FAME+ M2

FAME+ M2 TUDa HOME UNIVERSITY (second year students)

AUTUMN SEMESTER
Course Name ECTS Workload Module Responsible
Mandatory Courses
Micromechanics for Materials Science* 6 180 Micromechanics for Materials Science Baixiang Xu
Research Lab I 4 120 Research Lab I Wolfgang Donner
     
Elective courses***
Ceramic Materials: Syntheses and Properties. Part II 4 120 Ceramic Materials: Syntheses and Properties. Part II Emanuel Ionescu
Chemical Sensors: Basics and Applications 4 120 Chemical Sensors: Basics and Applications Ralf Riedel
Computational Material science 5 150 Computational Material science Karsten Albe
Electrochemistry in Energy Applications II 4 120 Electrochemistry in Energy Applications II Wolfram Jaegermann
Engineering Microstructures 4   Engineering Microstructures  
Fundamentals and Techniques of Modern Surface Science 4 120 Fundamentals and Techniques of Modern Surface Science Wolfram Jaegermann
In-situ Transmission Electron Microscopy 4 120 In-situ Transmission Electron Microscopy Christian Kübel
Interfaces: Wetting and Friction 4 120 Interfaces: Wetting and Friction Robert Stark
Magnetism and Magnetic Materials 4 120 Magnetism and Magnetic Materials Lambert Alff
Materials Chemistry 4 120 Materials Chemistry Ralf Riedel
Mathematical Methods in Materials Science 4 120 Mathematical Methods in Materials Science Yuri Genenko
Mechanical Properties of Ceramic Materials 4 120 Mechanical Properties of Ceramic Materials Jürgen Rödel
Mechanical Properties of Metals 4 120 Mechanical Properties of Metals Clemens Müller
Modern steels for automotive applications 4 120 Modern steels for automotive applications Thorsten Michler
Polymer Materials 4 120 Polymer Materials Jürgen Wieser
Porous Ceramics for Energy-Related Applications 4 120 Porous Ceramics for Energy-Related Applications Magdalena Graczyk
Quantum Mechanics for Materials Science 6 180 Quantum Mechanics for Materials Science Hongbin Zhang
Semiconductor Interfaces 4 120 Semiconductor Interfaces Andreas Klein
Solid State and Structural Chemistry of Materials 4 120 Solid State and Structural Chemistry of Materials Oliver Clemens
TOTAL 30
SPRING SEMESTER
Master thesis 30   Professional training Wolfgang Donner
TOTAL 30
* The Course “Micromechanics for Materials Science” can be replaced by the course “Quantum Mechanics for Materials Science (6 ECTS)
*** All eligible “Elective courses” are listed in “elective courses M. Sc. Materials Science” in the TUCaN system. Only the following courses cannot be chosen: „Surfaces and Interfaces“, „Materials Engineering“, „Materials Science for Renewable Energy Systems “or „Advanced Research Lab“. Students without a bachelor degree in Materials Science or Physics can also use the course “Concepts in Materials Physics (6 ECTS)” on request.
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