Rehan Nakhooda, 
Evelyn Foster, 
Utilizing a Dri-Design metal facade and QuadCore insulation, the design integrates modular living spaces into an underused rooftop, providing a sustainable solution for urban dwelling.
5 key facts about this project
01
Utilizes a Dri-Design metal facade for durability and weather resistance.
02
Incorporates QuadCore insulation for superior energy efficiency.
03
Features a compact footprint of approximately 25 square meters.
04
Employs a modular design that allows easy replication on various rooftops.
05
Integrates adaptive furniture solutions to maximize functional space.
General keywords
Project specific keywords
The Tiny Haven project, situated on 44 Trinity Street in the Distillery District of Toronto, represents a novel approach to urban architecture by converting underutilized rooftops in abandoned buildings into sustainable micro-housing solutions. The design focuses on utilizing modular construction methods to optimize both space and resources, responding to the pressing issue of urban housing shortages while revitalizing an area rich in historical significance.
The primary function of Tiny Haven is to provide compact, livable spaces that meet the needs of urban dwellers. Each unit spans approximately 25 square meters and is designed for maximum efficiency without sacrificing comfort. The layout comprises two levels, featuring an open-plan kitchen and living area on the ground floor along with a mezzanine bedroom above. This vertical organization not only enhances spatial utilization but also allows for natural light to permeate throughout the living spaces, fostering a comfortable indoor environment.
The materials selected for the project contribute to its unique character and functionality. The Dri-Design Cassette System façade provides a contemporary aesthetic while ensuring durability and weather resistance. The QuadCore KS1000 RW roof panels are utilized for their insulating properties, promoting energy efficiency, essential in urban settings. Troldtekt v-line ceiling panels are incorporated to improve acoustic performance, addressing a common concern in densely populated areas.
The design employs innovative modular strategies that distinguish Tiny Haven from conventional housing projects. By integrating adaptable furniture solutions, such as convertible seating and storage staircases, the project maximizes the functionality of each unit without overwhelming the space. Additionally, the emphasis on sustainability is evident in the selection of non-ferrous EPDM backed washers for structural integrity and 4mm Ø butyl rubber sealant to ensure waterproofing, reinforcing the project's commitment to long-term resilience and environmental responsibility.
This architectural endeavor not only addresses immediate housing needs but also provides a template for future urban development. The modular, adaptive approach allows for scalability, suggesting potential applications across various rooftops in Toronto and beyond. The focus on community engagement through the revitalization of historically significant districts further adds to the project's relevance and potential impact.
For more information about the Tiny Haven project, including architectural plans, sections, designs, and innovative ideas, we encourage readers to explore the detailed presentation of the project. This exploration will provide deeper insights into how this design integrates functionality, sustainability, and aesthetics, paving the way for the future of urban living.
The primary function of Tiny Haven is to provide compact, livable spaces that meet the needs of urban dwellers. Each unit spans approximately 25 square meters and is designed for maximum efficiency without sacrificing comfort. The layout comprises two levels, featuring an open-plan kitchen and living area on the ground floor along with a mezzanine bedroom above. This vertical organization not only enhances spatial utilization but also allows for natural light to permeate throughout the living spaces, fostering a comfortable indoor environment.
The materials selected for the project contribute to its unique character and functionality. The Dri-Design Cassette System façade provides a contemporary aesthetic while ensuring durability and weather resistance. The QuadCore KS1000 RW roof panels are utilized for their insulating properties, promoting energy efficiency, essential in urban settings. Troldtekt v-line ceiling panels are incorporated to improve acoustic performance, addressing a common concern in densely populated areas.
The design employs innovative modular strategies that distinguish Tiny Haven from conventional housing projects. By integrating adaptable furniture solutions, such as convertible seating and storage staircases, the project maximizes the functionality of each unit without overwhelming the space. Additionally, the emphasis on sustainability is evident in the selection of non-ferrous EPDM backed washers for structural integrity and 4mm Ø butyl rubber sealant to ensure waterproofing, reinforcing the project's commitment to long-term resilience and environmental responsibility.
This architectural endeavor not only addresses immediate housing needs but also provides a template for future urban development. The modular, adaptive approach allows for scalability, suggesting potential applications across various rooftops in Toronto and beyond. The focus on community engagement through the revitalization of historically significant districts further adds to the project's relevance and potential impact.
For more information about the Tiny Haven project, including architectural plans, sections, designs, and innovative ideas, we encourage readers to explore the detailed presentation of the project. This exploration will provide deeper insights into how this design integrates functionality, sustainability, and aesthetics, paving the way for the future of urban living.
