Technology and Application of Inorganic Engineering Materials
The Inorganic Engineering Materials such as steel and ceramics cover all the strategic industries and are key materials for transport section, energy technology, machine and plant construction, building industry. The true understanding of mechanical, thermal, chemical, and functional properties at nano-, micro- and macro-levels followed by the chemical and physical interactions at interfaces/surfaces of the inorganic engineering materials is an unlimited tool for their continuous development and technology optimization.
In the first semester core modules on metallic, ceramic and refractory materials, thermodynamics and mechanics of materials, plus trainings in particle technology and fluid dynamics are held. In the second and third semester there are more advanced modules and further skills training in technology and applications of materials and simulation of metallurgical processes. Furthermore the students learn via laboratory and practical courses to apply the theoretical knowledge in real applications. The fourth semester is designated for the Master thesis
- Fakultät
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Fakultät 4 - Maschinenbau, Verfahrens- und Energietechnik
- Abschluss
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Master of Science (M. Sc.)
- Regelstudienzeit
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4 Semester
- Teilzeit möglich
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Nein
- Studienbeginn
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Wintersemester
- Zulassungsvoraussetzung
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Bachelor degree in the field of Mechanical Engineering, Process Engineering, Environmental Engineering, Energy Engineering, Industrial Engineering, Materials Science and Engineering, Natural Sciences or similar fields.
English language proficiency: TOEFL 87 points internet based test, IELTS 6.0 overall score
- Studiengangsprache
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Englisch
Iron and steelmaking industry, metal processing industry, ceramic and refractory industry, recycling and extractive industry, universities and research institutions.