Computational Materials Science

['Differential Calculus in Several Dimensions, 7.5 credits (MA616A) compulsory', 'Materials Engineering: Advanced course, 7.5 credits (MT623A) compulsory Main field: Materials Science', 'Modeling and simulation, 15 credits (MA617A) compulsory', 'Phase Transformations, 7.5 credits (MT622A) compulsory Main field: Materials Science', 'Concepts and Applications of the Finite Element Method, 7.5 credits (MT625A) compulsory', 'Engineering Materials and Mathematics: Master Thesis, 15 credits (MT624A) compulsory Main field: Materials Science', 'knowledge and understanding of materials science, including both an overview of the field and specialised knowledge in certain areas of the field as well as insight into current research and development work', 'specialised methodological knowledge used in materials science', 'knowledge and understanding of how to apply mathematical and numerical methods to solve problems within the field of materials science']