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Module Catalogue for the Master’s Degree Course
‘Master of Science in Computer Aided Conception and Production in Mechanical Engineering’ (M.Sc.)
Appendix 1 – Module Catalogue
This module catalogue provides the current status on the day the decision on the examination
regulations was made; any changes that do not concern the examination forms will be announced online
under: Link http://master-mechanical-engineering.com/.
The complete and current module contents can be seen in the module handbook of the programme.
The module handbooks can requested online under http://www.campus.rwth-
aachen.de/rwth/mhb/mhblist.aspx?tguid=0xBA76F399D1893541BFCF7CBC6BAFE455 or through the
QR-Code above.
2
Table of Contents Compulsory Modules – First Term (Winter Semester) ........................................ 4
Course Track: Conception and Production .......................................................... 4
RWTH Aachen (Faculty 4 – Mechanical Engineering) .......................................... 4
Module: Numerical Methods in Mechanical Engineering ..................................... 4
Module: Advanced Finite Element Methods ...................................................... 5
Module: Advanced Software Engineering ........................................................ 6
Compulsory Module– First Term (Winter Semester) ........................................... 7
Course Track: Conception and Production .......................................................... 7
Module: German Language Course ................................................................. 7
Compulsory Elective Modules – First Term (Winter Semester) ........................... 8
Course Track: Conception and Production .......................................................... 8
RWTH Aachen (Faculty 4 – Mechanical Engineering) .......................................... 8
Module: Mechatronics and Control Techniques for Production Plants ................... 8
Module: Micro- and Macrosimulation of Casting Processes ................................. 9
Module: Practical Introduction to FEM-Software I ............................................10
Compulsory Elective Modules – First Term (Winter Semester) ......................... 11
Course Track: Conception ................................................................................. 11
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 11
Module: Fandamentals of Lightweight-Design .................................................11
Module: Tensor Algebra and Tensor Analysis for Engineering Students I ............12
Compulsory Elective Modules – First Term (Winter Semester) ......................... 13
Course Track: Production ................................................................................. 13
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 13
Module: Control Engineering ........................................................................13
Module: Machine Tools ................................................................................14
Module: Manufacturing Technology I .............................................................15
Module: Industrial Engineering and Ergonomics ..............................................16
Compulsory Modules – Second Term (Summer Semester) ................................ 17
Course Track: Conception and Production ........................................................ 17
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 17
Module: Continuum Mechanics .....................................................................17
Module: Multibody Dynamcis ........................................................................18
Module: Computational Fluid Dynamics I .......................................................19
Compulsory Modules – Second Term (Summer Semester) ................................ 20
Course Track: Conception ................................................................................. 20
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 20
Module: Nonlinear Structural Mechanics ........................................................20
Module: Failure of Structures and Structural Elements.....................................21
Compulsory Elective Modules – Second Term (Summer Semester)................... 22
Course Track: Conception and Production ........................................................ 22
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 22
Module: Welding and Joining Technologies .....................................................22
Module: Finite Element Methods in Lightweight Design ....................................23
Module: Practical Introduction to FEM-Software II ...........................................24
Module: Modeling, Model Reduction and Simulation in Laser Processing - Laser ..25
Module: Modeling, Model Reduction and Simulation in Laser Processing - Design 26
Module: Reliable Simulation in the Mechanics of Materials and Structures ..........27
Module: Mechanics of Engineering Materials ...................................................28
3
Compulsory Elective Module– Second Term (Summer Semester) ..................... 29
Course Track: Conception ................................................................................. 29
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 29
Module: Tensor Algebra and Tensor Analysis for Engineering Students II ...........29
Compulsory Elective Modules – Second Term (Summer Semester)................... 30
Course Track: Production ................................................................................. 30
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 30
Module: Manufacturing Technology II ............................................................30
Module: Production Metrology ......................................................................31
Module: Computational Modeling of Membranes and Shells ..............................32
Compulsory Modules – Third Term (Winter Semester) ..................................... 33
Course Track: Conception and Production ........................................................ 33
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 33
Module: Computational Fluid Dynamics II ......................................................33
Module: Simulation of Discrete Event Systems ...............................................34
Compulsory Modules – Third Term (Winter Semester) ..................................... 35
Course Track: Conception ................................................................................. 35
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 35
Module: Machine Design Process and Practical Applications of Computer-Aided
Engineering Tools .......................................................................................35
Compulsory Modules – Third Term (Winter Semester) ..................................... 36
Course Track: Production ................................................................................. 36
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 36
Module: Quality Management .......................................................................36
Module: Simulation Techniques (Modeling and Simulation) in Manufacturing
Technology ................................................................................................37
Module: Production Management A ...............................................................38
Compulsory Elective Modules – Third Term (Winter Semester) ........................ 39
Course Track: Conception and Production ........................................................ 39
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 39
Module: Modelling, Model Reduction and Simulation in Laser Processing II .........39
Module: Selected Topics of Inelasticity Theory ................................................40
Module: Molecular Mechanics and Multi-scale Modelling ...................................41
Module: Mechanics of Forming Processes .......................................................42
Compulsory Module– Third Term (Winter Semester) ........................................ 43
Course Track: Conception and Production ........................................................ 43
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 43
Module: Mini Thesis ....................................................................................43
Compulsory Module– Fourth Term (Summer Semester) ................................... 44
Course Track: Conception and Production ........................................................ 44
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 44
Module: Industrial Internship .......................................................................44
Compulsory Module– Fourth Term (Summer Semester) ................................... 45
Course Track: Conception and Production ........................................................ 45
RWTH Aachen (Faculty 4 – Mechanical Engineering) ........................................ 45
Module: Master Thesis .................................................................................45
4
Compulsory Modules – First Term (Winter Semester)
Course Track: Conception and Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Numerical Methods in Mechanical Engineering
MODULE: NUMERICAL METHODS IN MECHANICAL ENGINEERING
Term 1 Credit Points 7 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Numerical Methods in Mechanical Engineering Compulsory Module 1 7 0
Lecture:
Numerical Methods in Mechanical Engineering Compulsory Module 1 0 3
Exercise / Practical Work:
Numerical Methods in Mechanical Engineering Compulsory Module 1 0 2
Requirements Grading
-none-
Numerical Methods in Mechanical Engineering
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
5
Module: Advanced Finite Element Methods
MODULE: ADVANCED FINITE ELEMENT METHODS
Term 1 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Advanced Finite Element Methods Compulsory Module 1 5 0
Lecture:
Advanced Finite Element Methods Compulsory Module 1 0 2
Exercise:
Advanced Finite Element Methods Compulsory Module 1 0 2
Requirements Grading
-none-
Advanced Finite Element Methods
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
6
Module: Advanced Software Engineering
MODULE: ADVANCED SOFTWARE ENGINEERING
Term 1 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Advanced Software Engineering Compulsory Module 1 5 0
Lecture:
Advanced Software Engineering Compulsory Module 1 0 2
Exercise:
Advanced Software Engineering Compulsory Module 1 0 2
Requirements Grading
-none-
Advanced Software Engineering
The module grading is weighted according to the CP-allocation
• Oral Examination
7
Compulsory Module– First Term (Winter Semester)
Course Track: Conception and Production
Module: German Language Course
MODULE: GERMAN LANGUAGE COURSE
Term 1 Credit Points 6 Language German
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
German Language Course Compulsory Module 1 6 0
Lecture:
German Language Course Compulsory Module 1 0 2
Exercise:
German Language Course Compulsory Module 1 0 2
Requirements Grading
-none-
German Language Course
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
8
Compulsory Elective Modules – First Term (Winter Semester)
Course Track: Conception and Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Mechatronics and Control Techniques for Production Plants
MODULE: MECHATRONICS AND CONTROL TECHNIQUES FOR PRODUCTION PLANTS
Term 1 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Mechatronics and Control Techniques for
Production Plants
Compulsory Elective
Module 1 5 0
Lecture:
Mechatronics and Control Techniques for
Production Plants
Compulsory Elective
Module 1 0 2
Exercise:
Mechatronics and Control Techniques for
Production Plants
Compulsory Elective
Module 1 0 2
Requirements Grading
Recommended: Machine Tools
Mechatronics and Control Techniques for Production
Plants
The module grading is weighted according to the CP-allocation
• Written Examination
9
Module: Micro- and Macrosimulation of Casting Processes
MODULE: MICRO- AND MACROSIMULATION OF CASTING PROCESSES
Term 1 Credit Points 4 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Micro- and Macrosimulation of Casting
Processes
Compulsory Elective
Module 1 4 0
Lecture:
Micro- and Macrosimulation of Casting
Processes
Compulsory Elective
Module 1 0 2
Exercise:
Micro- and Macrosimulation of Casting
Processes
Compulsory Elective
Module 1 0 1
Requirements Grading
Basic knowledge in numerical methods (e.g. finite element method)
Basic knowledge in materials science and continuum mechanics
Conservation equations
Numerical methods to solve systems of PDEs
Notion of thermodynamics (e.g. phase diagrams)
Micro- and Macrosimulation of Casting Processes
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
10
Module: Practical Introduction to FEM-Software I
MODULE: PRACTICAL INTRODUCTION TO FEM-SOFTWARE I
Term 1 Credit Points 3 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Practical Introduction to FEM-Software I
Compulsory Elective
Module 1 3 0
Lecture:
Practical Introduction to FEM-Software I
Compulsory Elective
Module 1 0 1
Practical Session:
Practical Introduction to FEM-Software I
Compulsory Elective
Module 1 0 2
Requirements Grading
-none-
Practical Introduction to FEM-Software I
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
11
Compulsory Elective Modules – First Term (Winter Semester)
Course Track: Conception
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Fandamentals of Lightweight-Design
MODULE: FUNDAMENTALS OF LIGHTWEIGHT-DESIGN
Term 1 Credit Points 4 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Fandamentals of Lightweight-Design
Compulsory Elective
Module 1 4 0
Lecture:
Fandamentals of Lightweight-Design
Compulsory Elective
Module 1 0 2
Exercise:
Fandamentals of Lightweight-Design
Compulsory Elective
Module 1 0 1
Requirements Grading
-none-
Fandamentals of Lightweight-Design
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
12
Module: Tensor Algebra and Tensor Analysis for Engineering Students I
MODULE: TENSOR ALGEBRA AND TENSOR ANALYSIS FOR ENGINEERING
STUDENTS I
Term 1 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Tensor Algebra and Tensor Analysis for
Engineering Students I
Compulsory Elective
Module 1 5 0
Lecture:
Tensor Algebra and Tensor Analysis for
Engineering Students I
Compulsory Elective
Module 1 0 2
Exercise:
Tensor Algebra and Tensor Analysis for
Engineering Students I
Compulsory Elective
Module 1 0 2
Requirements Grading
-none-
Tensor Algebra and Tensor Analysis for Engineering
Students I
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
13
Compulsory Elective Modules – First Term (Winter Semester)
Course Track: Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Control Engineering
MODULE: CONTROL ENGINEERING
Term 1 Credit Points 2 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Control Engineering
Compulsory Elective
Module 1 3 0
Lecture:
Control Engineering
Compulsory Elective
Module 1 0 2
Exercise:
Control Engineering
Compulsory Elective
Module 1 0 2
Requirements Grading
Basic knowledge in mathematics as defined in
the examination regulations.
Control Engineering
The module grading is weighted according to the CP-allocation
• Written Examination
14
Module: Machine Tools
MODULE: MACHINE TOOLS
Term 1 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Machine Tools
Compulsory Elective
Module 1 5 0
Lecture:
Machine Tools
Compulsory Elective
Module 1 0 2
Exercise:
Machine Tools
Compulsory Elective
Module 1 0 2
Requirements Grading
-none-
Machine Tools
The module grading is weighted according to the CP-allocation
• Written Examination
15
Module: Manufacturing Technology I
MODULE: MANUFACTURING TECHNOLOGY I
Term 1 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Manufacturing Technology I
Compulsory Elective
Module 1 5 0
Lecture:
Manufacturing Technology I
Compulsory Elective
Module 1 0 2
Exercise:
Manufacturing Technology I
Compulsory Elective
Module 1 0 2
Requirements Grading
-none-
Manufacturing Technology I
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
16
Module: Industrial Engineering and Ergonomics
MODULE: INDUSTRIAL ENGINEERING AND ERGONOMICS
Term 1 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Industrial Engineering and Ergonomics
Compulsory Elective
Module 1 5 0
Lecture:
Industrial Engineering and Ergonomics
Compulsory Elective
Module 1 0 2
Exercise:
Industrial Engineering and Ergonomics
Compulsory Elective
Module 1 0 2
Requirements Grading
-none-
Industrial Engineering and Ergonomics
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
17
Compulsory Modules – Second Term (Summer Semester)
Course Track: Conception and Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Continuum Mechanics
MODULE: CONTINUUM MECHANICS
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Continuum Mechanics Compulsory Module 2 5 0
Lecture:
Continuum Mechanics Compulsory Module 2 0 2
Exercise:
Continuum Mechanics Compulsory Module 2 0 2
Requirements Grading
-none-
Continuum Mechanics
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
18
Module: Multibody Dynamcis
MODULE: MULTIBODY DYNAMICS
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Multibody Dynamcis Compulsory Module 2 5 0
Lecture:
Multibody Dynamcis Compulsory Module 2 0 2
Exercise:
Multibody Dynamcis Compulsory Module 2 0 2
Requirements Grading
-none-
Multibody Dynamcis
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
19
Module: Computational Fluid Dynamics I
MODULE: COMPUTATIONAL FLUID DYNAMICS I
Term 2 Credit Points 4 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Computational Fluid Dynamics I Compulsory Module 2 4 0
Lecture:
Computational Fluid Dynamics I Compulsory Module 2 0 2
Exercise:
Computational Fluid Dynamics I Compulsory Module 2 0 1
Requirements Grading
-none-
Computational Fluid Dynamics I
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
20
Compulsory Modules – Second Term (Summer Semester)
Course Track: Conception
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Nonlinear Structural Mechanics
MODULE: NONLINEAR STRUCTURAL MECHANICS
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Nonlinear Structural Mechanics Compulsory Module 2 5 0
Lecture:
Nonlinear Structural Mechanics Compulsory Module 2 0 2
Exercise:
Nonlinear Structural Mechanics Compulsory Module 2 0 2
Requirements Grading
-none-
Nonlinear Structural Mechanics
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
21
Module: Failure of Structures and Structural Elements
MODULE: FAILURE OF STRUCTURES AND STRUCTURAL ELEMENTS
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Failure of Structures and Structural Elements Compulsory Module 2 5 0
Lecture:
Failure of Structures and Structural Elements Compulsory Module 2 0 2
Exercise:
Failure of Structures and Structural Elements Compulsory Module 2 0 1
Requirements Grading
-none-
Failure of Structures and Structural Elements
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
22
Compulsory Elective Modules – Second Term (Summer Semester)
Course Track: Conception and Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Welding and Joining Technologies
MODULE: WELDING AND JOINING TECHNOLOGIES
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Welding and Joining Technologies
Compulsory Elective
Module 2 5 0
Lecture:
Welding and Joining Technologies
Compulsory Elective
Module 2 0 2
Exercise:
Welding and Joining Technologies
Compulsory Elective
Module 2 0 2
Requirements Grading
-none-
Welding and Joining Technologies
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
23
Module: Finite Element Methods in Lightweight Design
MODULE: FINITE ELEMENT METHODS IN LIGHTWEIGHT DESIGN
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Finite Element Methods in Lightweight Design
Compulsory Elective
Module 2 5 0
Lecture:
Finite Element Methods in Lightweight Design
Compulsory Elective
Module 2 0 2
Exercise:
Finite Element Methods in Lightweight Design
Compulsory Elective
Module 2 0 1
Requirements Grading
-none-
Finite Element Methods in Lightweight Design
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
24
Module: Practical Introduction to FEM-Software II
MODULE: PRACTICAL INTRODUCTION TO FEM-SOFTWARE II
Term 2 Credit Points 3 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Practical Introduction to FEM-Software II
Compulsory Elective
Module 2 3 0
Lecture:
Practical Introduction to FEM-Software II
Compulsory Elective
Module 2 0 1
Practical Session:
Practical Introduction to FEM-Software II
Compulsory Elective
Module 2 0 2
Requirements Grading
Recommended: Practical Introduction to FEM-
Software I
Practical Introduction to FEM-Software II
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
25
Module: Modeling, Model Reduction and Simulation in Laser Processing - Laser
MODULE: MODELING, MODEL REDUCTION AND SIMULATION IN LASER
PROCESSING - LASER
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Modeling, Model Reduction and Simulation in
Laser Processing - Laser
Compulsory Elective
Module 2 5 0
Lecture:
Modeling, Model Reduction and Simulation in
Laser Processing - Laser
Compulsory Elective
Module 2 0 2
Exercise:
Modeling, Model Reduction and Simulation in
Laser Processing - Laser
Compulsory Elective
Module 2 0 2
Requirements Grading
-none-
Modeling, Model Reduction and Simulation in Laser
Processing - Laser
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
26
Module: Modeling, Model Reduction and Simulation in Laser Processing - Design
MODULE: MODELING, MODEL REDUCTION AND SIMULATION IN LASER
PROCESSING - DESIGN
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Modeling, Model Reduction and Simulation in
Laser Processing - Design
Compulsory Elective
Module 2 5 0
Lecture:
Modeling, Model Reduction and Simulation in
Laser Processing - Design
Compulsory Elective
Module 2 0 2
Exercise:
Modeling, Model Reduction and Simulation in
Laser Processing - Design
Compulsory Elective
Module 2 0 2
Requirements Grading
-none-
Modeling, Model Reduction and Simulation in Laser
Processing - Design
The module grading is weighted according to the CP-allocation
• Written Examination
27
Module: Reliable Simulation in the Mechanics of Materials and Structures
MODULE: RELIABLE SIMULATION IN THE MECHANICS OF MATERIALS AND
STRUCTURES
Term 2 Credit Points 6 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Reliable Simulation in the Mechanics of
Materials and Structures
Compulsory Elective
Module 2 6 0
Lecture:
Reliable Simulation in the Mechanics of
Materials and Structures
Compulsory Elective
Module 2 0 2
Exercise:
Reliable Simulation in the Mechanics of
Materials and Structures
Compulsory Elective
Module 2 0 2
Requirements Grading
-none-
Reliable Simulation in the Mechanics of Materials and
Structures
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
28
Module: Mechanics of Engineering Materials
MODULE: MECHANICS OF ENGINEERING MATERIALS
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Mechanics of Engineering Materials
Compulsory Elective
Module 2 5 0
Lecture:
Mechanics of Engineering Materials
Compulsory Elective
Module 2 0 2
Exercise:
Mechanics of Engineering Materials
Compulsory Elective
Module 2 0 1
Requirements Grading
-none-
Mechanics of Engineering Materials
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
29
Compulsory Elective Module– Second Term (Summer Semester)
Course Track: Conception
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Tensor Algebra and Tensor Analysis for Engineering Students II
MODULE: TENSOR ALGEBRA AND TENSOR ANALYSIS FOR ENGINEERING
STUDENTS II
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Tensor Algebra and Tensor Analysis for
Engineering Students II
Compulsory Elective
Module 2 5 0
Lecture:
Tensor Algebra and Tensor Analysis for
Engineering Students II
Compulsory Elective
Module 2 0 2
Exercise:
Tensor Algebra and Tensor Analysis for
Engineering Students II
Compulsory Elective
Module 2 0 2
Requirements Grading
Recommended: Tensor Algebra and Tensor
Analysis for Engineers I
Tensor Algebra and Tensor Analysis for Engineering
Students II
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
30
Compulsory Elective Modules – Second Term (Summer Semester)
Course Track: Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Manufacturing Technology II
MODULE: MANUFACTURING TECHNOLOGY II
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Manufacturing Technology II
Compulsory Elective
Module 2 5 0
Lecture:
Manufacturing Technology II
Compulsory Elective
Module 2 0 2
Exercise:
Manufacturing Technology II
Compulsory Elective
Module 2 0 2
Requirements Grading
-none-
Manufacturing Technology II
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
31
Module: Production Metrology
MODULE: PRODUCTION METROLOGY
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Production Metrology
Compulsory Elective
Module 2 5 0
Lecture:
Production Metrology
Compulsory Elective
Module 2 0 2
Exercise:
Production Metrology
Compulsory Elective
Module 2 0 2
Requirements Grading
-none-
Production Metrology
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
32
Module: Computational Modeling of Membranes and Shells
MODULE: COMPUTATIONAL MODELING OF MEMBRANES AND SHELLS
Term 2 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Computational Modeling of Membranes and
Shells
Compulsory Elective
Module 2 5 0
Lecture:
Computational Modeling of Membranes and
Shells
Compulsory Elective
Module 2 0 2
Exercise:
Computational Modeling of Membranes and
Shells
Compulsory Elective
Module 2 0 1
Requirements Grading
-none-
Computational Modeling of Membranes and Shells
The module grading is weighted according to the CP-allocation
• Oral Examination
33
Compulsory Modules – Third Term (Winter Semester)
Course Track: Conception and Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Computational Fluid Dynamics II
MODULE: COMPUTATIONAL FLUID DYNAMICS II
Term 3 Credit Points 3 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Computational Fluid Dynamics II Compulsory Module 3 3 0
Lecture:
Computational Fluid Dynamics II Compulsory Module 3 0 1
Exercise:
Computational Fluid Dynamics II Compulsory Module 3 0 1
Requirements Grading
Computational Fluid Dynamics I
Computational Fluid Dynamics II
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
34
Module: Simulation of Discrete Event Systems
MODULE: SIMULATION OF DISCRETE EVENT SYSTEMS
Term 3 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Simulation of Discrete Event Systems Compulsory Module 3 5 0
Lecture:
Simulation of Discrete Event Systems Compulsory Module 3 0 2
Exercise:
Simulation of Discrete Event Systems Compulsory Module 3 0 2
Requirements Grading
-none-
Simulation of Discrete Event Systems
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
35
Compulsory Modules – Third Term (Winter Semester)
Course Track: Conception
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Machine Design Process and Practical Applications of Computer-Aided Engineering Tools
MODULE: MACHINE DESIGN PROCESS AND PRACTICAL APPLICATIONS OF
COMPUTER-AIDED ENGINEERING TOOLS
Term 3 Credit Points 7 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Machine Design Process and Practical
Applications of Computer-Aided Engineering
Tools
Compulsory Module 3 7 0
Lecture:
Machine Design Process and Practical
Applications of Computer-Aided Engineering
Tools
Compulsory Module 3 0 2
Exercise:
Machine Design Process and Practical
Applications of Computer-Aided Engineering
Tools
Compulsory Module 3 0 2
Practical Session:
Machine Design Process and Practical
Applications of Computer-Aided Engineering
Tools
Compulsory Module 3 0 1
Requirements Grading
-none-
Machine Design Process and Practical Applications of
Computer-Aided Engineering Tools
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
36
Compulsory Modules – Third Term (Winter Semester)
Course Track: Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Quality Management
MODULE: QUALITY MANAGEMENT
Term 3 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Quality Management Compulsory Module 3 5 0
Lecture:
Quality Management Compulsory Module 3 0 2
Exercise:
Quality Management Compulsory Module 3 0 2
Requirements Grading
-none-
Quality Management
The module grading is weighted according to the CP-allocation
• Written Examination
37
Module: Simulation Techniques (Modeling and Simulation) in Manufacturing Technology
MODULE: SIMULATION TECHNIQUES (MODELING AND SIMULATION) IN
MANUFACTURING TECHNOLOGY
Term 3 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Simulation Techniques (Modeling and
Simulation) in Manufacturing Technology
Compulsory Module 3 5 0
Lecture:
Simulation Techniques (Modeling and
Simulation) in Manufacturing Technology
Compulsory Module 3 0 2
Exercise:
Simulation Techniques (Modeling and
Simulation) in Manufacturing Technology
Compulsory Module 3 0 1
Requirements Grading
-none-
Simulation Techniques (Modeling and Simulation) in
Manufacturing Technology
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
38
Module: Production Management A
MODULE: PRODUCTION MANAGEMENT A
Term 3 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Production Management A Compulsory Module 3 5 0
Lecture:
Production Management A Compulsory Module 3 0 2
Exercise:
Production Management A Compulsory Module 3 0 2
Requirements Grading
-none-
Production Management A
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
39
Compulsory Elective Modules – Third Term (Winter Semester)
Course Track: Conception and Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Modelling, Model Reduction and Simulation in Laser Processing - Applications
MODULE: MODELLING, MODEL REDUCTION AND SIMULATION IN LASER
PROCESSING - Applications
Term 3 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Modelling, Model Reduction and Simulation in
Laser Processing - Applications
Compulsory Elective
Module 3 5 0
Lecture:
Modelling, Model Reduction and Simulation in
Laser Processing - Applications
Compulsory Elective
Module 3 0 2
Exercise:
Modelling, Model Reduction and Simulation in
Laser Processing - Applications
Compulsory Elective
Module 3 0 2
Requirements Grading
-none-
Modelling, Model Reduction and Simulation in Laser
Processing - Applications
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
40
Module: Selected Topics of Inelasticity Theory
MODULE: SELECTED TOPICS OF INELATASTICITY THEORY
Term 3 Credit Points 6 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Selected Topics of Inelasticity Theory
Compulsory Elective
Module 3 6 0
Lecture:
Selected Topics of Inelasticity Theory
Compulsory Elective
Module 3 0 2
Exercise:
Selected Topics of Inelasticity Theory
Compulsory Elective
Module 3 0 2
Requirements Grading
Mechanics I – III
Recommended: Basic knowledge in
continuum mechanics and the theory of
materials
Selected Topics of Inelasticity Theory
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
41
Module: Molecular Mechanics and Multi-scale Modelling
MODULE: MOLECULAR MECHANICS AND MULTI-SCALE MODELLING
Term 3 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Molecular Mechanics and Multi-scale
Modelling
Compulsory Elective
Module 3 5 0
Lecture:
Molecular Mechanics and Multi-scale
Modelling
Compulsory Elective
Module 3 0 2
Exercise:
Molecular Mechanics and Multi-scale
Modelling
Compulsory Elective
Module 3 0 2
Requirements Grading
-none-
Molecular Mechanics and Multi-scale Modelling
The module grading is weighted according to the CP-allocation
• Oral Examination
42
Module: Mechanics of Forming Processes
MODULE: MECHANICS OF FORMING PROCESSES
Term 3 Credit Points 5 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Examination:
Mechanics of Forming Processes
Compulsory Elective
Module 3 5 0
Lecture:
Mechanics of Forming Processes
Compulsory Elective
Module 3 0 2
Exercise:
Mechanics of Forming Processes
Compulsory Elective
Module 3 0 2
Requirements Grading
-none-
Mechanics of Forming Processes
The module grading is weighted according to the CP-allocation
• Written Examination or
• Oral Examination
43
Compulsory Module– Third Term (Winter Semester)
Course Track: Conception and Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Mini Thesis
MODULE: MINI THESIS
Term 3 Credit Points 9 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Mini Thesis Compulsory Module 3 9 0
Requirements Grading
-none-
Quality Management
The module grading is weighted according to the CP-allocation
• Written Examination (written paper, 40-70 pages)
44
Compulsory Module– Fourth Term (Summer Semester)
Course Track: Conception and Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Industrial Internship
MODULE: INDUSTRIAL INTERNSHIP
Term 4 Credit Points 9 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Report, Colloquium;
Industrial Internship Compulsory Module 4 9 0
Requirements Grading
-none- Industrial Internship
-none-
45
Compulsory Module– Fourth Term (Summer Semester)
Course Track: Conception and Production
RWTH Aachen (Faculty 4 – Mechanical Engineering)
Module: Master Thesis
MODULE: MASTER THESIS
Term 4 Credit Points 20 Language English
Title Curricular
Embedding Term
Credit
Points SWS
Master Thesis:
Master Thesis Compulsory Module 4
20
0
Master Thesis Colloquium:
Master Thesis Compulsory Module 4 0
Requirements Grading
Inustrial Internship
Mini Thesis
At least 92 ECTS
Master Thesis
The grade will be formed from the arithmetical average accrding
to §18 ÜPO.