The Garching Campus of Bauhaus Luftfahrt specializes in advanced aeronautical and aerospace engineering education, integrating interdisciplinary approaches inspired by the Bauhaus movement's emphasis on design, technology, and sustainability. This campus serves as the primary hub for graduate-level programs, focusing on innovative solutions for future aviation challenges.
- M.Sc. in Aeronautical and Aerospace Engineering: This flagship two-year program equips students with expertise in aerodynamics, propulsion systems, and structural design. Core modules include computational fluid dynamics (CFD), advanced materials for lightweight structures, and aircraft systems integration. Students engage in hands-on projects simulating real-world aircraft development, emphasizing sustainable technologies like electric propulsion and hydrogen fuel cells to reduce carbon emissions in aviation.
- Specialization in Sustainable Aviation: Within the M.Sc. program, this track delves into eco-friendly aircraft design, covering topics such as lifecycle assessment of aircraft components, noise reduction techniques, and alternative fuels. Laboratory work involves wind tunnel testing and software simulations using tools like ANSYS and MATLAB, preparing graduates for roles in green aviation initiatives at companies like Airbus and Rolls-Royce.
- Elective Courses in Avionics and Control Systems: These courses explore embedded systems, flight control algorithms, and autonomous flight technologies. Students learn to program drones and unmanned aerial vehicles (UAVs), applying AI and machine learning for predictive maintenance and navigation. Collaborative projects with TUM's robotics labs foster innovation in smart aviation systems.
- Interdisciplinary Design Studios: Drawing from Bauhaus principles, these studios integrate engineering with architecture and industrial design. Participants design conceptual aircraft interiors, urban air mobility vehicles (eVTOLs), and space habitats, using CAD software like CATIA and Rhino. Emphasis is placed on human-centered design, ergonomics, and aesthetic functionality.
- Research-Oriented Seminars in Space Systems: Advanced seminars cover orbital mechanics, satellite design, and re-entry technologies. Students participate in thesis projects on hypersonic flight and reusable launch vehicles, often in partnership with the German Aerospace Center (DLR). Topics include thermal protection systems and multi-disciplinary optimization for space missions.
The curriculum promotes a holistic education, blending theoretical lectures with practical internships and international exchanges. With state-of-the-art facilities including flight simulators and additive manufacturing labs, the campus nurtures future leaders in aerospace. Graduates pursue careers in R&D, consulting, and policy-making, contributing to Europe's aerospace sector. The program's small cohort size ensures personalized mentorship, fostering creativity and technical prowess essential for tackling climate-neutral aviation goals by 2050. Overall, Bauhaus Luftfahrt's offerings at Garching emphasize innovation, sustainability, and cross-disciplinary collaboration, producing engineers who redefine aerial and space mobility.
