Computational Materials Science

Overview

Computational Materials Science from Malmö University will provide you with a robust background in computational materials science. It will also give you the tools you need to begin or advance your career, either in industry or in academic research.

Quick Facts:

• The programme features a mix of content in materials science and computation, and includes both foundational courses and those covering advanced applications. The latter includes scientific programming and implementation of various models with Python and Matlab, electronic and atomistic modeling with professional tools like QuantumEspresso and LAMMPS, and component- and micro-scale finite element modelling using professional engineering packages. Other courses provide you with surveys of important concepts and applications in modern materials science, as well as an introduction to the advanced X-ray and neutron techniques used for materials research at the state-of-the-art facilities MAX IV and ESS, located in nearby Lund. The 2-year programme concludes with a 30-credit thesis on a topic of interest to the student.
• Malmö University has close connections with a number of Swedish companies. Students interested in moving directly to industry are encouraged to carry out thesis projects in collaboration with one of these companies, or to seek out new opportunities in line with their interests at others. In this way, they will expand their professional networks and gain experience working in the private sector environment while demonstrating and further developing their technical skills.