European Innovation Council
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Raumfahrttechnik
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IST
ISR | Lisboa is a multidisciplinary Research, Development and Innovation institution and the largest research unit in Portugal devoted to research in Robotics, Systems and Information Processing. ISR | Lisboa is also part of the Associate Laboratory for Robotics and Engineering Systems (LARSyS) which aims to conduct research and innovation activities in multidisciplinary domains with a clear societal impact. Research at ISR | Lisboa spans a multitude of key topics, ranging from fundamental theoretical issues to the applications of engineering methods and tools to the design and analysis of complex systems.
DHV-Technology
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JMU-Würzburg
The team of Space Informatics and Satellite Systems is a group of researchers engaged in the advancement of space technologies.
Our research activities encompass the development of novel and above cutting-edge control architectures, sensors and actuators, and algorithms for autonomous and teleoperated mechatronic systems, with applications ranging from industrial transport robots to advanced pico-satellites. We advance distributed space systems and AI-driven informatics for sustainable applications, including formation flying, rendezvous and docking, space debris detection and removal, as well as in-orbit servicing, assembly, and manufacturing. Our mission is to develop AI-driven solutions for autonomous space operations and to enable proximity operations for small satellites.
Frauenhofer-E
Fraunhofer EMI, the Fraunhofer Institute for High-Speed Dynamics in Freiburg,
Germany, specializes in hypervelocity impact research and space systems
engineering. With decades of expertise in testing, modeling, and materials science,
the institute has contributed to a wide range of space missions, including protective
shielding for crewed spacecraft, mechanisms for asteroid material collection, debris
detection systems, and satellite platforms.
Building on this foundation, Fraunhofer EMI developed ERNST, a 12U satellite
launched in 2024. The mission was entirely realized in-house, covering system
design, structural development, manufacturing, integration, and testing. Key
technologies include a laser-sintered structural architecture, a cryo-cooled infrared
detector, and an FPGA-based Data Processing Unit enabling onboard image
processing and autonomous Earth observation.
These developments strengthen spacecraft survivability in debris-rich environments,
promote additive manufacturing for New Space applications, and demonstrate
scalable, high-performance satellite architectures for defense and research missions.
UNIPD
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