Materials Science
... looks into questions such as ...
- What is a microstructure?
- What materials will the next generation of electric cars need?
- How do I increase the lifespan of implants?
- How does a shape memory alloy work?
- Which materials are suitable for 3D printing?
Degree programmes
Materials Science, Bachelor 1 subject
Profile
| Degree: | Bachelor of Science |
| Start: | Winter semester |
| Duration: | 6 semesters |
| Classroom language: | German |
What's it all about?
This degree programme is unique, because ...
it combines scientific methods, data-driven approaches and engineering applications.
It provides the opportunity to specialise in the following fields
- Experimental materials science
- Modelling and Simulation
Who is suited?
Those who wish to enrol in this degree programme,
have:
- Creativity and curiosity about scientific and technical phenomena
- solid school knowledge in science and mathematics
enjoy:
- experimental and application-related work
- the implementation of physical questions in computer simulations
struggle through:
- mathematical and scientific basics
Graduates from this degree programme frequently work
- in industrial research and development
- in academic research
- at materials testing institutions
- in teaching
- in a subsequent master's program
And else?
A prep course ...
is recommended.
Further information about prep courses
An internship ...
is optional. It is done as part of the optional module.
Studying abroad ...
can be done voluntarily.
Where do I find help?
Academic advisory office
Prof. Dr. Alexander Hartmaier
Building, Room: IC 02/501
Email: mawi@rub.de
Website academic advisory office
Internet