Aalto Satellites

led by at the Department of Electronics and Nanoengineering, School of Electrical Engineering, Aalto University, focuses on the design, development, and utilization of for various scientific and technological applications. The group has been a pioneer in nanosatellite development in Finland, having launched several satellites, including Finland's first scientific satellite-1. The research group's projects include the satellite missions of the, hosting two payloads: the Particle Telescope (PATE) from the University of Turku and the deorbiting plasma brake device from the Finnish Meteorological Institute. The spacecraft is designed and built by the group. Additionally, the group participates in the project, which aims to develop large deployable thin membrane antennas for small satellites, enhancing their communication capabilities to meet the demands of new space missions. The group collaborates closely with international research institutions and industry partners, driving innovation and training future experts in space technology. Their work spans a broad spectrum of space technology areas, including satellite design, manufacturing, operations, and the development of new technologies for functioning in the space environment. The work of the research group has also been instrumental in advancing Finland's space technology sector. Companies such as and, both leaders in Finnish space innovation, originated from this group—showcasing its impact on the industry and its role in nurturing cutting-edge space technology ventures.