Advanced Materials Analysis
Efficient development of new materials requires the use of complementary analysis methods in order to understand the relationships between the manufacturing process, the structure of the material and the material properties and to be able to specifically adjust the properties of materials and components in a production process. Materials analysis therefore plays a central role not only in research and development, but also in production. The Advanced Materials Analysis degree programme provides in-depth insights into important techniques for analysing the structure and properties of materials for electronics and optoelectronics, batteries and other functional materials, hard materials, shape memory alloys and construction materials such as steels or titanium alloys. The experimental techniques in focus are the electron microscopy, the Raman, IR, X-ray and electron spectroscopies, the X-ray and electron diffraction, as well as modern synchrotron-based techniques.
Based on a Bachelor's degree in materials science, physics or chemistry, students are prepared for a career in industry as well as in science and research. The strongly methodical nature of the programme opens up access to a very diverse range of industries, from the semiconductor industry to mechanical engineering and metallurgy. In addition, graduates can pursue a career in academic research or in research centres.
Good to Know
Please note that this is an English-language Master's degree programme. Applications can be submitted online via the university portal and are possible from 1 January to 15 April.
- Faculty
-
Faculty of Materials Science and Technology (Faculty 5)
- Degree
-
Master of Science (M. Sc.)
- Standard period of study
-
4 Semester
- Part-time possible
-
No
- Start of studies
-
Winter semester
- Admission requirement
-
- Bachelor's degree (at least 6 semesters) or an equivalent degree in the field of engineering with a focus on materials science or in the field of natural sciences with a focus on physics or chemistry, which should include topics from the field of solid-state physics or solid-state chemistry
- Qualification assessment procedure (including online test in mathematics and physics)
Please note: Applicants with a degree in "Mechanical Engineering" who have not taken any of the above-mentioned specializations during their studies cannot be admitted for technical reasons.
Language skills- English skills - TOEFL with at least 90 points (internet-based test) or
- IELTS with at least 6.5
English as a native language will be counted as equivalent.
- Course language
-
English
- Materials analysis
- Quality control
- Semiconductor industry
- Ceramic industry
- Composite material manufacturers
- Metallurgy
- Research institutes
Requirements
Admission requirements
Bachelor's Degree
The Master's degree course in Advanced Materials Analysis is only open to students who have completed at least six semesters of a first professionally qualifying degree at a university
- in a degree course with a focus on materials science
- in a degree program with an engineering focus with proof of knowledge of materials science or
- in a physics or chemistry degree program
has.
Please note: Applicants with a degree in "Mechanical Engineering" who have not taken any of the above-mentioned specializations during their studies cannot be admitted for technical reasons.
Language Skills
Proof of English language proficiency through a recognized language test such as the Test of English as a Foreign Language (TOEFL) with at least 90 points (internet-based test) or the International English Language Test System (IELTS) with a score of at least 6.5 or an equivalent test with a corresponding score is also an admission requirement. English as a native language is recognized as an equivalent.
Personal requirements and Interests
Curiosity and interest in natural sciences
Reasons for the Advanced Materials Analysis Master's Program
TUBAF is a small university with a close connection between scientific and engineering disciplines and a strong focus on materials science.
Students study in small groups and are supervised directly by the lecturers.
Students can choose basic or practical subjects and gain further experience through TUBAF's collaboration with Saxon research institutes and industry.
Contact for further Technical Questions
If you have any further technical questions, please do not hesitate to contact Dr. Dirk Renker or the Dean of Studies, Prof. David Rafaja:
Frequently Asked Questions (FAQ)
What numerus clausus (NC) do I need to study at TUBAF?
All Bachelor's and Diploma degree programs at TUBAF are admission-free, i.e. there is no NC. The only decisive factor is your university entrance qualification (e.g. Abitur). The Master's degree programs also have no admission restrictions - however, we recommend that you take a look at the respective admission requirements for the degree program. These can be found in the requirements section and in the study documents.
How long does the Advanced Materials Analysis course take and when does it start?
The standard period of study is 4 semesters. 120 credit points must be achieved.
The course begins in the winter semester.
Who do I contact if I come from abroad?
The International Office can help you with questions about your studies - such as application or enrollment. TUBAF offers a Buddy-Program for first semester students moving to Freiberg from abroad.
The Central Student Advisory Service and the subject advisory service of the respective faculty (see info box at the top of the website) can help with questions about specific courses.
Where can I find information on student finance and housing?
Information on the topic of financing your studies is summarized on the website Study financing.
We have collected information on the subject of housing here.
