Debansu Chatterjee

Project Aurora

Project Aurora redefines the future megacity not as a collection of static buildings, but as a closed-loop, living organism. Built for the year 2085, the design moves beyond traditional renewables by anchoring into a Deep-Geothermal & Fusion Core to provide a constant, high-density energy catalyst. The architectural form is a direct response to environmental performance; we used parametric studies to develop a 'kinetic twist' that mitigates wind turbulence while optimizing solar radiation across the facade. Internally, the Spire utilizes Vertical Programmatic Segmentation, interlocking 30% habitation, 25% scientific research, and 20% industrial mining modules into a single, high-efficiency structural gantry. By integrating hydroponic urban farming with a sustainable water recycling system, the building maintains its own biospheric cycle, ensuring that every byproduct—from geothermal heat to organic waste—is harvested and redistributed. This isn't just a tower; it’s a self-sustaining ecosystem designed for the post-lithium age.