Requirements
In order to get admission to the M.Sc. Data Science you must fulfill the following criteria.
- You need a Bachelor's degree in Computer Science, Mathematics, Physics or a related area.
- You must fulfil one of the following profiles Computer Science, Mathematics or Physics.
- If you do not have an EU citizenship or a German Abitur you need a GRE test with the following scores:
- Quantitative Reasoning: minimum 75th percentile,
- Verbal Reasoning: minimum 15th percentile,
- Analytical Writing: minimum score 3.5
The ECTS and content's discription of a module can be found in the electronic lecture directory RWTHonline. The contents of the modules must be comparable to the RWTH's modules
| Profil Computer Science | |
|---|---|
|
Practical Computer Science |
|
|
Programming |
8 CP |
|
Data Structures and Algorithms |
8 CP |
|
Databases and Information Systems |
6 CP |
| Introduction to Software Engineering |
6 CP |
|
Technical Computer Science |
|
|
Introduction to Computer Archticture |
6 CP |
|
Operating Systems |
6 CP |
|
Computer Networks and Security |
6 CP |
|
Theoretical Computer Science |
|
| Formal System, Automata and Processes (Theory of Computation I) |
6 CP |
| Computability and Complexity (Theory of Computation II) |
6 CP |
| Mathematical Logic |
6 CP |
|
Mathematics |
|
| Discrete Structures |
6 CP |
|
Analysis for Computer Science (Calculus I+II) |
8 CP |
|
Linear Algebra |
6 CP |
| Introduction to Stochastics |
6 CP |
| Profil Mathematics | |
|---|---|
|
Mathematical Analysis |
|
|
Mathematical Analysis I (Calculus I) |
6 CP |
|
Mathematical Analysis II (Caclulus II) |
9 CP |
|
Mathematical Analysis III (Calculus III) |
9 CP |
|
Linear Algebra |
|
|
Linear Algebra I |
6 CP |
|
Linear Algebra II |
9 CP |
|
Further Requirements |
|
|
Numerical Analysis |
9 CP |
|
Stochastik |
9 CP |
| Profil Physics | |
|---|---|
|
Experimentalphysik |
|
|
Experimentalphysik IV |
7 CP |
|
Experimentalphysik Va |
5 CP |
|
Experimentalphysik Vb |
5 CP |
|
Vernetzung der Experimentalphysik |
9 CP |
|
Theoretischen Physik |
|
|
Theoretische Physik III |
9 CP |
|
Theoretische Physik IV |
9 CP |
|
Vernetzung der Theoretischen Physik |
8 CP |
|
Mathematik |
|
|
Höhere Mathematik I |
8 CP |
|
Höhere Mathematik II |
8 CP |
|
Höhere Mathematik III |
8 CP |
|
Weitere Kompetenzen |
|
|
Fortgeschrittenenpraktikum |
6 CP |