Architecture project // Bioplastics and Wood Structure Shaping Flexible Microhomes in Coastal Environments

Bioplastics and Wood Structure Shaping Flexible Microhomes in Coastal Environments

Authors:

Asser Hazem Mohamed Ezzat Moemen, Sarah Sakr, Alia Moenes Mohamed Saeed Mohamed Elmaghawry

Utilizing bioplastics and a streamlined wood structure, the design provides an adaptive microhome that emphasizes sustainability and functionality in a coastal environment.

5 key facts about this project

Utilizes bioplastics for improved insulation and environmental sustainability.

Incorporates a streamlined design modeled after the natural form of the Nile Tilapia fish.

Features modular elements that allow for flexible reconfiguration of living spaces.

Employs integrated water management systems for efficient waste and rainfall handling.

Constructed with locally sourced wood, minimizing transportation and environmental impact.

General keywords

egypt microhome sustainable biomimicry dahab housing flexible residential renewable water management

Project specific keywords

bioplastics streamlined aquatic murphy bed solar panels wood structure frosted glass modular adaptive reuse sewage treatment

### Overview

The Nile Tilapia Dwelling is an architectural initiative located on Dahab Island, near Cairo, Egypt, aimed at addressing significant housing challenges in the region. The design responds to urban pressures such as pollution and overpopulation while promoting a connection between residents and the natural environment. By drawing inspiration from the resilience and adaptability of the Nile Tilapia fish, the project embodies principles of sustainable living and innovative design.

### Spatial Strategy and Design Elements

The architectural form of the dwelling features an aerodynamic silhouette that echoes the streamlined shape of the Tilapia, fostering an aesthetic that harmonizes with the surrounding landscape. The layout prioritizes multifunctionality, with defined areas for entry, living, private sleeping, and various functional zones, including cooking and working spaces. This approach allows for flexible use of space, addressing the needs of individuals in densely populated contexts.

Utilizing sustainable materials is a fundamental aspect of the design. Bioplastics, wood, steel, and frosted glass contribute to the structure's environmental ethos and durability. The inclusion of rooftop solar panels underscores the commitment to renewable energy solutions, enhancing the dwelling's ability to operate independently of traditional power sources. The interior complements this philosophy with natural materials and efficient lighting, creating functional yet inviting living spaces.

### Water Management and Modularity

A significant feature of the project is its innovative water management system, incorporating sewage treatment and water filtration to address local infrastructural challenges. This holistic approach reinforces the commitment to sustainability and environmental responsibility.

Additionally, the modular design of the dwelling allows for the reconfiguration of spaces based on user needs, making it particularly suitable for urban environments where adaptability is crucial. This flexibility ensures comfort without compromising functionality, positioning the Nile Tilapia Dwelling as a pertinent solution for contemporary housing issues.