex Variables (10 credits)
- MAT-BIO2100 - Mathematical Biology (10 credits)
- MAT-INF3600 - Mathematical logic (10 credits)
- MAT-INF4300 - Partial differential equations and Sobolev spaces I (10 credits)
- MAT-INF4310 - Partial differential equations and Sobolev spaces II (10 credits)
- MAT-INF9310 - Partial differential equations and Sobolev spaces II (10 credits)
- MEK4300 - Viscous Flow and Turbulence (10 credits)
- MEK4320 - Hydrodynamic Wave Theory (10 credits)
- MEK4330 - Turbulence theory and modeling (10 credits)
- MEK4340 - Turbulent Flows in Engineering (10 credits)
- MEK4420 - Marine Hydrodynamics (10 credits)
- MEK4430 - Multiphase Flow (10 credits)
- MEK4450 - Offshore Technology (10 credits)
- MEK4460 - LES in marine hydrodynamics and offshore wind power (5 credits)
- MEK4510 - Dynamics of Structures (10 credits)
- MEK4520 - Fracture Mechanics (10 credits)
- MEK4540 - Composite Materials and Structures (10 credits)
- MEK4550 - The Finite Element Method in Solid Mechanics I (10 credits)
- MEK4560 - The Finite Element Method in Solid Mechanics II (10 credits)
- MEK4600 - Experimental Methods in Fluid Mechanics (10 credits)
- MEK4930 - Graduate research in Mechanics (30 credits)
- MEK9110 - Applied Mathematics (10 credits)
- MEK9300 - Viscous Flow and Turbulence (10 credits)
- MEK9310 - Compressible Flow and Shock Waves (10 credits)
- MEK9320 - Hydrodynamic Wave Theory (10 credits)
- MEK9330 - Turbulence theory and modeling (10 credits)
- MEK9340 - Turbulent Flows in Engineering (10 credits)
- MEK9400 - Theory of Hydrodynamic Stability (10 credits)
- MEK9420 - Marine Hydrodynamics (10 credits)
- MEK9430 - Multiphase Flow (10 credits)
- MEK9440 - Numerical Fluid Dynamics with Free Surface (10 credits)
- MEK9460 - LES in marine hydrodynamics and offshore wind power (5 credits)
- MEK9510 - Dynamics of Structures (10 credits)
- MEK9520 - Fracture Mechanics (10 credits)
- MEK9540 - Composite Materials and Structures (10 credits)
- MEK9550 - The Finite Element Method in Solid Mechanics I (10 credits)
- MEK9560 - The Finite Element Method in Solid Mechanics II (10 credits)
- MEK9600 - Experimental Methods in Fluid Mechanics (10 credits)
- MNSES9100 - Science, ethics and society (5 credits)
- STK2130 - Modelling by Stochastic Processes (10 credits)
- STK4000 - Special curriculum and seminar (10 credits)
- STK4010 - Asymptotic theory (10 credits)
- STK4020 - Bayesian statistics (10 credits)
- STK4030 - Modern data analysis (10 credits)
- STK4040 - Multivariable analysis (10 credits)
- STK4050 - Statistical simulations and computation (10 credits)
- STK4060 - Time series (10 credits)
- STK4070 - Linear models, random components and general linear models (10 credits)
- STK4080 - Survival and event history analysis (10 credits)
- STK4110 - Bayesian time series analysis (10 credits)
- STK4120 - Extreme value theory (10 credits)
- STK4130 - Estimation Theory (10 credits)
- STK4140 - Experimental design (10 credits)
- STK4150 - Environmental and spatial statistics (10 credits)
- STK4160 - Statistical Model Selection (10 credits)
- STK4170 - Bootstrapping and resampling (10 credits)
- STK4400 - Risk and reliability analysis (10 credits)
- STK4500 - Finance and Insurance (10 credits)
- STK4510 - Introduction to methods and techniques in financial mathematics (10 credits)
- STK4520 - Laboratory for Finance and Insurance Mathematics (10 credits)
- STK4530 - Interest Rate Modelling via SPDE's (10 credits)
- STK4540 - Non-Life Insurance Mathematics (10 credits)
- STK4900 - Statistical methods and applications (10 credits)
- STK4930 - Graduate research in Statistics (30 credits)
- STK9010 - Asymptotic Theory (10 credits)
- STK9020 - Bayesian statistics (10 credits)
- STK9030 - Modern data analysis (10 credits)
- STK9040 - Multivariable analysis (10 credits)
- STK9050 - Statistical simulations and computation (10 credits)
- STK9060 - Time series (10 credits)
- STK9070 - Linear models, random components and general linear models (10 credits)
- STK9080 - Survival and Event History Analysis (10 credits)
- STK9110 - Bayesian time series analysis (10 credits)
- STK9120 - Extreme Value Theory (10 credits)
- STK9130 - Estimation Theory (10 credits)
- STK9140 - Experimental Design (10 credits)
- STK9150 - Environmental and Spatial Statistics (10 credits)
- STK9160 - Statistical Model Selection (10 credits)
- STK9170 - Bootstrapping and resampling (10 credits)
- STK9200 - Advanced Statistical Methods (10 credits)
- STK9210 - Convergens of Probability Measures (10 credits)
- STK9220 - Bayesian Nonparametrics (10 credits)
- STK9290 - Selected Themes in Advanced Statistics (10 credits)
- STK9310 - Diffusion Processes with Applications (10 credits)
- STK9320 - Large Deviations with Applications (10 credits)
- STK9500 - Finance and Insurance (10 credits)
- STK9520 - Laboratory for Finance and Insurance Mathematics (10 credits)
- STK9900 - Statistical methods and applications (10 credits)
- STK-MAT2011 - Project work in finance, insurance, risk and data analysis (10 credits)