Study Material Science (Bachelor) ✔ TU Dresden

Important information

Please note that not all information is translated. Please refer to the german version for complete information.

Admission requirements

To be admitted to the degree program, applicants must have completed a general university entrance qualification (Abitur) or a comparable university entrance qualification.

German language requirements

International applicants and German applicants with a foreign university entrance qualification are kindly advised to read the requirements for German-language courses.

Information regarding Studienkolleg

Applicants with foreign higher education entrance qualifications that do not allow immediate admission to a university in Germany, can attend a Studienkolleg (preparatory college) to acquire the subject-specific university entrance qualification. Please find further information on the Studienkolleg pages.
This degree program relates to the following specialized course at the Studienkolleg:
T-course

General information about the degree program

The study of materials science communicates expert and methodical knowledge to analyze and solve complex problems in the field of materials science and engineering. Crossing the frontiers of natural scientific and technical disciplines the basic knowledge for relevant professional experience will be conveyed and the students will be enabled to take professional challenges in research as well as in industrial environments.

The fundamentals of the study of materials science comprises basic modules in natural sciences related to materials engineering, and engineering basics to acquire the necessary technical competences. The basics in natural sciences refer to mathematics, chemistry, and physics. The basics of engineering sciences comprise technical mechanics, design, computer sciences, and materials fabrication and manufacturing. In addition fundamentals of materials science, materials physics and chemistry, special types of materials (metals, ceramics, polymers, powder metallurgy materials, composites and biomaterials) as well as fundamentals for materials analysis will be taught.

Depending on the chosen elective modules, further contents of the studies are material-technological aspects of special groups of materials, and mathematical-technical methods.