M.Sc. in Materials Science and Technology

Materials Science and Technology is a master's programme focusing on developing and commercialising new materials and their applications. Studies of materials science are combined with acquiring the basics of entrepreneurship.

The programme provides knowledge of theoretical principles of materials science, testing and investigation methods and development and design of materials. Students' development projects are done in cooperation with scientific laboratories, where they also perform the experimental part of their master's thesis.

Curriculum overview (120 ECTS):

• Materials Science Module (30 ECTS)
• Entrepreneurship Module (15 ECTS)
• Elective Courses (24 ECTS) - students can choose the courses according to their specialisation
• Optional Courses (6 ECTS) - all courses available at the University of Tartu and partner universities
• Practice (15 ECTS)
• Master's Thesis (30 ECTS)

Examples of courses:

• Testing and Investigation Methods in Materials Science
• Theoretical Principles of Materials Science
• Technology Entrepreneurship Basic Course
• Development of Materials I: Classes of Materials and Composites
• Development of Materials II: Classes of Materials, Composites
• Fuel Cells and Batteries: Materials and Technology
• Marketing of Innovative Products and Services

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Graduates of the Materials Science and Technology master's programme have a comprehensive and systematic understanding of modern materials, encompassing their structure, properties, manufacturing technologies, and principal methods for research and testing. This foundation is complemented by a broad awareness of the latest developments, subjects, and practical applications within the field of materials science. Furthermore, students gain specialised knowledge in specific research areas, enhancing their expertise and positioning them as knowledgeable contributors to the discipline.

The programme also introduces the fundamentals of entrepreneurship, fostering an appreciation of the intricate relationship between materials science and the business sector. This knowledge equips graduates to undertake scientific and developmental tasks within materials science, allowing them to identify and forge cross-disciplinary connections and apply their skills to real-world challenges. They learn to articulate problems related to materials development in a business context and devise solutions within set timeframes, employing relevant information and methodologies.

Critical self-assessment is a key skill developed during the course, enabling graduates to reflect on their work with a critical eye. They are trained to effectively communicate their professional expertise orally and in writing, engage in discussions with specialists, and make their knowledge accessible to those outside their field. Teamwork is emphasised, with students learning to collaborate effectively, including in leadership roles.

The programme instils a readiness to engage actively in civil society, underpinned by a tolerance for diverse perspectives and opinions. Graduates are aware of their work's ethical dimensions, recognising their opportunities, limitations, and societal roles. This awareness extends to understanding the importance of ongoing learning and the capacity to evaluate the need for further training.

Prepared to contribute to research and development in materials science, graduates are poised to undertake roles as materials developers in the business world, showcasing their readiness to address challenges and innovate in their field. This holistic approach to education ensures that graduates are skilled in the technical aspects of materials science and are also socially responsible and adaptable professionals capable of navigating the complexities of the modern world.

Graduates can work as specialists developing materials in manufacturing enterprises or research institutions and laboratories. They have the knowledge and skills to start and run new small and medium businesses handling materials. Graduates can continue their studies at the doctoral level.

Why study Material Science and Technology at UT?

• Focus on developing and commercialising new materials and their applications.
• Each student joins a laboratory and takes part in the scientific work of the lab. You can choose between the labs of the Institute of Physics, the Institute of Chemistry, and the Institute of Technology.
• An internship is a mandatory part of the studies.
• Professor Mikhail Brik belongs to the top 1% of the most-cited scientists in the world (ESI 2020).