066 646 Master programme Computational Science and Engineering

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2023W-2024S (2019U)

TitlePrecon.HoursECTS
Master programme Computational Science and Engineering
120.0
Computer Science
17.0
Parallel Computing
12.0
VU High Performance Computing
3.04.5
184.725 VU 2024S
High Performance Computing
3.04.5
184.725 VU 2023W
High Performance Computing
3.04.5
VU Advanced Multiprocessor Programming
3.04.5
VU Computational Science on Many-Core Architectures
2.03.0
360.252 VU 2023W
Computational Science on Many-Core Architectures
2.03.0
Programming
5.0
VU Advanced Programming with C++
2.03.0
360.251 VU 2023W
Advanced Programming with C++
2.03.0
VU Scientific Programming with Python
2.02.0
191.125 VU 2023W
Scientific Programming with Python
2.02.0
Scientific Computing
15.0
Scientific Computing
15.0
VO Introduction to Computational Science and Engineering
2.03.0
360.239 VO 2023W
Introduction to Computational Science and Engineering
2.03.0
VU Numerical Simulation and Scientific Computing I
3.06.0
360.242 VU 2023W
Numerical Simulation and Scientific Computing I
3.06.0
VU Numerical Simulation and Scientific Computing II
3.06.0
360.243 VU 2024S
Numerical Simulation and Scientific Computing II
3.06.0
Applied Mathematics
18.0
Applied Mathematics Foundations
4.0
VU Applied Mathematics Foundations
4.05.5
101.880 VU 2023W
Applied Mathematics Foundations
4.05.5
Numerical Computation
7.0
VU Numerical Computation
4.05.5
101.973 VU 2023W
Numerical Computation
4.05.5
Numerical Partial Differential Equations
7.0
VO Numerical Methods for PDEs
3.04.0
101.773 VO 2024S
Numerical methods for PDEs
3.04.0
UE Numerical Methods for PDEs
2.03.0
101.775 UE 2024S
Numerical methods for PDEs
2.03.0
SB Computational Building Science
15.0
Computational Building Science (Verpflichtend)
Zusätzlich zu den 11.5 ECTS an verpflichtenden LVA´en dieses Moduls müssen noch mindestens 3.5 ECTS aus dem optionalen Lehrveranstaltungskatalog dieses Moduls absolviert werden.
11.5
VU Advanced Numerical Methods in Building Science 1
2.03.0
207.014 VU 2024S
Advanced Numerical Methods in Building Science 1
2.03.0
VU Foundations of Building Science
2.03.0
207.012 VU 2023W
Foundations of Building Science
2.03.0
VU Introduction to Digital Twins for Buildings and Cities
1.02.0
207.013 VU 2023W
Introduction to Digital Twins for Buildings and Cities
1.02.0
SE Research Methods and Scientific Writing in Building and City Science
1.03.5
207.029 SE 2023W
Research Methods and Scientific Writing in Building and City Science
1.03.5
Computational Building Science (Optional)
12.5
VU Advanced Numerical Methods in Building Science 2
3.03.5
207.017 VU 2023W
Advanced Numerical Methods in Building Science 2
3.03.5
VU Data Management
1.01.0
207.019 VU 2023W
Data Management
1.01.0
VO Engineering Biochemoporomechanics
2.03.0
202.019 VO 2023W
Engineering Biochemoporomechanics
2.03.0
VO Multiscale Material Modelling
2.03.0
202.649 VO 2024S
Multiscale Material Modeling
2.03.0
UE Multiscale Material Modelling
2.02.0
202.650 UE 2024S
Multiscale Material Modeling
2.02.0
SB Computational Chemistry and Materials Science
15.0
Computational Chemistry and Materials Science (Verpflichtend)
Zusätzlich zu den 7.5 ECTS an verpflichtenden LVA´en dieses Moduls müssen noch mind. 7.5 ECTS aus dem optionalen Lehrveranstaltungskatalog diese Moduls absolviert werden.
7.5
VU Concepts in Condensed Matter Physics
2.03.0
138.121 VU 2023W
Concepts in Condensed Matter Physics
2.03.0
VU Introduction to Theoretical Chemistry
3.04.5
165.166 VU 2023W
Introduction to Theoretical Chemistry
3.04.5
Computational Chemistry and Materials Science (Optional)
19.5
VU Computational Materials Science
4.06.0
138.058 VU 2023W
Computational Materials Science
4.06.0
VU Physical and Theoretical Solid State Chemistry
3.54.5
165.089 VU 2024S
Physical and Theoretical Solid State Chemistry
3.54.5
PN Selected Topics in Materials Science
3.03.0
138.123 PN 2024S
Selected Topics in Materials Science
3.03.0
PR Selected Topics in Theoretical Chemistry
3.03.0
165.164 PR 2024S
Selected Topics in Theoretical Chemistry
3.03.0
165.164 PR 2023W
Selected Topics in Theoretical Chemistry
3.03.0
VU Simulations of Condensed Matter
2.03.0
165.144 VU 2023W
Simulation of condensed matter
2.03.0
SB Computational Electronics
15.0
Computational Electronics (Verpflichtend)
Zusätzlich zu den 7.0 ECTS an verpflichtenden LVA´en dieses Moduls müssen noch mind. 8.0 ECTS aus dem optionalen Lehrveranstaltungskatalog diese Moduls absolviert werden.
7.0
VU Introduction to Semiconductor Physics and Devices
3.04.0
360.241 VU 2023W
Introduction to Semiconductor Physics and Devices
3.04.0
VU Introduction to Finite Element Methods in Solid Mechanics
2.53.0
317.039 VU 2024S
Introduction to Finite Element Methods in Solid Mechanics
2.03.0
Computational Electronics (Optional)
25.0
VU Simulation of Semiconductor Device Fabrication
3.04.0
360.246 VU 2024S
Simulation of Semiconductor Device Fabrication
3.04.0
PR Selected Topics - Computational Electronics
4.04.0
360.245 PR 2024S
Selected Topics - Computational Electronics
4.04.0
360.245 PR 2023W
Selected Topics - Computational Electronics
4.04.0
VU Finite Element Methods for Multi-Physics I
3.04.0
325.095 VU 2023W
Finite Element Methods for Multi-Physics I
3.04.0
VU Semiconductor Sensors
3.04.0
360.248 VU 2023W
Semiconductor Sensors
3.04.0
SE Recent Advances in Computational Electronics
1.01.0
360.244 SE 2024S
Recent Advances in Computational Electronics
1.01.0
360.244 SE 2023W
Recent Advances in Computational Electronics
1.01.0
PR Selected Topics - MEMS and NEMS
5.05.0
366.107 PR 2024S
Selected Topics - MEMS and NEMS
5.05.0
366.107 PR 2023W
Selected Topics - MEMS and NEMS
5.05.0
VO Theory, Modelling and Simulation of MEMS and NEMS Devices
2.03.0
366.103 VO 2023W
Theory, modelling and simulation of MEMS and NEMS devices
2.03.0
SB Computational Fluid Dynamics and Acoustics
15.0
Computational Fluid Dynamics and Acoustics (Verpflichtend)
Zusätzlich zu den 5.0 ECTS an verpflichtenden LVA´en dieses Moduls müssen noch mind. 10.0 ECTS aus dem optionalen Lehrveranstaltungskatalog diese Moduls absolviert werden.
5.0
VU Fundamentals in Fluid Mechanics
3.05.0
322.048 VU 2024S
Fundamentals in Fluid Mechanics
3.05.0
Computational Fluid Dynamics and Acoustics (Optional)
20.0
VU Computational Aerodynamics
3.05.0
322.079 VU 2024S
Computational Aerodynamics
3.05.0
UE Calculating Turbulent Flows with CFD-Codes
2.03.0
322.057 UE 2023W
Calculating Turbulent Flows with CFD-Codes
2.03.0
PR Project Study in Fluid Mechanics
4.04.0
322.021 PR 2024S
Project study in fluid mechanics
4.04.0
322.021 PR 2023W
Project study in fluid mechanics
4.04.0
SB Computational Informatics
Das Modul besteht aus 2 Untergruppen.
Aus jeder Untergruppe sind LVA´en im Ausmaß von mind. 5.0 ECTS, insgesamt mind. 15.0 ECTS zu absolvieren.
15.0
Untergruppe Data Management and Analytics
45.0
VU Advanced Database Systems
4.06.0
184.780 VU 2024S
Advanced Database Systems
4.06.0
VU Advanced Methods for Regression and Classification
3.04.5
105.707 VU 2023W
Advanced Methods for Regression and Classification
3.04.5
VU Database Systems STEOP
Courses belong to the introductory and orientation phase ("Studieneingangs- und Orientierungsphase")
4.06.0
184.686 VU 2024S
Database Systems
4.06.0
VU Data-Intensive Computing
2.03.0
194.048 VU 2024S
Data-intensive Computing
2.03.0
VU Data-Oriented Programming Paradigms
2.03.0
188.995 VU 2023W
Data-oriented Programming Paradigms
2.03.0
VO Data Stewardship
2.03.0
194.044 VO 2024S
Data Stewardship
2.03.0
UE Data Stewardship
2.03.0
194.045 UE 2024S
Data Stewardship
2.03.0
VU Experiment Design for Data Science
2.03.0
188.992 VU 2023W
Experiment Design for Data Science
2.03.0
VU Machine Learning
3.04.5
184.702 VU 2024S
Machine Learning
3.04.5
184.702 VU 2023W
Machine Learning
3.04.5
VU Statistical Simulation and Computerintensive Methods
2.03.0
107.330 VU 2023W
Statistical Simulation and Computerintensive Methods
2.03.0
Untergruppe Algorithmics
36.0
VU Algorithmics
4.06.0
186.814 VU 2023W
Algorithmics
4.06.0
VU Approximation Algorithms
2.03.0
186.102 VU 2023W
Approximation Algorithms
2.03.0
VU Complexity Analysis
2.03.0
184.215 VU 2024S
Complexity Analysis
2.03.0
VU Efficient Programs
2.03.0
185.190 VU 2023W
Efficient Programs
2.03.0
VU GPU Architectures and Computing
4.06.0
182.731 VU 2024S
GPU Architectures and Computing
4.06.0
VU Heuristic Optimization Techniques
3.04.5
192.137 VU 2023W
Heuristic Optimization Techniques
3.04.5
VU Mathematical Programming
2.03.0
186.835 VU 2024S
Mathematical Programming
2.03.0
VU Nonlinear Optimization
2.03.0
VU Parallel Algorithms
2.03.0
VU Structural Decompositions and Algorithms
2.03.0
186.856 VU 2024S
Structural Decompositions and Algorithms
2.03.0
SB Computational Mathematics
15.0
Computational Mathematics
Dieses Modul enthält keine verpflichtenden LVA´en.
Demnach müssen 15.0 ECTS aus dem Lehrveranstaltungskatalog absolviert werden.
Weiters können alle LVA´en mit dem Präfix AKNUM, die im Masterstudium Technische Mathematik angeboten werden ebenfalls für dieses Modul verwendet werden.
36.5
VO AKNUM Computational Finance
3.04.5
UE AKNUM Computational Finance
2.03.0
SE Computational Mathematics
2.03.0
101.952 SE 2024S
Computational Mathematics
2.03.0
VU AKNUM Finite Element Methods in Technical Applications
3.04.5
VO AKNUM Iterative Solution of Large Systems of Equations
4.5
101.770 VO 2024S
AKNUM Iterative solution of large systems of equations
3.04.5
UE AKNUM Iterative Solution of Large Systems of Equations
1.01.5
101.771 UE 2024S
AKNUM Iterative solution of large systems of equations
1.01.5
VO Modelling with Partial Differential Equations
3.04.5
101.500 VO 2023W
Modelling with partial differential equations
3.04.5
UE Modelling with Partial Differential Equations
1.01.5
101.502 UE 2023W
Modelling with partial differential equations
1.01.5
VO Numerics of Partial Differential Equations: Instationary Problems
3.04.5
101.509 VO 2024S
Numerics of partial differential equations: instationary problems
3.04.5
UE Numerics of Partial Differential Equations: Instationary Problems
1.01.5
101.532 UE 2024S
Numerics of partial differential equations: instationary problems
1.01.5
VU Optimization with PDE Constraints
2.03.5
SB Computational Mechatronics
15.0
Computational Mechatronics (Verpflichtend)
Zusätzlich zu den 7.0 ECTS an verpflichtenden LVA´en dieses Moduls müssen noch mindestens 8.0 ECTS aus dem optionalen Lehrveranstaltungskatalog dieses Moduls absolviert werden.
7.0
VU Finite Element Methods for Multi-Physics I
3.04.0
325.095 VU 2023W
Finite Element Methods for Multi-Physics I
3.04.0
VO Finite Element Methods for Multi-Physics II
2.03.0
325.099 VO 2024S
Finite Element Methods for Multi-Physics II
2.03.0
Computational Mechatronics (Optional)
16.0
VU Computational Methods in Structural Mechanics
3.04.0
UE Finite Element Methods for Multi-Physics II
2.02.0
325.101 UE 2024S
Finite Element Methods for Multi-Physics II
2.02.0
VU Implementation of a Finite Element Program
3.04.0
325.097 VU 2023W
Implementation of a Finite Element Program
3.04.0
VU Nanoelectromechanical Systems
2.03.0
366.102 VU 2024S
Nanoelectromechanical Systems
2.03.0
SE Seminar Mechatronic Systems
2.03.0
325.090 SE 2024S
Seminar Mechatronic Systems
3.03.0
325.090 SE 2023W
Seminar Mechatronic Systems
3.03.0
VO Theory, Modelling and Simulation of MEMS and NEMS Devices
2.03.0
366.103 VO 2023W
Theory, modelling and simulation of MEMS and NEMS devices
2.03.0
SB Computational Solid Mechanics
15.0
Computational Solid Mechanics (Verpflichtend)
Zusätzlich zu den 7.0 ECTS an verpflichtenden LVA´en dieses Moduls müssen noch mindestens 8.0 ECTS aus dem optionalen Lehrveranstaltungskatalog dieses Moduls absolviert werden.
7.0
VU Introduction to Finite Element Methods in Solid Mechanics
2.53.0
317.039 VU 2024S
Introduction to Finite Element Methods in Solid Mechanics
2.03.0
VU Implementation of a Finite Element Program
3.04.0
325.097 VU 2023W
Implementation of a Finite Element Program
3.04.0
Computational Solid Mechanics (Optional)
27.0
VO Advanced Material Models for Structural Analysis
2.03.0
317.536 VO 2024S
Advanced Material Models for Structural Analysis
2.03.0
VU Composites Engineering
2.03.0
317.554 VU 2023W
Composites Engineering
2.03.0
UE Design of Composite Structures Using Finite Element Methods
2.02.0
VU Finite Element Methods for Multi-Physics I
3.04.0
325.095 VU 2023W
Finite Element Methods for Multi-Physics I
3.04.0
VO Finite Element Methods for Multi-Physics II
2.03.0
325.099 VO 2024S
Finite Element Methods for Multi-Physics II
2.03.0
UE Finite Element Methods for Multi-Physics II
2.02.0
325.101 UE 2024S
Finite Element Methods for Multi-Physics II
2.02.0
VU Isogeometric Analysis
4.05.0
317.540 VU 2024S
Isogeometric Analysis
4.05.0
VO Nonlinear Finite Element Methods
2.03.0
317.535 VO 2023W
Nonlinear Finite Element Methods
2.03.0
UE Nonlinear Finite Element Methods
2.02.0
317.537 UE 2023W
Nonlinear Finite Element Methods
2.02.0
Freie Wahlfächer und Transferable Skills
10.0
Diploma thesis
30.0
SE Computational Science and Engineering Seminar
1.01.5
360.048 SE 2024S
Computational Science and Engineering Seminar
1.01.5
360.048 SE 2023W
Computational Science and Engineering Seminar
1.01.5
Thesis Diplomarbeit
27.0
Final exam Final board exam
1.5
Responsible dean of academic affairs
For questions regarding the curriculum please contact the responsible dean of academic affairs.

Legend

Courses belong to the introductory and orientation phase ("Studieneingangs- und Orientierungsphase")
Courses belong to the introductory interview ("Studieneingangsgespräch")
Courses require the completion of the introductory and orientation phase
Courses require the completion of the introductory interview STEG