066 393 Master programme Mathematical Modelling in Engineering: Theory, Numerics, Applications

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2020W-2021S (2018U)

TitlePrecon.HoursECTS
Master programme Mathematical Modelling in Engineering: Theory, Numerics, Applications
Erasmus-Mundus Joint Masterstudium
120.0
Programming and scientific computing
Module Computer programming
5.0
VU Scientific programming in mathematics
3.0
101.776 VU 2021S
Scientific programming in mathematics
2.03.0
VU Programming with MATLAB
2.0
105.679 VU 2021S
Programming with MATLAB
2.02.0
105.679 VU 2020W
Programming with MATLAB
2.02.0
Module Scientific computing
12.0
VU Introduction to Python programming for geoscience https://tiss.tuwien.ac.at/course/courseDetails.xhtml?dswid=6105&dsrid=923&courseNr=191116&semester=2019W
Durch die Absage der LVA "Introduction to Python programming for geoscience".gilt die LVA "Scientific Programming with Python".als Ersatz.
1.5
VU Numerical Simulation and Scientific Computing I
3.06.0
360.242 VU 2020W
Numerical Simulation and Scientific Computing I
3.06.0
VU High Performance Computing
3.04.5
184.725 VU 2020W
High Performance Computing
3.04.5
Elective module A
6.0
VU Introduction to parallel computing
6.0
184.710 VU 2021S
Parallel Computing
4.06.0
VU Basics of Parallel Computing
2.03.0
191.114 VU 2021S
Basics of Parallel Computing
2.03.0
VO AKNUM, AKOR Numerical optimisation
2.03.0
UE AKNUM, AKOR Numerical optimisation
2.03.0
VU Energy-efficient Distributed Systems
2.03.0
VO Iterative solution of large systems
2.03.0
UE Iterative solution of large systems
2.03.0
Numerics
Module Numerics for differential equations
15.0
VO Numerics of differential equations
5.0
101.316 VO 2021S
Numerics of differential equations
4.05.0
UE Numerics of differential equations
3.0
106.065 UE 2021S
Numerical solution of differential equations
2.03.0
VO AKNUM Numerical methods for PDEs
4.0
101.773 VO 2021S
Numerical methods for PDEs
3.04.0
UE AKNUM Numerical methods for PDEs
3.0
101.775 UE 2021S
Numerical methods for PDEs
2.03.0
Elective module B
12.0
UE Calculating turbulent flows with CFD-codes
3.0
322.057 UE 2020W
Calculating Turbulent Flows with CFD-Codes
2.03.0
VO AKNUM, AKOR Numerical optimisation
4.5
UE AKNUM, AKOR Numerical optimisation
1.5
VO Numerische Methoden der Strömungsmechanik
2.03.0
302.042 VO 2020W
Numerical Methods for Fluid Mechanics
2.03.0
UE Numerische Methoden der Strömungsmechanik
2.02.0
302.044 UE 2020W
Numerical Methods in Fluid Dynamics
2.02.0
VU Finite Element Methods for Multi-Physics I
3.04.0
325.095 VU 2020W
Finite Element Methods for Multi-Physics I
3.04.0
Analysis
Module Modelling
6.0
VO Modelling with Partial Differential Equations
3.04.5
101.500 VO 2020W
Modelling with partial differential equations
3.04.5
UE Modelling with Partial Differential Equations
1.01.5
101.502 UE 2020W
Modelling with partial differential equations
1.01.5
Elective module C
VO Functional analysis 2
4.5
101.295 VO 2020W
Functional Analysis 2
3.04.5
UE Functional analysis 2
1.5
101.280 UE 2020W
Functional Analysis 2
1.01.5
VO Stationary processes and time series analysis
4.5
105.143 VO 2021S
Stationary Processes and Time Series Analysis
3.04.5
UE Stationary processes and time series analysis
1.5
105.645 UE 2021S
Stationary Processes and Time Series Analysis
1.01.5
VO Stochastic analysis in financial and actuarial mathematics 1
5.0
105.653 VO 2020W
Stochastic analysis in financial and actuarial mathematics 1
3.05.0
UE Stochastic analysis in financial and actuarial mathematics 1
2.0
105.089 UE 2020W
Stochastic analysis in financial and actuarial mathematics 1
1.02.0
German
VU German (Level 1)
If students have already reached the A1-level in German, this module may be replaced by any courses of choice (Freie Wahlfächer) in the amount of 4 ECTS.
4.0
Diploma thesis and final exam
30.0
Thesis Diploma thesis
27.0
Final exam Final board exam
3.0
Responsible dean of academic affairs
For questions regarding the curriculum please contact the responsible dean of academic affairs.

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Courses require the completion of the introductory interview STEG