Architecture project // Vertical Community Housing With Modular Polycarbonate Walls and Sustainable Planting Systems

Vertical Community Housing With Modular Polycarbonate Walls and Sustainable Planting Systems

Authors:

Changrong Hu, Meichen Shang, Qianxi Kong, Qiaoyang Chen

Utilizing modular polycarbonate walls and integrated planting systems, the design transforms an unfinished urban building into a vertical community housing solution that prioritizes sustainable living and social interaction among residents.

5 key facts about this project

Utilizes modular polycarbonate sheets for lightweight insulation and natural light.

Incorporates vertical gardens designed for urban food production and aesthetics.

Features a flexible layout allowing for adaptation based on resident needs.

Employs rainwater harvesting systems integrated into the building's drainage design.

Focuses on community spaces that promote social interaction among residents.

General keywords

vertical community micro housing sustainability urban unfinished buildings residential green

Project specific keywords

micro-units vertical-gardens solar-panels polycarbonate modular-construction rainwater-harvesting community-spaces flexible-layout urban-renewal integrated-systems

### Architectural Design Report: Vertical Community Micro Home in an Unfinished Building

#### Overview

Located in a densely populated urban area, this design initiative seeks to address the issue of unfinished buildings by converting them into functional living spaces. The project focuses on creating a vertical micro-community that offers essential services while fostering social interaction among residents. This approach recognizes the increasing demand for compact, community-oriented living arrangements in the context of rapid urbanization.

#### Spatial Strategy and Community Engagement

The project utilizes an innovative spatial strategy by implementing micro-housing modules that occupy the unfinished structure in a vertical manner. Each unit is designed to be self-sufficient, with an emphasis on optimizing space and enhancing connectivity. This vertical arrangement allows for efficient land use while integrating communal areas such as gardens and social spaces, promoting interactions among residents. The design encourages a sense of belonging within the community, addressing the need for social connectivity in urban living.

#### Materiality and Sustainability

Material choices for the development underscore a commitment to sustainability and adaptability. The structural framework consists of reinforced concrete for durability, supplemented by steel beams to support the modular construction approach. Polycarbonate hollow sheets serve as lightweight interior walls that provide insulation and facilitate natural light penetration. Solar panels contribute to energy efficiency by harnessing renewable energy, while integrated planting systems support local food production and enhance environmental resilience. A comprehensive water management system addresses rainwater collection and sewage management, contributing to sustainable living practices.

The careful selection of materials not only supports the community's needs but also promotes environmental sustainability, ensuring the project aligns with contemporary ecological standards. Each micro-unit, with a floor area of 25 square meters, is furnished with essential living facilities and remains adaptable to the evolving needs of its occupants.