Architecture project // Microhomes Constructed Using Rubberwood for Sustainable Urban Living

Microhomes Constructed Using Rubberwood for Sustainable Urban Living

Author:

Adi Purnomo

Constructed from locally sourced rubberwood, these microhomes integrate modularity and sustainability to provide efficient living spaces that address urban housing needs in Jakarta.

5 key facts about this project

Constructed entirely with locally sourced rubberwood, promoting sustainable forestry practices.

Modular design allows for flexible configurations tailored to individual resident needs.

Incorporates a rainwater harvesting system to enhance water efficiency.

Features a compact layout that provides essential amenities while maximizing space.

Utilizes solar panels to foster energy independence for each microhome.

General keywords

jakarta indonesia housing sustainability modular rubberwood compact community affordable renewable

Project specific keywords

rubberwood microhome modularity rainwater solar energy local economy adaptability flexibility vertical garden compact living

### Overview

The ZG Microhome project is located in Jakarta, Indonesia, and addresses the urgent housing shortage in the region while promoting the sustainable use of rubberwood, a local renewable resource. This initiative integrates ecological and social considerations, focusing on affordable housing solutions that support local rubber farmers and stimulate the local economy.

### Spatial Strategy

The design employs a modular approach, featuring various living configurations that include distinct modules for sleeping, hobbies, cooking, and bathing. Each module is designed to optimize functionality within a compact footprint, encouraging versatility and adaptation to users' needs. The layout promotes communal interactions while ensuring personal privacy, fostering a sense of community among residents.

### Material Specification

Constructed primarily from rubberwood, the ZG Microhome utilizes several carefully selected materials that enhance durability and sustainability. Key components include modular rubberwood panels that facilitate reconfiguration and recycling, structural metal elements, and glass for natural lighting and ventilation. Additionally, reinforced concrete from local demolition sites is used for foundations, promoting resource reuse. The integration of solar panels and water filtration systems reflects the project's commitment to energy efficiency and improved living conditions.