MSc Aerospace Engineering at University of Stuttgart

Entry requirements

Application period for the winter semester: May 15 – July 15 summer semester: December 1 – January 15 How is the programme structured? The Master's programme comprises 120 credit points (ECTS credits), which are completed in a standard period of study of four semesters. The credit points are distributed among in compulsory elective modules (24 ECTS credits), specialisation modules (48 ECTS credits), supplementary modules (18 ECTS credits) and the master's thesis (30 ECTS credits). From a choice of six specialisation modules, four are compulsory for students in the Master's programme. The specialisation modules are taken from two specialisation tracks, each with 24 ECTS credits. In addition to the specialisation modules, supplementary modules are chosen. These include the modules of the specialisation part that go beyond the required 24 ECTS credits and all specialisation fields, unless these have already been completed as part of the specialisation. Within the supplementary part, 6 ECTS credits of subject-related key qualifications can be taken as an option. In the specialisation modules, the fundamentals from the bachelor's programme are deepened and supplemented. A wide range of specialisation modules allows a multitude of possible combinations. This enables an individual education that takes into account the personal interests of the students. Writing the master's thesis promotes the independent development of scientific topics, the application of scientific methods in aerospace engineering and their further development in selected areas. All modules and their descriptions are listed in the C@MPUS system. + - Study schedule Study schedule Aerospaece Engineering M.Sc. Invalid module combinations (German only) Module Handbook The exact module explanations can be found in the module handbooks (german only). There, the individual modules are described with the associated courses, the contents and the examination performances. Compulsory elective modules (4 out of 6): Analytical and Numerical Methods in AE Aircraft Aerodynamics and Aircraft Design I Aircraft Engines and Combustion Spacecraft Technology I Control and System Design Structural Dynamics Specialisation tracks (2 out of 9): Mathematical and physical modelling in AE Experimental and numerical simulation methods in AE Information Technology in AE Construction materials and manufacturing methods in AE System dynamics and automation engineering in AE Design and construction aerospace vehicles Drive and energy systems in AE Space flight technology and space utilisation Artificial Intelligence in Aerospace Engineering Module handbook in C@mpus Link to the study programme's module handbook (German only)