Material Science MSc
The goal of materials science is to understand the relationships between the internal structure of materials (from the atomic to the micrometer scale) and their properties, and to utilize these relationships in developing materials with new properties or structures capable of complex functions. Achieving this goal requires comprehensive knowledge across several traditional disciplines. The most essential foundational knowledge lies in the fields of chemistry and physics, though biology is increasingly playing a significant complementary role.
Materials science applies and further develops the principles discovered by the basic sciences as tools for the purposeful transformation of materials. Compared to materials engineering, the focus in materials science training is on scientific knowledge, with a smaller emphasis on skills for technical and technological design. The program’s clear aim is to prepare students for the research and development that will become increasingly important in the future. Ideal candidates are motivated, dedicated students with strong performance in natural sciences (chemistry, physics, biology, environmental science) who are genuinely interested in scientific subjects.
Language of Instruction
Career Opportunities
Graduates of the materials science program have a wide range of career opportunities available in both industry and research. Alumni from the materials science master’s program or related specializations have found positions in research institutes, universities, and companies involved in nanotechnology, technical development, and materials research.
Admission Requirements
Actual information about admission: MATERIAL SCIENCES MSC
Primarily eligible bachelor’s programs include chemistry, physics, and materials engineering.
For these programs, a bridging course equivalent to 20 credits is required. This 20-credit course is part of the foundational training for the master's degree, with specific requirements depending on prior education. For example, students with a bachelor's degree in physics will need 20 credits in chemistry as a bridging course.
Additional eligible bachelor’s programs:
- From natural sciences: biology, environmental science, earth sciences
- From engineering: chemical engineering, bioengineering, environmental engineering, energy engineering, mechanical engineering, electrical engineering, mechatronics engineering
Admission requirements and further information: Information Guide
Curriculum
More information
If you need more information, please contact:
Katalin SINKÓ
sinkokatl@caesar.elte.hu
Mr. Péter MOLNÁR
International Coordinator
E-mail: inter@ttk.elte.hu
TEL: +36-1-372-2695
Further information is available on the program's website: http://anyagtudomanymsc.elte.hu/eng/index_en.php