Architecture project // Elliptical Structure with Living Walls Enhancing Natural Light in Sustainable Residential Design

Elliptical Structure with Living Walls Enhancing Natural Light in Sustainable Residential Design

Author:

Roberto Di Giacomo

The integration of living walls and expansive glass panels within an elliptical concrete structure creates a dynamic environment that enhances natural light and fosters well-being in a sustainable residential setting.

5 key facts about this project

Living walls are integrated throughout the interior to improve air quality and enhance aesthetic appeal.

The structure features an elliptical shape that optimizes airflow and natural light distribution.

Customizable environmental controls allow residents to adapt lighting and climate according to individual preferences.

Raw concrete forms the primary structure, creating a connection to the surrounding natural landscape.

Underground ventilation systems minimize energy usage while maintaining comfortable interior conditions.

General keywords

sustainable residential smart wellness biophilic open-plan adaptable vertical natural usa

Project specific keywords

raw concrete ai integration natural light living walls energy efficiency elliptical shape underground ventilation customizable spaces sustainable materials central atrium

## Overview
The HSIGN House of the Future is located within a conducive environment that embodies a blend of architecture, technology, and wellness. Designed to function as a dynamic living space, the house prioritizes holistic living while responding to the changing needs of its inhabitants. The architectural philosophy reflects a commitment to integrating principles of bioarchitecture and systems informed by quantum physics, aiming for a design that aligns physical and psychological well-being with the natural surroundings.

## Spatial Strategy
The architectural form features an elliptical outline, enhancing airflow and promoting an aesthetic dialogue with the landscape. The interior is organized around a central atrium, incorporating large, open spaces that facilitate natural light infiltration and social interaction, while still maintaining privacy. Common areas offer multifunctional utility, promoting fluid transitions among the kitchen, dining, relaxation, and study areas. The design emphasizes a sense of community through an open-plan layout, whilst personal spaces are strategically placed to foster individual privacy.

## Materiality and Technological Integration
The material palette consists primarily of raw concrete, which provides structural resilience and blends with the environment, complemented by wooden accents that introduce warmth. Large glass panels enhance transparency, creating visual connections with the outdoors while allowing ample natural light. The design also incorporates living walls and planters, promoting biophilic design principles.

Technological systems within the HSIGN House monitor and optimize factors such as air quality, temperature, and lighting to enhance comfort and sustainability. Customizable environments, supported by artificial intelligence, adapt to individual preferences and habits, fostering a personalized living experience. Sustainable design techniques, including underground ventilation systems, aid in energy efficiency and minimize reliance on artificial climate control.