At the Flight Control Center of the Skobeltsyn Institute of Nuclear Physics at Moscow State University, training sessions continue focusing on the mastery of miniature and cost-effective CubeSat-type satellites. The Flight Control Center was established as part of the large-scale "Constellation-270" project and the federal project "Space-π," with support from the Foundation for Assistance to Innovations and the interdisciplinary scientific and educational school of Moscow State University for "Fundamental and Applied Space Research."
The main goal of the educational programs implemented within the framework of "Constellation-270" is to create and launch a group of satellites of Moscow State University with a variety of scientific missions. Schoolers, undergraduates, and graduate students are actively involved in the program under the guidance of experienced specialists.
The learning process involves immersing participants in the full cycle— from generating the idea of a space experiment to obtaining scientific data. Students also take an active role in launching satellites, managing the spacecraft, collecting, analyzing scientific and telemetry information.
In this way, the participants gain a unique opportunity to practically master the entire journey—from the initial idea to the achievement of significant scientific results, which contributes not only to their professional growth but also to the advancement of relevant scientific research in the field of space technologies.
The main goal of the educational programs implemented within the framework of "Constellation-270" is to create and launch a group of satellites of Moscow State University with a variety of scientific missions. Schoolers, undergraduates, and graduate students are actively involved in the program under the guidance of experienced specialists.
The learning process involves immersing participants in the full cycle— from generating the idea of a space experiment to obtaining scientific data. Students also take an active role in launching satellites, managing the spacecraft, collecting, analyzing scientific and telemetry information.
In this way, the participants gain a unique opportunity to practically master the entire journey—from the initial idea to the achievement of significant scientific results, which contributes not only to their professional growth but also to the advancement of relevant scientific research in the field of space technologies.
