Architecture project // Charred Wooden Shingles and Precast Concrete Form a Biophilic Coastal Residence

Charred Wooden Shingles and Precast Concrete Form a Biophilic Coastal Residence

Authors:

Nataliia Syrota, Daria Kozlova

Utilizing charred wooden shingles and thermal mass from precast concrete, the design fosters a biophilic connection in a coastal setting while serving as a sustainable residential home.

5 key facts about this project

Utilizes charred wood for durability and fire resistance.

Integrates building-integrated photovoltaics for energy generation.

Features a thermally activated building system for efficient climate control.

Designed with extensive natural light through strategically placed skylights.

Includes a green roof that promotes biodiversity and insulation.

General keywords

coastal residential sustainable green biophilic energy-efficient renovation modern natural habitat

Project specific keywords

bipv precast greenroof tabs skylight landscaping naturalwood thermalmass energyharvesting biophilia

# Architectural Analysis Report: Friendly House Project

## Overview

The Friendly House is situated in a coastal environment and is designed to fulfill the functional needs of its occupants while minimizing environmental impact. Its approach integrates biophilic design, sustainable materials, and advanced building technologies. The intention is to create a space that supports the well-being of its residents in a sustainable manner.

## Spatial Configuration and User Experience

The layout emphasizes an open-concept design, linking communal living areas with private spaces to foster social interaction and personal privacy. Bedrooms are strategically positioned adjacent to tranquil gardens, enhancing the connection to nature and promoting mental tranquility. The second floor is oriented towards views of the natural surroundings, encouraging occupants to engage with the outdoor environment.

### Sustainability Practices

The project rigorously incorporates sustainable practices throughout its design and construction. Notable material choices include precast concrete, which reduces emissions and resource consumption while ensuring durability. Key energy-efficient technologies such as building-integrated photovoltaics (BIPV) and thermally activated building systems (TABS) work together to lower energy usage and reduce the overall carbon footprint. This commitment to sustainability reflects a responsive approach to today's climate challenges.