About

Computational Mechanics of Materials and StructureÂ is concerned with the simulation of advanced engineering problems using modelling techniques, computer implementation, experimental verification and case study investigation. This Master of Science programme provides the basis of high-tech engineering design for a broad spectrum of applications. This dramatically expanding area of science induces a large number of research activities and is accompanied by strong international cooperation. One of the main goals of COMMAS is to give students deep theoretical knowledge and analytical skills with regard to respective applications and advancements of simulation techniques in applied and computational mechanics. Moreover, COMMAS educates students to gain competences such as development of algorithmic settings and implementation of various numerical techniques to solveÂ engineering problems including complex geometries, structures and material responses. Graduates of the COMMAS programme with their knowledge in material theory and modelling, simulation technology,Â and numerical methodsÂ can pursue their careers in various industrial sectors as well as in academia.Â COMMAS is a strongly research-oriented programme. Therefore, the students are also ideally prepared for a university career at faculties of Mechanical Engineering, Civil Engineering, Aerospace Engineering, Biomechanical Engineering, and in the related fields of Computational and Applied Mechanics.

Requirements

Entry Requirements

Please check the website of the COMMAS programme regarding application procedure, requirements and deadline.

Fee Information

How to Apply

An application needs to be submitted online via the C@mpus portal of the University of Stuttgart:https://www.uni-stuttgart.de/en/study/application/online/ A guideline for applications can be found on our website:https://www.commas.uni-stuttgart.de/admission/ Â

Computational Mechanics of Materials and Structures (COMMAS)