Student training in the cosmonaut squad: key aspects

Abstract

The modern development of manned space exploration is characterized by a qualitative change in approaches to the training of future specialists in the space industry. The intensification of space programs, including the Artemis missions and planned flights to Mars, creates the need to rethink traditional paradigms of astronaut selection and training. The research is based on a comprehensive analysis of modern training programs in leading space agencies and specialized educational centers. The methodological framework includes a systematic analysis of educational trajectories, a comparative study of the approaches of various national programs, as well as an assessment of the effectiveness of innovative training technologies. The empirical base of the study covers data on 127 cosmonaut candidates from 6 leading space programs for the period 2020-2024. The results demonstrate the critical importance of interdisciplinary integration of technical, biomedical and psychological components of training. A direct correlation was found between the duration of specialized training and the success of passing the final certification $(r=0.74)$. It has been established that the use of virtual reality technologies increases the efficiency of mastering practical skills by 28% compared with traditional methods. It is shown that the optimal duration of basic training is 20-24 months, provided that at least 350 hours of simulation training are integrated. The data obtained indicate the need to revise the existing standards of cosmonaut training, taking into account the specifics of promising interplanetary missions and the commercialization of space flights.