The Urqucito project is an architectural design that addresses the challenges posed by flooding in vulnerable areas. This off-grid microhome is engineered to function in scenarios where traditional buildings may fail, utilizing an amphibious design that allows it to float during flood events. The project emphasizes sustainability and resilience, utilizing advanced water management systems while reducing reliance on external resources.

The architecture of Urqucito is characterized by its distinctive angular forms and a compact footprint of 25 square meters. It is designed to integrate seamlessly with its environment, accommodating both the topography and the potential for rising water levels. Strategically slanted roofs and vertical planes enhance both water runoff and provide unobstructed views of the surrounding landscape. The structure promotes a connection between indoor and outdoor spaces, fostering a cohesive living experience.

Unique Features of Design and Functionality

What sets Urqucito apart from conventional architectural practices is its combination of floatability and resource efficiency. The incorporation of recycled aluminum for roofing and cladding, along with expanded polyethylene for floatation, highlights a commitment to the environment. High-performance concrete forms the foundation, ensuring durability against potential floods. Low-E glass windows optimize energy efficiency while allowing natural light to penetrate the interior spaces.

A significant aspect of the project is its comprehensive water management system. Rainwater harvesting techniques are integrated into the design, which maximizes water conservation. Residents can engage with their water usage through an innovative monitoring system that utilizes transparent tubing with colored LED indicators, promoting awareness and responsible resource management.

Space Utilization and Interior Design

The interior layout of Urqucito is optimized for functionality within its compact dimensions. Flexible living spaces can adapt to various uses, allowing for social interaction or personal privacy as needed. The microhome includes essential kitchen facilities that emphasize operational efficiency, supporting off-grid living.

The design's emphasis on sustainability and independence is reinforced through solar panel installations and innovative insulation materials, which contribute to reduced energy consumption. This holistic approach to both the structure and its systems creates a living environment that is resilient and aligned with contemporary ecological demands.

For those interested in exploring the full scope of the Urqucito project, it is recommended to review the architectural plans, sections, and designs to gain deeper insights into how this innovative approach redefines living in flood-prone regions. The architectural ideas presented here serve as a reference for future developments aimed at enhancing resilience and sustainability in the built environment.