Deutsch Intern
Professorship for Space Technology

Space Systems & Higher Autonomy

Research Topic

In the event of defects or unusual events, current satellite systems usually only have predefined and inflexible safety mechanisms to ensure the satellite's survival. Autonomous observations and tracking of sudden phenomena, for example in the Earth's atmosphere, are also not possible.

Today, satellites are mainly operated by one or more mission control centers using predefined procedures. The aim of this research field is therefore to develop innovative methods and systems to increase the autonomy on board future spacecraft. These systems should support the satellite operator and contribute to a simplification of operational procedures and, in the best case, to a reduction in costs. In addition, it should be possible to use resources on board the satellites more efficiently and to react autonomously to unforeseen events.

Selection of relevant Research Projects

KI-SENS

AI-based sensor system for space observation with small satellites

Project Start: 01.10.2022
Duration: 27 Monate
Funding Code: 50RU2227

MultiView

The MultiView sensor is a new type of star sensor with the unique features of redundancy and continuous attitude determination.

Project Start: 01.09.2021
Duration: 16 Monate
Funding Code: VAL-2007-0002

ASAP

Combined sensor and planning system to increase the autonomy of satellite operations.

Funding Code: 50RM1208

ADIA

As part of the ADIA (Autonomous Diagnostic System for Satellites) project, a system is being developed that is capable of independently analyzing imminent or existing errors on board a satellite and determining their causes.

Funding Code: 50RM1231