Courses offered in the current semester

Please find the courses that are currently offered online in this overview. We will update the information regularly.

Curriculum

Each student has to complete in total 120 credits for the come.tum program, 90 credits from modules (course work) and 30 credits from the master´s thesis. The 90 credits achieved through modules are divided into 3 parts.

 

1.  36 credits of compulsory modules

Number Module Semester Credits
BV320016 Finite Element Methods 1 1. 6
BGU44013T2 Computation in Engineering 1 1. 6
BV330009 Computational Material Modeling 1 1. 6
BV020001 Continuum Mechanics 1. 6
BGU41021 Advanced Fluid Mechanics 1. 6
BV030004 Software Lab 2./3. 6

 

2.  24 credits of compulsory elective modules

For 2. and 3. semester 4 compulsory modules are offered. 2 out of 4 modules for each semester must be selected. Remaining compulsory elective modules can also be selected as elective modules if desired.

Number Module Semester Credits
BV040053 Computational Fluid Dynamics 2. 6
BGU32026 Finite Element Methods 2 2. 6
BV430008 Structural Dynamics 2. 6
BGU32027D2 Theory of Plates and Shells 1./2. 6
BV330010 Computational Material Modeling 2 3. 6
BGU44017 Functional Analysis and
Computational Linear Algebra
3. 6
BV440004 Parallel Computing    3. 6
BV320017 Optimization 3. 6

 

 

3.  30 credits of elective modules

30 credits = 18 credits (2. Semester) + 12 credits (3. Semester) of elective modules, to be chosen from numerous module offers. All (not selected) compulsory elective modules can alternatively be choosen as elective modules. Note that the range of elective modules might change from year to year dependent on the availability of guest lecturers.

20 out of the 30 elective credits have to be gained with modules from the official curriculum. That means we can accredit up to 10 credits from "foreign" modules (like courses in the ATHENS Program, modules offered by the faculty of mechanical engineering, which are not listed in the official curriculum, etc.). You have to ask the course coordinator whether one specific foreign module can be accredited. The foreign module should either improve your knowledge in the theories behind methods of computational mechanics or should deal with applications of computational mechanics. The amount of credits (within these 10 credits) from language courses offered by the language center of TUM is limited to 3. The minimum level of the language course is B1. (For international students this can be a German course, for German students this can be a course for a language which they do not know yet or which they want to improve - except English)

Please note: We cannot cut the credits of the modules to be accredited so that they fit exactly 10 credits except for language courses at TUM. Example: The accreditation of a 6 and a 5 credit module is not possible. (We cannot cut the 6 to 5 credits.) You will have to choose one of them.

Fundamental modules from bachelor studies or modules with contents very similar to modules from the COME curriculum are excepted from the accreditation.

 

Elective Modules - Computation in Engineering

Number Module Credits Semester
BV440007 Algorithms and Data Structures 3 S
BGU44014T2 Computation in Engineering 2 6 S
BGU44016 Computational Engineering in Industrial Development and Design 3 S or W
BV030011 Computational Linear Algebra (if not taken as comp.el.) 3 W
BGU44012 High Order FEM and Isogeometric Analysis 3 S
BGU44015T2 Industrial Applications of Structural Mechanics, Dynamics and Multiphysics
(lecture series over 2 semesters)
6

W+S

BV440004 Parallel Computing (if not taken as comp.el.) 6 W

 

Elective Modules - Computational Mechanics

Number Module Credits Semester
BGU33011 Computational Mechanics for Car Body Design 3 S
BV330003 Computational Plasticity (if not taken as comp.el. - part of CMM2) 3 W
BV330008 Explicit FEM and Transient Analysis 3 S
BV330004 Fracture and Damage (if not taken as comp.el. - part of CMM2) 3 W
BV330001 Structural Optimization 2 (if not taken as comp.el. - part of Optimization) 3 W

 

Elective Modules - Engineering Risk Analysis

Number Module Credits Semester
BGU60018 Estimation of Rare Events and Failure Probabilities 3 S
BGU60020 Risk Analysis 6 W
BGU60013 Risk Assessment 3 W
BV600019 Stochastic Finite Element Methods 6 W

 

Elective Modules - Structural Analysis

Number Module Credits Semester
BV010010 Advanced Finite Element Methods (if not taken as comp.el. - part of FEM2) 3 S
BGU32029 Nonlinear Finite Element Method (if not taken as comp.el - part of FEM2) 3 S
BV320013 Investigations in practical structural analysis
(lecture series over two semesters in German)
3 W+S
BV320007 Isogeometric Analysis and Design 3 S
BGU32022 Finite Element Method for Fluid-Structure Interaction with Open-Source 3 S
BV010011 Membrane Workshop 3 S
BV320006 Modeling in Structural Analysis (in German) 3 S
BV010023 Structural Optimization 1 (if not taken as comp.el. - part of Optimization) 3 W
BGU32025 Structural Wind Engineering 6 W
BV320001 Theory of Plates (if not taken as comp.el.) 3 W
BV320002 Theory of Shells (if not taken as comp.el.) 3 S

 

Elective Modules - Structural Mechanics

Number Module Credits Semester
BV430008 Structural Dynamics (if not taken as comp.el.) 6 S
BV020007 Boundary Element Method 3 S
BGU43025 Vibroacoustics 6 W
BV430002 Integral Transform Methods 3 S
BV000122 Introduction into Technical Acoustics (only TA1) 3 S
BGU43026 Modelling and Simulation in Structural Dynamics 3 W
BGU43019 Soil Vibrations - Emission, Propagation, Immission, Abatement 3 W
BV430005 Stability of Structures 3 W
BGU43012T2 Technical Acoustics (TA1 + TA2) 6 S+W

 

Elective Modules - Hydro Mechanics

Number Module Credits Semster
BGU41019 Modeling and Simulation of Turbulent Flows 6 S
BV040053 Computational Fluid Dynamics (if not taken as comp.el.) 6 S

 

 

Elective Modules - Others

Number Module Credits Semester
BGU65009 Artificial Intelligence in Engineering 3 S
MW0376 Biofluid Mechanics 5 S
BV030012 Engineering Databases 3 W
BV650003 Professional Software Development 3 S
IN2026 Scientific Visualization 5 W

 

 

 Bavarian Graduate School of Computational Engineering

After the successful completion of the program (120 credits), students are awarded a Master of Science. Additionally, highly qualified students can join the Bavarian Graduate School of Computational Engineering and follow the honours program described here. Eligible candidates are then also entitled to study towards a doctoral degree without having to meet additional academic requirements.