Track: Space Flight
This track focuses on space engineering and space exploration. It covers a broad field, ranging from satellite engineering, space systems engineering, orbital mechanics, instrumentation, launchers and propulsion to mission analysis, remote sensing, planetary exploration and scientific interpretation of satellite observation data.
Astronautics is quite different from aeronautics because each space mission is uniquely designed to perform a specific task related to its operational or scientific objectives. This requires an “end-to-end” approach where the objectives drive the design of the mission and data processing is an integral part of the mission. Within this track, you are offered opportunities to participate in ongoing engineering and scientific projects at the participating chairs.
What will you learn?
You will develop skills to carry out an engineering or research project independently and individually. This will be achieved by a highly focused MSc thesis project under strict supervision. In addition, you will acquire broad knowledge in the field of space and its applications. These objectives will make you a broad aerospace engineer with generally applicable engineering and research skills and with a clear focus area.
The track consists of two profiles, Space Engineering and Space Exploration. Each profile has a different focus, but they are also interrelated. On the one hand you will become an all-round space professional, but on the other hand you will acquire generic skills that enable you to pursue a career in a broad spectrum of industrial and research environments.
The Track offers two Profiles:
Space Engineering combines multidisciplinary engineering fields to realise high-performance space systems and system components. Areas of interest include the engineering of space missions, space vehicles and instruments, sensors, actuators, mechanisms, propulsive means, vehicle control, distributed space systems, and Systems Engineering. More
This profile covers spacecraft navigation and planetary missions, and aims at delivering skilled space mission engineers and scientists. Using mathematical methods and knowledge of the physical world, it is possible to design and/or estimate spacecraft trajectories, or to retrieve properties of planets and moons from measurements taken by planetary orbiters and space probes. Mastering this chain enables the student to design space missions (navigation and observation systems inclusive) that are used in the exciting area of space exploration. More
Special notice for students interested in the track Space Flight: this track has a limited capacity.