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(DSM) has been provided in (Li, 2023). The DSM can identify the interfaces in the lunar habitat

system that are required based on pertinent variables and procedures at the interface. In the
current study, an initial activity-based DSM is built by breaking down the lunar habitat design

process. To elucidate the informational interactions among the four dimensions of energy,
space, materials, and information, a statistical analysis is conducted on each design task and its

corresponding intensity. The design process is optimized by the use of a sequencing algorithm.

Ultimately, four phases pre-planning, spatial design, environmental design, and optimization
Thesis Report V-SPARC VIT
are used to separate the twenty design tasks of the lunar habitat design. In order to increase

design efficiency, related disciplines should collaborate during the design process based on the
optimization results. They should also use the optimized task coupling connection to construct

the requirement and design models in a systematic way.

The Alcatel Alenia Space "Lunar Exploration Architecture" study (Gruber, 2007) for the
European Space Agency included the study "Lunar exploration architecture—deployable

structures for a lunar base." The study's objectives were to explore bionic ideas that may be
used to deployable structures and to analyze the results in order to provide suggestions for

potential implementation. The goal of the study was to identify novel deployment alternatives.

Using models, sketches, and visualizations, possible geometries were created and investigated
by applying folding/unfolding principles found in nature. For these conceptual approaches, the

utilization of materials, joints between structural elements, and construction details were
examined. To determine the technical and environmental parameters that acted as design

drivers, reference scenarios were employed. Six designs were selected after mechanical

problems and deployment process research were taken into consideration.

Space scientists were given a $5 billion development budget in 2014 and asked to come up
with plans that would allow ten people to live on the moon for a year by the year 2022. This

was to be carried out in a way that would reduce the need for replenishing Earthly consumables

and result in a permanent lunar settlement of one hundred individuals in ten years. Life support
consumables must be recycled rather than continuously supplied from Earth in order to support

small communities on the Moon within this budget (Harper, 2016). The International Space
Station (ISS) offers evidence of the current availability of these technologies. Physicochemical

regeneration of air and water on the International Space Station (ISS) lowers the resupply of
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