Architecture project // Galvanized Steel and Rainwater Harvesting in Micro Homes Along the Border

Galvanized Steel and Rainwater Harvesting in Micro Homes Along the Border

Authors:

Miriam Estera Stern,

Ivan Gavril Stern, Roland Stern

Nestled against a steel border wall, these micro homes utilize galvanized steel and incorporate rainwater harvesting systems to create sustainable living spaces that foster community in a unique cultural context.

5 key facts about this project

Utilizes galvanized steel as a primary structural element to withstand harsh environmental conditions.

Incorporates vertical gardens to enhance biodiversity and improve air quality in urban settings.

Integrates rainwater harvesting systems designed specifically for arid climates to optimize water use.

Features a spatial layout that prioritizes flexible living spaces, accommodating various household configurations.

Emphasizes cultural connectivity by embedding local materials and design principles that reflect the community's heritage.

General keywords

micro homes border california sustainable community living residential native plants water collection eco-friendly

Project specific keywords

galvanized steel vertical gardens border wall micro living rainwater harvesting solar integration thermal efficiency adaptive reuse interior flexibility cultural connectivity

### Project Overview

The architectural proposal for a micro-home development located adjacent to a border aims to address the complex social, political, and cultural dynamics of border areas. It seeks to redefine living spaces in relation to their environments by integrating innovative architectural solutions and sustainable practices, thereby creating a unique residential experience that reflects the distinctive context of border living.

### Architectural Configuration and Sustainability Measures

The micro-homes are organized in a linear arrangement that aligns with a 10-meter high steel border wall. This configuration establishes a spatial dialogue, positioning the residences as facilitators of cultural interaction, rather than as mere physical separations. The design features sloped roofs for effective rainwater harvesting, addressing sustainability while also minimizing heat gain typically associated with flat roofing. Passive ventilation is a key feature, with large openings and strategically placed flaps enhancing airflow, which reduces reliance on mechanical cooling systems.

The selected materials reinforce durability and efficiency; galvanized steel beams and prefabricated metal framing ensure rapid construction and resilience to adverse weather conditions. Interior gypsum wall finishes provide a modern aesthetic, while the Kingspan roof system enhances insulation and energy performance. The landscape incorporates native desert flora, promoting water conservation and ecological stability while also enhancing visual privacy for residents.

### Cultural Context and Architectural Identity

The design emphasizes cultural sensitivity by promoting cross-border interactions and fostering community dialogue. Architectural elements blend modern design with indigenous influences, reflecting the geographical context and inviting discourse on the implications of borders. By strategically incorporating the border wall into the development, the project addresses housing needs while potentially reducing construction costs, thereby enhancing economic viability in a challenging location.