FAME+ M1 TUDa HOME UNIVERSITY (first year students):
|FAM/e-project||4||180||Collaborative course with partners||Joachim Brötz|
|Micromechanics for Materials Science*||6||180||Micromechanics for Materials Science||Baixiang Xu|
|Surfaces and interfaces||5||150||Surfaces and interfaces||Wolfram Jaegermann|
|Research Lab I||4||120||Research Lab I||Wolfgang Donner|
|Functional Materials||6||180||Functional Materials||Oliver Gutfleisch|
|Computational Material science**||5||150||Computational Material science||Karsten Albe|
|Course Name||ECTS||Workload||Module||Responsible teacher|
|FAM/e-project||6||180||Collaborative course with partners||Joachim Brötz|
|Advanced Characterization methods of Materials Science||6||180||Advanced Characterization methods of Materials Science||Wolfgang Donner|
|Theoretical Methods in Material Science||6||180||Theoretical Methods in Material Science||Karsten Albe|
|Internship (ARL)***||12||360||Professional training||Joachim Brötz|
* The Course “Micromechanics for Materials Science” can be replaced by the course “Quantum Mechanics for Materials Science (6 ECTS)”|
** The Course “Computational Material science” can be replaced by any course of our Materials Science department which are listed in “elective courses M. Sc. Materials Science” in the TUCaN system. Students without a bachelor degree in Materials Science or Physics can also use the course “Concepts in Materials Physics (6 ECTS)” on request.
*** The Course “Internship (Advanced Research Lab – FAME)” with 12 ECTS can be replaced by a shorter Internship (FAME) with 8 ECTS and an elective course with 4 (ECTS) offered by our Materials Science department.
|FAME+ Modules chart for Module 1 and Module 2 can be found here|