Analog Astronaut Training Experiences: A Statistical Approach to Astronaut Readiness

Williams S.O.; Santos L.; Morin A.; Tilbrook R.; Caballa-Huaman L.N. · Proceedings of the International Astronautical Congress, IAC (2025) · DOI: 10.52202/083083-0062

Resumen

Astronaut training is a complex, multi-faceted process integrating technical expertise, psychological resilience, and adaptability to extreme environments. With the increasing complexity of human spaceflight missions, ensuring optimal astronaut preparedness is critical to mission success. Analog missions, which simulate space conditions in terrestrial environments, have gained recognition as essential preparatory experiences. However, their direct impact on astronaut readiness and mission performance remains an area requiring further quantitative assessment. This study employs a statistical approach to evaluate the role of analog training in astronaut readiness, leveraging an expanded database of astronaut profiles. By analyzing mission histories, training backgrounds, and self-reported preparedness levels, we assess the correlation between analog mission participation and overall spaceflight performance. Additionally, we explore key operational competencies such as teamwork, problem-solving, and decision-making under simulated mission constraints. The results provide valuable insights into the significance of analog training in enhancing astronaut capabilities and offer recommendations for optimizing future astronaut training programs. These findings contribute to the ongoing discourse on astronaut selection and preparation, reinforcing the importance of terrestrial simulations in shaping the next generation of space explorers.

Instituciones: Universidad de Ingeniería y Tecnología