All verified mentions of this organization in source documents.
CyBEEsat is a satellite for Technische Universität Berlin that is manifest on the Onward and Upward mission.
Exolaunch helped return a TU Berlin satellite to orbit while supporting other European payloads on the Spectrum mission.
Exolaunch was founded over a decade ago as a spin-off from the Technical University of Berlin.
Remaining payloads for Spectrum's debut flight include those from the Technical University Berlin, University of Maribor, and the Norwegian University of Science and Technology.
The InnoCube satellite from TU Berlin celebrates its first anniversary in space today.
After the scientific mission concludes at the end of June 2026, InnoCube will continue to be operated by the student operational team StudOps at TU Berlin.
InnoCube is the 31st satellite of TU Berlin and was developed in collaboration with the Chair of Information Technology for Aerospace at Julius Maximilians University of Würzburg and the Space Technology department at Technische Universität Berlin.
The InnoCube satellite was developed in cooperation with the Technical University of Berlin as a platform for innovative space technologies.
The VEKTOR-FDA actuator developed by TU Berlin utilizes liquid metal for spacecraft attitude control instead of mechanical components.
The mission NanoFF, developed by TU Berlin, is testing rendezvous between two microsatellites launched with a Falcon 9 rocket from SpaceX in December 2023.
The research project is funded with four million euros by the European Union's EIC-Pathfinder program over the next three years, with one-third of the funding allocated to TU Berlin which coordinates the project.
Professor Enrico Stoll leads the Space Technology department at the Technical University of Berlin.
Julian Bartholomäus, project manager at TU Berlin, stated that the university has launched over 30 satellites into orbit, contributing to their expertise in automated experiments.
The TU Berlin's aerospace engineering department played a connecting role in ensuring the overall system functions reliably.
The TU Berlin developed a specialized electronic module that controls the experiments in space and stores measurement data for later transmission to Earth.
The mechanical structure that secures sensitive components inside QUICK³ was also designed by the TU Berlin to withstand the stresses of rocket launch.
The Technische Universität Berlin coordinated collaboration between various scientific instruments and the satellite bus provider.
Julian Mauricio Cuervo Ortiz from the University of Potsdam and Juan Carlos Ginés Palomares from TU Berlin researched perovskite-based lunar solar cells using regolith as the substrate for photosensitive layers.
Using real moon samples from Apollo missions, a regolith simulation powder was created at TU Berlin that can be melted to produce glass.
The amateur radio connection to the Dragon capsule was established from the roof of the main building of the Technical University of Berlin.