UNIVERSITY OF CHICAGO ACADEMIC COMPLEX IN HONG KONG

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Exploring the Architectural Possibilities in Microgravity Environments

RMIT University, Master of Architecture, Major Project, June 2024

This project introduces an innovative microgravity habitat design inspired by fluid, dynamic forms. Unlike Earth, where gravity dictates movement and daily activities, microgravity allows for the re-imagining of these activities, opening new possibilities for habitation.

Space exploration, which began 70 years ago with missions like Apollo, has seen renewed interest for purposes ranging from space tourism to the potential colonization of Mars. With extended stays in space becoming more common, designing habitable environments in microgravity is a crucial challenge.

The project explores the transition from Earth to space, focusing on psychological, spatial, and directional changes. Inspired by the International Space Station, it aims to transform Earth-like living spaces into suitable space environments by re-imagining surfaces, removing inherent axes, and adding interconnected volumes.

In microgravity, movement is free in all directions. The design incorporates fluid shapes with smooth curves to provide coverage and orientation. Using metaball theory, the habitat’s structural form enhances fluid, seamless shapes and connections.

The habitat features interconnected spheres, an advanced environmental control system functioning like an up-scaled space suit, and smooth, curvilinear surfaces that optimize space and integrate a fluid circulation system. Divided into six zones—central leisure, sleeping, eating, hygiene, work, and essential systems—the habitat uses innovative lighting to emphasize curved walls and smooth paths, creating a dynamic and intuitive environment.

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This project merges futuristic architecture with sustainable living, setting a new standard for future space exploration.