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Courses in Mathematics, Mechanics, Statistics (discontinued)

Showing 1–101 of 101 courses
Course Credits
MAT-BIO2100 – Mathematical Biology (10 credits) 10
MAT-IN3110 – Introduction to numerical analysis (10 credits) 10
MAT-INF1310 – Ordinary differential equations (10 credits) 10
MAT-INF3100 – Linear Optimization (10 credits) 10
MAT-INF3300 – Partial differential equations and Sobolev spaces I (10 credits) 10
MAT-INF3360 – Introduction to Partial Differential Equations (10 credits) 10
MAT-INF4110 – Mathematical Optimization (10 credits) 10
MAT-INF4140 – Numerical Analysis (10 credits) 10
MAT-INF4160 – Topics in Geometric Modelling (10 credits) 10
MAT-INF4170 – Spline Methods (10 credits) 10
MAT-INF4300 – Partial differential equations and Sobolev spaces I (10 credits) 10
MAT-INF4310 – Partial differential equations and Sobolev spaces II (10 credits) 10
MAT-INF9110 – Mathematical Optimization (10 credits) 10
MAT-INF9140 – Numerical Analysis (10 credits) 10
MAT-INF9170 – Spline Methods (10 credits) 10
MAT1300 – Analysis I (10 credits) 10
MAT2300 – Analysis II (10 credits) 10
MAT2440 – Differential equations and optimal control theory (10 credits) 10
MAT2700 – Introduction to mathematical finance and investment theory (10 credits) 10
MAT3200 – Commutative algebra (10 credits) 10
MAT3300 – Measure and integration (10 credits) 10
MAT3510 – Geometric structures (10 credits) 10
MAT3600 – Mathematical logic (10 credits) 10
MAT4220 – Algebraic geometry II (20 credits) 20
MAT4300 – Measure and integration (10 credits) 10
MAT4320 – Several complex variables I (10 credits) 10
MAT4330 – Several complex variables II (10 credits) 10
MAT4340 – Elementary functional analysis (10 credits) 10
MAT4350 – Functional analysis (10 credits) 10
MAT4360 – C*-algebras (10 credits) 10
MAT4370 – Introduction to Fourier Analysis and Wavelet Theory (10 credits) 10
MAT4550 – Differential geometry (15 credits) 15
MAT4560 – Lie groups (15 credits) 15
MAT4600 – Mathematical logic (10 credits) 10
MAT4610 – Axiomatic set theory (15 credits) 15
MAT4620 – Mathematical Logic II (15 credits) 15
MAT4700 – Stochastic analysis I (10 credits) 10
MAT4701 – Stochastic analysis with applications (10 credits) 10
MAT4710 – Stochastic analysis II (10 credits) 10
MAT4711 – Stochastic analysis II (10 credits) 10
MAT4730 – Mathematical finance (10 credits) 10
MAT9200 – Commutative algebra (10 credits) 10
MAT9220 – Algebraic geometry II (20 credits) 20
MAT9250 – Number Theory (10 credits) 10
MAT9300 – Measure and integration (10 credits) 10
MAT9310 – Complex analysis (10 credits) 10
MAT9330 – Flere komplekse variable II (10 credits) 10
MAT9340 – Elementary functional analysis (10 credits) 10
MAT9350 – Functional analysis (10 credits) 10
MAT9360 – C*-algebras (10 credits) 10
MAT9510 – Geometric structures (10 credits) 10
MAT9550 – Differential geometry (15 credits) 15
MAT9610 – Axiomatic set theory (15 credits) 15
MAT9620 – Mathematical Logic II (15 credits) 15
MAT9700 – Stochastic analysis I (10 credits) 10
MAT9730 – Mathematical finance (10 credits) 10
MEK-INF3210 – Modeling of fluid flow, heat transfer and solid deformation. (10 credits) 10
MEK-INF4210 – Modeling of fluid flow, heat transfer and solid derformation (10 credits) 10
MEK3100 – Mathematical Methods in Mechanics (10 credits) 10
MEK3300 – Viscous Flow and Turbulence (10 credits) 10
MEK4310 – Compressible Flow and Shock Waves (10 credits) 10
MEK4510 – Dynamics of Structures (10 credits) 10
MEK4520 – Fracture Mechanics (10 credits) 10
MEK4540 – Composite Materials and Structures (10 credits) 10
MEK4550 – The Finite Element Method in Solid Mechanics I (10 credits) 10
MEK4560 – The Finite Element Method in Solid Mechanics II (10 credits) 10
MEK4590 – Project in Solid Mechanics (10 credits) 10
MEK9510 – Dynamics of Structures (10 credits) 10
MEK9520 – Fracture Mechanics (10 credits) 10
MEK9530 – Stability and Buckling of Structures (10 credits) 10
MEK9540 – Composite Materials and Structures (10 credits) 10
MEK9550 – The Finite Element Method in Solid Mechanics I (10 credits) 10
MEK9560 – The Finite Element Method in Solid Mechanics II (10 credits) 10
STK1130 – Modelling by stochastic processes (10 credits) 10
STK4010 – Asymptotic theory (10 credits) 10
STK4020 – Bayesian statistics (10 credits) 10
STK4030 – Statistical Learning: Advanced Regression and Classification (10 credits) 10
STK4040 – Multivariable analysis (10 credits) 10
STK4050 – Statistical simulations and computation (10 credits) 10
STK4070 – Linear models, random components and general linear models (10 credits) 10
STK4110 – Bayesian time series analysis (10 credits) 10
STK4120 – Extreme value theory (10 credits) 10
STK4130 – Estimation Theory (10 credits) 10
STK4140 – Experimental design (10 credits) 10
STK4170 – Bootstrapping and resampling (10 credits) 10
STK4510 – Introduction to methods and techniques in financial mathematics (10 credits) 10
STK9010 – Asymptotic Theory (10 credits) 10
STK9020 – Bayesian statistics (10 credits) 10
STK9030 – Statistical Learning: Advanced Regression and Classification (10 credits) 10
STK9040 – Multivariable analysis (10 credits) 10
STK9050 – Statistical simulations and computation (10 credits) 10
STK9070 – Linear models, random components and general linear models (10 credits) 10
STK9110 – Bayesian time series analysis (10 credits) 10
STK9120 – Extreme Value Theory (10 credits) 10
STK9130 – Estimation Theory (10 credits) 10
STK9140 – Experimental Design (10 credits) 10
STK9170 – Bootstrapping and resampling (10 credits) 10
STK9210 – Convergens of Probability Measures (10 credits) 10
STK9220 – Bayesian Nonparametrics (10 credits) 10
STK9310 – Diffusion Processes with Applications (10 credits) 10
STK9320 – Large Deviations with Applications (10 credits) 10