Architecture project // Charred Wooden Shingles and Biobased Materials in a Modular Urban Habitat

Charred Wooden Shingles and Biobased Materials in a Modular Urban Habitat

Authors:

Maximilien Remondière, Guillaume Parlanti

Utilizing charred wooden shingles and biobased materials, the modular structure offers adaptable living solutions that prioritize sustainability and community interaction in an urban setting.

5 key facts about this project

Modular units allow for easy reconfiguration to meet changing resident needs.

Utilizes low impact screw piles to minimize environmental disruption.

Charred wooden shingles provide enhanced durability and fire resistance.

Integrates biobased materials to reduce carbon footprint in construction.

Design encourages communal living while maintaining individual privacy through strategic layout.

General keywords

modular sustainable community housing flexibility timber eco-friendly urban affordable germany

Project specific keywords

modularity biomaterials screw piles natural light customization urban density sustainable forestry community spaces assembly efficiency german landscapes

The presented architectural project embodies a modular building design characterized by adaptability and sustainability. Composed of a series of modular units, each measuring 2.5 x 3 x 5.4 m, the design enables flexibility in usage, ranging from individual residences to community-oriented spaces. The project serves as a response to modern urban housing challenges, emphasizing efficiency in construction and resource management. Through an innovative assembly approach, the architecture facilitates the creation of diverse living configurations that promote interaction while still respecting individual privacy.

Modular System and Adaptability

A primary feature of the project is its modular system, which allows for straightforward assembly and disassembly of various components. This adaptability makes it suitable for fluctuating housing demands and diverse demographic needs. Each unit can operate independently or be combined with additional modules to form larger living environments, contributing to the efficient use of space in urban settings. By utilizing timber and biobased materials, the design underscores a commitment to sustainability while addressing affordability.

Enhanced Community and Environmental Integration

The architectural design promotes community engagement through strategically placed communal areas and transparent glass elements that blend indoor and outdoor spaces. This integration enhances the social fabric while maximizing natural light. The project's approach to site placement utilizes low impact screw piles, minimizing disturbance while ensuring structural integrity. Such environmentally conscious strategies position this project as a noteworthy example of how architecture can address both living needs and ecological considerations effectively.

For a comprehensive understanding of the architectural plans, architectural designs, and architectural sections of this project, readers are encouraged to explore the detailed project presentation. Such resources provide deeper insights into the architectural ideas and philosophies that underpin this unique modular design.