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Complete guide to masters programs in Aeronautical Engineering at German universities
Masters programs in Aeronautical Engineering provide comprehensive education combining theoretical foundations with practical applications. These programs typically last 1-2 yearsand prepare graduates for various career paths in academia, industry, and research.
Area of Study: Aeronautical Engineering, Space Engineering Focus: Aviation, Astronautics
Area of Study: Aeronautical Engineering, Space Engineering Focus: Aeronautical Systems Engineering, Construction & Materials, Aerothermodynamics, Flight Guidance Systems, Drives, Aerospace Engineering, Space Exploitation, Autonomous Systems, Automatic Control Technology, CAE Methods
Area of Study: Aeronautical Engineering, Space Engineering Focus: Aerodynamics, Avionics, Flight Control, Aircraft Design, Lightweight Construction, Aeronautical and Aerospace Systems, Experimental and Numerical Simulation, Astronautics, Thermodynamics, Driving Mechanisms
Area of Study: Communications Technology, Traffic Engineering, Aeronautical Engineering, Logistics, Transport, Transport Management Focus: Air Traffic, Aerodrome Operations, Use of Airspace, Air Traffic Management, Communication, Navigation, Mobility, Freight Transport, Logistics, Aircraft and helicopters
Area of Study: Aeronautical Engineering Focus: Air Traffic, Aircraft Engineering, Management knowledge in aviation
Area of Study: Vehicle Engineering, Aeronautical Engineering, Mechanical Engineering, Mathematics, Technomathematics, Physics Focus: N/A
Area of Study: Aeronautical Engineering, Plastics Engineering, Materials Technology Focus: Carbon-fibre and glass-fibre reinforced composite materials, Hybrids, Lightweight Construction, Structural Design of Composites, Partially Automated and Automated Manufacturing Processes, Design of Multifunctional Composite Structures, Sustainable Process Optimisation, Digital Factory Planning
Area of Study: Vehicle Engineering, Aeronautical Engineering, Design Engineering Focus: Technical Development, Hydrogen Technology and Economy, Automotive Engineering, Aeronautical Engineering, Scientific Work, Material and Damage Analysis, Long-term behaviour of the materials
Area of Study: Civil Engineering, Aeronautical Engineering, Space Engineering, Mechatronics, Systems Engineering, Computer Science Focus: Extreme Environment Technologies, Mechatronics, Physical and Instrumental Engineering Modelling, Modern Procedures for Communication Systems
Area of Study: Process Technology, Aeronautical Engineering, Space Engineering, Mechanical Engineering, Systems Engineering, Renewable Energies Focus: Clean Energy and Process Engineering, Sustainable Use of Resources, Future Automotive Systems, Digital-Based Production and Robotics, Aerospace Engineering, Bio-Materials Engineering
Area of Study: Aeronautical Engineering, Space Engineering, Mechanical Engineering, Systems Engineering, Engineering and Management Focus: Development Management, Systems Engineering - Integration in the Corporate Environment & Personnel Development, Technical development process, Systems Engineering in Operations, Processes of Error Emergence and Crisis Management, Specific problems in Systems Engineering, Cognitive Systems Engineering
Area of Study: Aeronautical Engineering, Space Engineering, Materials Science Focus: N/A