Materials Science and Technology
If you are interested in the properties and applications of all types of materials, then the Bachelor's Programme in Materials Science and Technology is the right choice for you. From the development of new materials to the processing, testing and design of metals, ceramics and polymers to recycling and reuse, the programme offers many exciting insights.
The programme lasts a total of seven semesters. In the first four semesters, you will learn the basics in scientific and technical subjects as well as subject-specific fundamentals on the properties and processing of various materials. From the fifth semester onwards, you will begin to specialise in your chosen field of study: metals, ceramics and functional materialsor polymer engineering and science. You will not only learn theory, but also practical work with different materials in Do-it Labs and laboratory exercises.
You will also complete internships in relevant industrial companys, either in the seventh semester or during the holidays. This will allow you to gain valuable professional experience and establish contacts with companies while you are still studying. Many students start their professional careers in the companies where they did their internships or write their master's thesis in cooperation with them.
At the end of your studies, you will then apply the knowledge you have acquired in your bachelor's thesis.
Please Note: The Bachelor's program in Materials Science and Technology (MaWiTech) is offered only in German.
Detailed information about the programme
7 Semesters (210 ECTS)
| 4 Semesters Joint Courses | Key Competencies • Chemistry & Physics • Mathematics • Mechanics | Digital Skills • Statistics • Data Modeling • Algorithms & Programming | |
|---|---|---|---|
| Fundamentals of Materials Science & Engineering • Introduction to Materials Science • Basics of Materials • Materials Technology • "Do-it Labs" | Scientific & Engineering Fundamentals • Physics & Physical Chemistry • Numerical Methods • Electrical & Mechanical Engineering • Cost and Investment Calculation | ||
| 2 Semesters Specialization in one < | Track: Polymer Engineering • Polymer Chemistry • Materials Science & Physics of Polymers • Mechanics of Polymer & Composite Materials • Processing of Polymer & Composite Materials • Applied Engineering Skills Bachelor Thesis | Track: Metals, Ceramics & Functional Materials • Fundamentals of Materials Science • Structural & Functional Materials • Materials Physics • Materials Characterization & Testing Bachelor Thesis | |
| 1 Semester | Mandatory Internship | ||
USEFUL INFORMATION & LINKS
Can I get credit for school subjects?
Yes, in principle, you can get credit for up to a maximum of 60 ECTS points (60 ECTS correspond to two full semesters) from a vocational and general secondary school (e.g. HAK, HTL).
However, it must be carefully checked whether the content of your subjects ‘essentially’ corresponds to that at the university.
We are currently working intensively on partnerships with selected schools to facilitate this credit transfer process. These partner schools also offer additional opportunities for financial support, advanced university courses during school holidays and assistance with diploma theses/final theses.
Would you like to know whether your school is one of the selected schools, or do you have any questions about school cooperation or credit transfers? Then please send an email to kunststofftechnik@unileoben.ac.at.
How does the mandatory practical training work?
The compulsory practical training is about gaining experience in various areas of industry and putting the theoretical knowledge you have learned into practice. A total of 80 working days (eight hours per day, equivalent to four months) are required for this. Formally, these are scheduled for the 7th semester, but you can also complete them during your studies, e.g. on a monthly basis during the semester or summer holidays.
You can request a comprehensive list of companies from your student representative, but you can go to any company in Austria or abroad as long as you can work there in a relevant field. However, universities or research institutes may only be chosen for a maximum of one quarter of the practical training (20 working days). If you are unsure whether a practical training placement is suitable, please feel free to contact your study advisor in advance by email.
To apply for credit for practical experience, you must complete the practical experience form and have it confirmed by the company. In addition, you must describe the experience you have gained in the activity report. In these explanations on practical experience, you will find additional information on the form and the activity report. The form and report must then be submitted either in person or by email to your study advisor's office.
- Explanatory notes on practical experience for MaWiTech (PDF)
- Link to form and activity report
- General information on compulsory practical experience
How do I get a Bachelor's thesis?
The Bachelor's thesis is actually a seminar paper that is written as part of a Bachelor's seminar. All institutes and chairs offer a ‘Seminar Bachelor's thesis ...’. You can find out which of these seminars are generally suitable for the MaWiTech programme in the curriculum §8(2).
It is best to think about which subject areas interest you most and then ask the relevant chairs which bachelor's theses are currently available at their departments. Often, there are theses offered by the chairs in research projects with company partners.
Important note: Sometimes companies ‘offer’ bachelor's theses. However, this is not permitted. The content of a bachelor's thesis must always be agreed with an assigned supervisor from one of the Department's Chairs.
Who can help me if I have questions?
If you have any questions, you can always contact the relevant student representative or programme coordinator:
- Student representative for Materials Science and Technology
- Programme coordinator for Materials Science: Univ.-Prof. Dr. Raul Bermejo Moratinos, Chair of Structural and Functional Ceramics
- Study programme representative for Polymer Engineering and Science: Univ.-Prof. Dr. Clara Schuecker, Institute of Designing Plastics and Composite Materials
Where can I find more information?
Information about the study programmes
