# Study plan

The official descriptions of the program (in German) can be found in study plan and study regulations. Unofficial translation of these documents in English are study plan and study regulations.

Here we summarise the essential information informally.

- Program: The program of study
**Master of Mathematics**is a continuation of the "Bachelor of Mathematics" program. The main goals are to gain knowledge in mathematical methods and results, to gain the ability for discovering and analyzing structures, to learn about new subjects independently, to deepen knowledge in subjects of own choice, to get to the front of current research in a chosen area of mathematics, and to learn about practical techniques for solving complex problems. Successful completion of the program results in the degree**Master of Science (in short, M.Sc.)**.

- Registration: Typically there is
**no need to register for classes**, but students**must register for the exams**later on. For*lectures*: Show up for the**first lecture**of a class you are interested in and you will get specific information on how it is run. Most classes now are supported by the**ILIAS**platform, it contains class information, forum, assignment submission site etc. A few days before the lectures start, look at the open ILIAS pages for courses you are interested in and sign up. For*seminars*: Show up**at the end of the previous semester**for the preliminary meeting, and**register for the seminar**in Campus-System when you succeed in finishing your presentation/participation. If you would like to take a seminar during your first semester, please contact the respective instructors directly.

- Examination: There are two forms of examination for the lectures: written examination or oral examination. The examination format is typically determined at the beginning of the course. To earn credit points for a seminar, students are typically required to give a presentation and actively participate in the seminar.

# Required credit points

Altogether **120 CPs** (Credit Points) are required for the masters degree -- roughly equally distributed over **four semesters**. Credit points can be earned by successfully attending *lectures* (possibly with tutorials), *seminars*, and writing a *Master Thesis*. **70 CPs** are required for the admission to the master’s thesis module.

*Description of different types of Pedagogical Activities*

Types of Pedagogical Activities | Offers | |

Mathematical Lectures | Lectures in subjects such as Algebra and Geometry (Ag), Analysis (An), Applied and Numerical Mathematics (Nu), and Stochastics (St) | |

Mathematical Seminars | Seminars (Sem) | |

Non-Mathematical Lectures | Lectures in subjects such as Computer Science (CS), Physics (PH), Economics (EC), Mechanical Engineering (ME), and Electrical Engineering (EE) | |

Key Qualifications | Activities associated to corresponding Key Qualifications (KeyQua) |

Activities corresponding to Key qualifications (KeyQua) can be for example language courses offered by the Sprachenzentrum, House of Competence, or ZAK Zentrum für Angewandte Kulturwissenschaft und Studium Generale.

We recommend for students to do voluntary practical work in a company for example. It corresponds to 8 credit points, which can be given provided there is a report and a presentation of the practical work. These credits are counted as "additional qualifications", they could not be counted towards 120 credit points for the degree, but they may be listed in the final certificate.

*Description of Master Study Programme in Mathematics*

Main Subject 1 (Fach 1- , 24+ CP) | Main Subject 2 (Fach 2-, 16+ CP) | |

Supplementary Subject (Fach 3-, 16 - 24 CP) | Specialization Subject (Fach 5-, 14 - 22 CP) | |

Mathematical Seminar (Fach 4-, 6 CP) | Key Qualifications (Fach 6-, 6+ CP) | |

Master's thesis (30 CP) |

A student should choose two *main subjects* (Fach 1, Fach 2), one of which must be Ag or An. In the first main subject at least 24 credit points must be obtained, in the second main subject at least 16 credit points must be obtained. Between 16 and 24 credit points should be acquired by taking courses in a *supplementary subject* (Fach 3) that is one of Ag, An, Nu, and St which are not the main subjects, or from CS, PH, EC, ME, EE. Between 14 and 22 credit points must be acquired by taking any courses from *specialization subject* (Fach 5) from Ag, An, Nu, and St. In total, specialization points and supplementary points should add up to at least 38. There must be two *seminars* (Fach 4) from Ag, An, Nu, or St taken, each worth 3 credit points. Another, third seminar could be counted towards specialization subject. Moreover, 6 credit points for *key qualifications* (Fach 6) have to be obtained.

*Requirements for the Choice of Subjects - A mathematical Description*

To describe the degree requirements more formally, let , and denote the set of master courses in (respective) subjects. Let and be two selected main subjects, i.e.,

- ,
- ,

Let be the sets of courses and seminars taken towards Master Degree (corresponding to Fach 1-6), such that

- , ,

- -

- ,

- ,

- .

Let denote the total number of credit points in . The following requirements must be satisfied:

- ,

- 30 credit points should be obtained by writing a Master Thesis. 70 credit points are required for the admission of the master thesis module.

In addition, it is sometimes possible to obtain credit points towards by taking seminars in non-mathematics subjects. Credit points for graded seminars sometimes could be counted toward the credit points for the courses. Choosing courses in a non-mathematics subject and special seminars should be discussed with an advisor and sometimes must be approved by the examination board.