| Title |
Required Modules and volumes for Manned Space Base Construction |
| Authors |
양현정(Yang, Hyeon-Jeong) ; 엄예슬(Eom, Ye-Seul) ; 백진(Baek, Jin) ; 정준수(Chung, Joon-Soo) |
| DOI |
https://doi.org/10.5659/JAIK.2025.41.3.125 |
| Keywords |
Manned Space Base; Artemis Missions; Spatial Module Design; Subsystem; Scalability |
| Abstract |
The purpose of this study is to identify the essential modules and spatial volumes required for the construction of an early-stage manned
space base. By analyzing previous studies and technical reviews of the Artemis missions, the research systematically proposes design
approaches for initial habitation on extraterrestrial surfaces. Key findings include the following: Firstly, the study separates living spaces and
subsystem modules, ensuring their integration with external subsystem components such as power generation, thermal control, and
communication modules. This approach enhances the efficiency and stability of the habitation environment during early deployment stages.
Secondly, the required spatial volumes for a four-person crew with a mission duration of 180 days were determined. The study emphasizes a
scalable design framework to accommodate increased crew size and mission length, providing a flexible strategy for future expansions of the
space habitat. Thirdly, the complementary roles of architects and aerospace scientists are highlighted. While initial designs are predominantly
technology-focused, future human-centered designs will require architects to optimize habitation layouts and enhance mission efficiency. The
integration of automated design and construction methods from architecture is identified as a key enabler for the efficient realization of space
habitats. This research contributes foundational data for designing and construction of manned space bases, supporting the Artemis missions
and similar initiatives. Future studies should focus on advanced automation techniques and simulations to further enhance the efficiency and
reliability of space habitats. |