Abstract This research article explores the critical role of architecture in space colonisation, focusing on the Mars X-House project, which won NASA’s Phase 3 Centennial Challenge for 3D-Printed Habitats on Mars. The study emphasises architectural innovation, resource utilisation, and self-sufficiency. Key architectural considerations include robust materials, effective radiation shielding, advanced life support systems, and renewable energy sources. The Mars X-House project demonstrated success in sustainability, self-sufficiency, and psychological well-being. Future directions highlight the importance of synergetic ecosystems, 3D printing, in situ resource utilisation, artificial intelligence, and virtual reality in space habitat design. The findings offer valuable insights for creating secure, sustainable, and habitable environments for humans in space, reducing reliance on Earth by 50% and enhancing habitat durability by 40%.
Kadhim et al. (Wed,) studied this question.
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