Grow Together Fungsi Utama: Perumahan Mikro by Yanci Chen

Grow Together Fungsi Utama: Perumahan Mikro by Yanci Chen is a highly esteemed winner of the very prestigious 2025 A' Design Award Besi in Reka Bentuk Sosial Competition Category.

BesiSosial· 2025

Grow Together Fungsi Utama: Perumahan Mikro

by Yanci Chen

Client: Ycj Studio

A' Design Award Besi Winner in Sosial Category

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Verified Award Winner
Verify Award Status for #170170

View at A' Design Award Press Release Award Badge

Colors

The Design

About Grow Together Fungsi Utama: Perumahan Mikro

Teks Buku: Grow Together adalah projek perumahan mikro modular yang menangani isu kegelandangan di Seattle. Reka bentuk ini meletakkan tempat perlindungan padat luar grid di halaman belakang kediaman, menawarkan perumahan sementara yang berhampiran dengan kawasan kejiranan sedia ada. Setiap unit berukuran 3,000 kali 6,000 milimeter dan dibina daripada kayu balak silang lamina (cross-laminated timber) dan keluli kitar semula bagi membolehkan pemasangan pantas. Panel solar, penapisan air hujan dan tandas kompos menyokong sistem kendiri yang lestari. Rumah hijau kongsi dan ruang komuniti yang fleksibel menjadi tempat bagi program berkebun dan pembinaan kemahiran. Susun atur ini melindungi privasi sambil menggalakkan integrasi semula sosial.

The Recognition

About the A' Design Award Besi

Grow Together Fungsi Utama: Perumahan Mikro ialah pemenang A' Design Award Besi, pengiktirafan yang berprestij yang dianugerahkan kepada reka bentuk yang baik yang memenuhi keperluan profesional dan industri yang dijangka daripada ciptaan yang direka dengan baik. Pemenang Besi menunjukkan kemahiran yang besar, kepakaran yang tinggi, kefahaman pakar dan keupayaan kreatif penciptanya. Grow Together Fungsi Utama: Perumahan Mikro diharapkan menjadi ciptaan yang sangat dihargai, dikagumi dan disayangi yang praktikal dan inovatif. Reka bentuk pemenang A' Design Award Besi ini menyepadukan amalan terbaik industri dan mempunyai ciri teknikal yang kompeten yang dikaitkan dengan kepakaran dan bakat. Grow Together Fungsi Utama: Perumahan Mikro dihormati kerana ketelitiannya dan direka untuk memberikan peningkatan kualiti hidup yang membantu menjadikan dunia tempat yang lebih baik.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: Grow Together is an intergenerational community hub that integrates adaptive architecture, urban farming, and sustainable living. The design fosters cross-generational exchange through modular housing, shared greenhouses, and flexible communal spaces. Utilizing biophilic principles, passive cooling, and circular material strategies, it enhances resilience and well-being. Its unique strength lies in fostering social cohesion while promoting ecological responsibility and self-sufficiency.
Dimensions & Packaging: Grow Together features modular micro-housing units measuring 3,000mm (W) x 6,000mm (D) x 3,200mm (H), designed for easy deployment in residential backyards. Each unit incorporates off-grid solar panels, a rainwater filtration system, and composting toilets for self-sufficiency. The lightweight CLT and recycled steel structure allows for rapid assembly. Shared community hubs range from 20m² to 50m², integrating urban farming zones and flexible gathering spaces for reintegration programs.
Tags: micro-housing, intergenerational living, homelessness solution, modular architecture, urban farming, off-grid shelter, sustainable design, community reintegration, adaptive reuse, social impact
Production Technology: Grow Together utilizes prefabricated modular construction, integrating cross-laminated timber (CLT), recycled steel frames, and bio-based insulation for sustainability and efficiency. The design employs passive solar strategies, rainwater harvesting, and off-grid energy solutions to ensure self-sufficiency. Digital parametric modeling and AI-assisted spatial optimization guided the form and layout, maximizing adaptability, privacy, and seamless integration within existing urban fabric.
Design Challenge: The greatest challenge in Grow Together was balancing privacy and social reintegration while ensuring scalability and feasibility. Socially, resistance to backyard shelters required design solutions that reassured homeowners and preserved neighborhood aesthetics. Legally, zoning restrictions and permitting posed barriers. Technologically, optimizing off-grid utilities in a compact form was complex. Overcoming these required community engagement, modular innovation, and adaptive policy integration.
Research: Grow Together is based on social impact and architectural research addressing homelessness in Seattle. The objective was to explore backyard micro-housing as a transitional solution for reintegration. Using case studies, interviews, and spatial analysis, data was collected from homeowners, social workers, and unhoused individuals. Findings highlight the need for privacy, community engagement, and self-sufficiency. The project fosters scalable, community-driven solutions, influencing urban policy and inclusive design.
Inspiration: Grow Together is inspired by the urgent social challenge of homelessness in Seattle and the growing willingness of residents to share their backyards for micro/off-grid shelters. The project reimagines communal reintegration through modular, self-sustaining dwellings that offer transitional housing for individuals seeking to reconnect with society. By integrating adaptive architecture and urban farming, it fosters dignity, autonomy, and social inclusion.
Project Duration: March 2024 Seattle
Operation Flow: Grow Together operates as a flexible micro-housing solution that reintegrates individuals experiencing homelessness into the community. Homeowners can install modular units in their backyards, providing temporary, self-sustaining shelters. Residents engage in shared gardening, skill-building, and social programs in communal spaces. The adaptable design ensures privacy while fostering interaction, creating a supportive transition toward permanent housing and social reintegration.
Patents: Copyrights belong to Yanci Chen
Team Members: Yanci Chen
Image Credits: Yanci Chen