Short profile

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Graduation
Master of Science
Restrictions on admission-Icon
Restrictions on admission
none | individual acceptance
Standard period of study-Icon
Standard period of study
4 semester
Start of studies-Icon
Start of studies
April 1 or October 1
Requirement for admission-Icon
Requirement for admission
Bachelor's degree in a similar field
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Credit points
120
Teaching language-Icon
Teaching language
Deutsch

Description

The master program is consecutive and based on the bachelor degree in Material Science and Engineering. It can also be attended by graduates from other engineering or functional relevant majors with at least 50 credit points in general natural scientific basics.

The program is continued as a joint major at the Universities of Ilmenau and Jena. During study, deeper knowledge about the structure, properties, production and development of all materials (metals, glasses, ceramics, polymers and composites) is taught.

The study profile deepenes the fundamental principles of experimental and theoretical materials science with further physicochemical fundamentals as well as engineering sciences core themes from mechanical engineering, electrical engineering and micro- and nanotechnology to a deepening and innovative study offer. It has an engineering, technological orientation and has its main focus in material engineering.

The aim of the research-oriented master program in Materials Science and Engineering is the training of students with a broad engineering-scientific basis, methodological competence and an understanding of current material-scientific questions.

Application with German certificates

Application with foreign certificates

I am studying materials science because it combines all scientific fields. This gives me a lot of variety in everyday life at university.

Felix Neupert

 

Why Ilmenau?

The Master's degree program in Materials Science at the TU Ilmenau is characterized in particular by:

  • very personal atmosphere, direct contact with professors and fellow students
  • very interdisciplinary education through cooperation with neighboring subject areas
  • very research-oriented education through direct involvement in research and development projects in cooperation with industry and international partners
  • very international due to many international cooperations, thus many opportunities for experience abroad
  • practical training through direct contact with industry
  • State-of-the-art technological equipment, world-class
  • Integration of sustainability, the environment, energy and the materials cycle into the course of study

Through Ilmenau with Janine and Marcel

Janine and Marcel take you on an exciting tour through the campus of the TU Ilmenau and through Ilmenau itself. They describe how they live and study in Ilmenau, give numerous leisure time tips and insights into the place of study of the Ilmenau University of Technology and take you to hidden places in the city.

(This video was created as part of a campaign by the Campus Thuringiathe official portal for choosing a course of study in Thuringia. Further insights into the study locations in Thuringia can be found at here. © Pixelpakete GbR)

Content of study

Concentration of natural- and material-scientific basics (e.g. solid state physics for engineers, plastics technology, surface and electroplating technology, digitalization of materials, material conditions and analysis)

42 %

Material engineering optional modules (e.g. glass and ceramics in micro- and nanotechnology, 3D material analysis, egenerative energies and storage technology, lightweight steel construction in car body technology)

17 %

Research project

8 %

Technical optional module (Choice from the Master courses of TU Ilmenau)

4 %

Key competencies

4 %

Master thesis

25 %
Detailed subject overview: Materials Science and Engineering (Master)

Fields of work

  • Mechanical engineering/lightweight construction industry, automotive industry
  • Energy technology, renewable energies, environmental technology
  • Micro- and nanotechnology, electronics, microsystems technology
  • Medical technology, sensor technology, actuator technology, biomaterials
  • Materials development, materials testing, quality assurance
  • Space and aviation technology, surface engineering
  • Communication and information technology

Contact

Programme coordinator

Study organisation

Cornelia Scheibe

+49 3677 69-2610