Modern Materials Design and Application (MMDA) master’s degree program is an educational offer dedicated to graduate students with general background in materials science including materials physics, chemistry, and engineering. The coursework program of MMDA allows students to grow adept in the knowledge and skills of advanced materials and processing technologies. The programme encompasses lecture, seminar, project, and laboratory classes focused on the designing processes and materials, application of modern synthesis and processing techniques including plastic working, heat treatment, powder metallurgy and other advanced technologies featured for modern materials science. Courses and activities are aimed into better understanding structure-property-performance-application relationship and to give students an expertise in evaluating, designing, improving and fabrication of unique materials based on non-ferrous metals and alloys. Curriculum of MMDA introduces also courses allowing students to develop communication and presentation skills, entrepreneurial initiatives, teamwork, and leadership skills as well as socio-economic competencies. The Modern Materials Design and Application (MMDA) master's degree program is designed for graduate students with a general background in materials science, including materials physics, chemistry, and engineering. The program offers coursework that allows students to develop advanced knowledge and skills in materials and processing technologies. The program includes lecture, seminar, project, and laboratory classes that focus on designing processes and materials, as well as the application of modern synthesis and processing techniques such as plastic working, heat treatment, powder metallurgy, and other advanced technologies used in modern materials science. The courses and activities are aimed at better understanding the relationship between structure, properties, performance, and application, and provide students with expertise in evaluating, designing, improving, and fabricating unique materials based on non-ferrous metals and alloys. Additionally, the curriculum of MMDA includes courses that help students develop communication and presentation skills, entrepreneurial initiatives, teamwork and leadership skills, as well as socio-economic competencies.
