Applied Materials Science (M.Eng.)
What makes this degree programme special?
- Research right from the start: get involved in current projects and gain valuable experience
- English-speaking and internationally recognised
- Experience high-tech laboratories: work with state-of-the-art methods for material characterisation – from X-rays and electron beams to additive manufacturing, ceramics for electronic components and plastics technology
- Strong network: Collaborations with institutes and supraregional clusters, such as Fraunhofer and Leibniz Institutes, OptoNet, the Tridelta Campus and the Thuringian Centre for Mechanical Engineering (ThZM)
What is the structure of the programme?
The Applied Materials Science Master's program builds on a Bachelor's degree in materials science or technology. In four semesters, the knowledge from the Bachelor's degree course is expanded and systematically deepened. Emphasis is placed on independent scientific work and research under supervision during the courses. In the final semester, you will complete your Master's thesis and will present it in the final colloquium. The Master's programme is offered in the winter semester. Language of instruction is English.
Module overview
What are the entry requirements?
- a diploma or Bachelor‘s degree in materials engineering, materials science or a comparable scientific or technical degree programme
- a good command of English, demonstrated either by a TOEFL or IELTS test (minimum levels: paper-based TOEFL 550 points, internet-based TOEFL 79 points, IELTS overall band score of 6.0; the test shall not date back more than two years)
- to be eligible for admission, 80 out of 110 possible points are required: - weighting of the final grade of the first academic degree (up to 45 points)
- evaluation of the quality and fit of the completed Bachelor‘s degree (up to 50 points)
- evaluation of the quality of special scientific achievements through research work in a relevant field (up to 15 points)
For further information please look at this website.
What career prospects do I have after completing my studies?
Materials science is of enormous strategic importance for the development of innovative products and for the performance and competitiveness of the economy. Studies show that more than three-quarters of the twenty largest German companies classify materials research as important to very important for the future development of the company. Around 60% of all research-based companies in Germany from various market segments are involved in materials science issues.
Employment opportunities exist in numerous branches of industry, e.g.:
- energy technology
- automotive industry
- electronics and information technology
- optical industry
- medical and environmental engineering
Typical applications can be found in the materials manufacturing and processing industry:
- building materials manufacturer, metallurgy
- glass and ceramics industry
- polymer and metal processing
Often, our graduates also work in research institutions. With an excellent Master's degree, the path to a doctorate is also open to you.