Space Engineering

Come and shape the new space era! With our MSc in Space Engineering, you will be equipped with broad theoretical and practical knowledge in modern space technologies, while being able to specialise in fields like human space exploration, space robotics or sustainability in space applications (and more). Bremen hosts a vibrant ecosystem of aerospace companies and institutes that will boost your career start. In the first two semesters, you will acquire solid foundations in the key disciplines. In the third and fourth semesters, a broad portfolio of elective courses, a project and the Master’s thesis will allow you to shape your individual curriculum. A requirement for admission is an online entrance exam covering engineering mechanics, fluid mechanics and thermodynamics. The test is held between one and two weeks after the application deadline; further information will be provided upon application. Following the present expertise in the area of space engineering and technology, the executive committee of the faculty of production engineering (FB4) has agreed to apply for the establishment of a Master’s programme in Space Engineering. The Master’s programme in Space Engineering is superior to generic aerospace studies offered by other universities. While the faculty of production engineering will host the interdisciplinary Master’s studies, other faculties, such as the departments of physics, electrical engineering, mathematics, and computer science, support and complement the programme. As a result, graduates from a variety of different areas will be able to choose to be trained to become experts in space engineering and related aeronautical fields. Course Timetable Students are required to have English language skills (level C1) and to hold a Bachelor's degree with 180 credit points in mechanical/aerospace engineering or applied physics with a corresponding specialisation. The Space Engineering Master's degree programme has a duration of four semesters. The lectures and the Master's thesis language will be English. The total 120 credit points are divided to the foundation modules (30 CP), compulsory modules including project (36 CP), elective modules (24 CP), and the Master's thesis (30 CP). Specialisation The Master's programme aims at preparing students for an assignment in the aerospace industry. With the focus on state-of-the art technology, it offers everything necessary for a successful professional career. In the compulsory modules, the knowledge gained in the respective Bachelor's degree will be solidified and complemented. The modules "Thermofluid Dynamics", "Spaceflight Mechanics", "Structural Mechanics", "Computational Methods", and "Advanced Fluid Mechanics" are designed to introduce the students to space engineering and lay the basis for the more advanced modules "Space Environment and Human Space Flight", "Satellite Subsystems", "Space System Design", and "Space Propulsion". One course is given by the concurrent engineering facility of the participating local DLR institute on space systems. In the elective modules, applications of space engineering to specific satellite missions will be covered.