CEVOTEC GmbH develops automated production systems for fiber patch placement (FPP), enabling highly efficient manufacturing of complex composite components. Their technology combines robotics, advanced software, and precise patch-laying processes to produce lightweight structures with superior mechanical performance. CEVOTEC serves aerospace, mobility, and industrial sectors that require high-quality composite solutions with optimized material usage.

The TUM Chair of Aerospace Structure Design focuses on the analysis, design, and optimization of aircraft and spacecraft structures. Its work covers lightweight construction, composite materials, structural mechanics, and digital engineering methods. Through research and teaching, the chair develops advanced structural concepts and supports innovation in airframe and space-system design.

The TUM Chair of Aircraft Design focuses on the conceptual and preliminary design of aircraft, including aerodynamics, propulsion integration, flight performance, and overall vehicle configuration. It develops innovative methods for sustainable, efficient, and future air-transport systems—ranging from conventional aircraft to novel hydrogen, electric, and hybrid concepts. Through teaching and applied research, the chair plays a key role in advancing next-generation aircraft technologies.

The TUM Chair of Astrodynamics focuses on the modeling, analysis, and control of spacecraft motion in complex gravitational environments. Its research covers orbit dynamics, trajectory design, formation flying, and mission optimization for satellites and deep-space missions. Through theoretical and applied work, the chair develops methods that enable precise, efficient, and innovative space-mission planning.

The TUM Chair of Astronomical and Physical Geodesy researches Earth’s gravity field, reference systems, and satellite-based geodetic measurement techniques. Its work includes gravity-field modeling, satellite gravimetry, positioning, and fundamental geodetic observations used for navigation, Earth monitoring, and space missions. The chair contributes essential expertise to global reference frames and high-precision Earth-observation science.

The TUM Chair of Autonomous Aerial Systems develops algorithms, architectures, and technologies for intelligent, autonomous flying robots. Its research covers perception, navigation, mission planning, cooperative multi-drone systems, and robust flight control. By combining theory with real-world testing, the chair advances autonomous UAV capabilities for applications in inspection, logistics, environmental monitoring, and future air-mobility systems.

The TUM Chair of Carbon Composites focuses on the development, design, and manufacturing of high-performance fiber-reinforced polymer composites. Its research covers material behavior, process simulation, automated production, and structural performance of carbon-composite components for aerospace and other lightweight applications. The chair plays a key role in advancing efficient, robust, and industrially relevant composite technologies.

The TUM Chair of Cartography and Visual Analytics develops methods for visualizing, analyzing, and communicating complex geospatial data. Its research includes digital map design, geovisualization, spatial data interaction, and visual analytics for Earth-observation, navigation, and urban systems. The chair enables intuitive, data-driven insights through advanced cartographic and visualization techniques.

The TUM Chair of Communication and Navigation researches reliable communication systems and precise navigation technologies for aerospace and mobile applications. Its work spans satellite navigation, wireless communication, signal processing, sensor fusion, and robust positioning in challenging environments. The chair contributes key methods and technologies that enhance connectivity, accuracy, and resilience in modern aviation and space systems.

The Chair of Computer Science at the University of Würzburg specializes in Satellite Communication and Radar Systems, focusing on research and development in advanced communication technologies and radar applications. The department aims to enhance the understanding and implementation of these systems in aerospace and related fields.

Chair of Computer Science VIII specializes in Aerospace Information Technology, focusing on research and education in aerospace systems, data processing, and software development. The department aims to advance knowledge and innovation in aerospace applications through interdisciplinary collaboration.

Chair of Computer Science XVII (Robotics) at the University of Würzburg focuses on advanced robotics research, emphasizing automation and intelligent systems. The department collaborates with various industries to enhance robotic applications in aerospace and other sectors.