Developing a Logistics Architecture for Mars Colonization: A Systems Engineering Approach to Sustaining Human Presence

Abstract

The prospect of Mars colonization presents numerous challenges, particularly in the realm of logistics. This paper proposes comprehensive logistics architecture designed to sustain human presence on Mars, utilizing a systems engineering approach. It explores key logistical components such as transportation, supply chain management, habitat construction, life support systems, and resource utilization. Emphasizing the need for an integrated and flexible logistics framework, the paper aims to address the unique challenges posed by the Martian environment, including its distance from Earth, resource scarcity, and harsh atmospheric conditions. This architecture serves as a foundation for future missions, enabling sustainable human habitation and fostering long-term exploration and potential colonization of Mars.