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  • Master Materials Science
  • Modular Structure

To complete the Master degree, the following modules of 120 CP in total (CP = credit point; 1 CP equals 30 h) have to be completed:

 

Compulsory Modules Materials Science

Module Name LP
Sum 66
Phase Transformations
Materials Science Laboratory
Materials Science Seminar
New Materials and Materials Characterisation Methods
Synthesis and Properties of Ceramic Materials
Polymer Chemistry Laboratory
Polymer Materials Science
Statistical Thermodynamics
Nano Composite Materials
9
12
6
6
6
6
9
6
6

Key Skills

Module Name LP
Sum 24
Compulsory Optional Subject (related to the Study Course); Module Group A
Compulsory Optional Subject (unrelated to the Study Course); Module Group B
18
6

Module Group A

The students have to select modules in the field of natural sciences and engineering (related to the Study Course) with a total sum of 18 CP. Hereby, it is recommended to select 6 CP from the courses offered by Faculty 7 and/or 4 in the field of: Construction, Production and automotive technology. The module group A ranges over the 3rd and 4th semester. The Board of Examinations Materials Science has to approve the elected modules.

Module Group B

The students have to elect one module with 6 CP in a field unrelated to the study course (e.g. soft skills). The Board of Examination Materials Science has to approve the elected modules.

Master's Thesis

Name LP
Master-Thesis 30

Modular Structure

Scheme of the Master Course Materials Science at the University of Stuttgart. The content and organization of the modules are given in the module descriptions, which can be seen by click on the modules in the scheme.

(CP: credit points, L: lecture, E: exercise, S: seminar, P: practical course, 1 CP equals 30 h)

 

The modules  Phase Transformations/New Materials and Materials Characterization Methods are given in alternation (2 year's rythmus) with Synthesis and Properties of Ceramic Materials/Nano Composite Materials in the 1st/2nd and in the 3rd/4th semester.

 

Phase Transformations

(2 year rhytm)

9 CP

New Materials and Materials Characterization Methods

(2 year rhytm)

6 CP

Materials Science Laboratory

12 CP

Material Science Seminar

6 CP

Compulsory Optional (unrelated to the subject)

6 CP

1. Semester

33/30 LP

Polymer Chemistry Laboratory

6 CP

Polymer Materials Science

9 CP

Statistische Thermodynamik

6 CP

2. Semester

27/27 LP

Synthesis and Properties of Ceramic Materials

(2 year rhytm)

6 CP

Master Thesis

15 CP

Compulsory Optional (related to the subject)

9 CP

3. Semester

30/33 LP

Nanocomposite Materials

(2 year rhytm)

6 CP

Master Thesis

15 CP

Compulsory Optional (related to the subject)

9 CP

4. Semester

30/30 LP

Colour Code

•••Materials Science Subjects
•••Import Chemistry
•••Compulsory Optional Subject