Architecture project // Vertical Gardens and Prefabricated Steel Uniting Flexible Micro-Units in an Urban Landscape

Vertical Gardens and Prefabricated Steel Uniting Flexible Micro-Units in an Urban Landscape

Authors:

George Kontaroudis, Michail-Karolos Keranis, Dimitrios Stivaros

Fiberglass panels and prefabricated steel elements form a sustainable structure that adapts to urban density through flexible micro-units designed for diverse living arrangements.

5 key facts about this project

Modular design allows for seamless reconfiguration of living spaces to accommodate changing tenant needs.

Vertical gardens integrated into the façade enhance sustainability and aesthetic appeal.

Prefabricated steel structure reduces construction time and material waste.

Micro-unit layouts optimize space while providing essential amenities for urban living.

Customizable interior partitions enable multifunctional use of apartments.

General keywords

new york housing modular sustainable community flexible urban residential construction units

Project specific keywords

fiberglass modularity urban density vertical gardens heat pumps prefabricated steel partition walls micro-units shared spaces adaptive reuse

### Project Overview

Located at 225 West 28th Street in New York City, the MOD 12.5 initiative addresses the pressing challenges of urban housing by offering flexible and adaptive living solutions. This site holds historical significance, reflecting the city's evolution from traditional tenement buildings to contemporary urban residential models. The design aims to respond to the changing needs of a diverse population, aligning with current demands for affordable housing.

### Spatial Strategy and Adaptability

At the core of the design is a commitment to adaptability, allowing for reconfiguration of spaces in response to various tenant needs. The project utilizes a standard city block footprint of 25' x 100' to optimize land use while providing ample living space in a compact urban environment. Micro-units are integrated within a modular architectural framework that permits easy alteration of layouts, accommodating configurations such as studios and multi-bedroom apartments based on user requirements. This strategic planning emphasizes versatility without sacrificing structural integrity or design quality.

### Material Selection and Sustainability

The material palette is selected for its performance and sustainability, contributing to the overall environmental strategy of the project. Key materials include fiberglass insulated panels for thermal efficiency, a pre-fabricated steel structure that enhances construction speed and strength, and composite concrete used in beams and columns for structural support. Additionally, the exterior incorporates EIFS (Exterior Insulation and Finish Systems) to improve insulation and aesthetic quality. Each unit features a sophisticated wall system with movable partitions, inspired by traditional Japanese architectural elements, allowing for a dynamic use of interior space.

Furthermore, vertical heat pump systems and integrated green planters within the units reinforce the project’s commitment to eco-conscious living. Trellises support climbing plants, creating a green façade that enhances the building's environmental efficiency and visual appeal. The design not only meets contemporary housing needs but also exemplifies a sustainable approach to urban living.