B.Sc. Metallurgy and Metal Forming (B-MMF)
Bachelor of Science in Metallurgy and Metal Forming (B-MMF)
6 semesters (3 years)
Place of Studies
Accredited by ASIIN
The Metallurgy and Metal Forming B.Sc. provides a general engineering qualification in the area of metallurgy and metal forming technology for the manufacture and processing of metallic materials. Interdisciplinary, multi-system lectures are designed to teach students system skills and the ability to solve engineering problems. The course’s international focus means that students are prepared for working in a global market, and at the same time makes studying easier for international students.
This in-depth, professionally oriented course focuses on two key areas. The first is the technologies and procedures required for the production of metals for industrial use. These include steel production and processing technologies as well as the technologies for non-ferrous metals such as aluminium, copper, magnesium, nickel and titanium. With the demand for new materials coming from all areas of the technology sector, these base metals and their alloys are at the forefront of industry developments.
The second focus is the metal forming manufacturing processes for primary and secondary formation, with the focus on the process technologies that determine their properties. This encompasses hot-forming and cold-forming procedures in the iron and steel industries as well as for non-ferrous metals. It also includes forming procedures in manufacturing technology for sheet manufacture and cold forging. The course is therefore both materials-focused and manufacturing oriented.
- Master basic engineering and scientific principles and methods and the thinking behind them;
- Master basic specialist principles in manufacturing technology;
- Master basic specialist principles in thermodynamics;
- Master basic specialist principles in materials technology;
- Master basic specialist principles in metallurgy;
- Be able to pursue their preference for a commercial or academic career via their choice of electives;
- Have an enhanced general education with advanced language skills in German or English as well as increased employability from learning teamwork, presentation and communication skills;
- Gain experience of their chosen profession and will be in a position of critically assess technical information and professional practice and their interdependencies;
- Gain experience of applying scientific methods to deal independently with problems of materials technology within a specific timeframe, and be able to present the issue clearly.
The B.Sc. programme has been completed when 180 ECTS credits have been acquired.
- 135 ECTS credits in the technical compulsory course units
- 4 ECTS credits in the technical elective module
- 13 ECTS credits in the non-technical module
- 13 ECTS credits for the internship
- 12 ECTS credits for the bachelor thesis
- 3 ECTS credits for the bachelor thesis colloquium