Incorporating vertical farming within a carbon concrete framework, this design redefines urban living by synergizing sustainability with multifunctional community spaces.
5 key facts about this project
01
Vertical farming systems are incorporated at various levels to promote local food production.
02
The structure utilizes 3D printed carbon concrete for enhanced sustainability and reduced weight.
03
Charred wooden shingles provide both aesthetic appeal and improved fire resistance.
04
Community spaces are designed for multifunctional use, supporting social interaction and activities.
05
The bent A-frame design optimizes natural light and ventilation throughout the building.
General keywords
The "Pilgrims' Hive" project represents an innovative approach to urban architecture aimed at addressing the pressing needs of modern cities. This architectural design encompasses a towering structure that combines residential, commercial, and community spaces into a cohesive and multifunctional environment. The project underscores the importance of sustainability, self-sufficiency, and community engagement, creating a model for future urban living.
The central feature of the "Pilgrims' Hive" is its dual composition: a dominating tower supported by an expansive pedestal. The tower serves multiple purposes, housing residences, markets, educational facilities, and recreational areas across various levels. Noteworthy is the integration of vertical farming systems, which aim to enhance local food production and reduce reliance on external sources. The pedestal contains essential community amenities, creating an interactive platform for residents and visitors.
The project is located in Turkey, strategically designed to revitalize abandoned urban areas. It highlights a commitment to ecological architecture, utilizing materials such as carbon concrete, Kerto wood, and crystal clear solar panels. These choices reflect a focus on minimizing environmental impact while ensuring structural integrity and aesthetic appeal.
Multifunctionality is a key aspect of this design, with vertical integration making efficient use of space. The tower’s locations for communal activities, such as markets and workshops, emphasize collaboration and social interaction among users. Specific details, such as community programs located at Level 40 and vertical farms at Level 82, demonstrate a tailored response to urban living challenges.
Sustainable features include comprehensive energy solutions. Harnessing geothermal and wind power alongside rainwater harvesting systems ensures that the project adheres to a zero-carbon philosophy. The architecture thus not only accommodates human habitation but also promotes ecological awareness within the urban landscape.
The "Pilgrims' Hive" distinguishes itself through its architectural design by merging community needs with environmental sustainability in a dense urban setting. The integration of vertical farms is particularly significant, as it allows for food cultivation within residential areas, promoting health and self-sufficiency.
For those interested in exploring this architectural project further, reviewing the architectural plans, architectural sections, and detailed architectural designs will provide deeper insights into its innovative design strategies and functional layout. This exploration will enhance understanding of the "Pilgrims' Hive" as a model for future urban development.
The central feature of the "Pilgrims' Hive" is its dual composition: a dominating tower supported by an expansive pedestal. The tower serves multiple purposes, housing residences, markets, educational facilities, and recreational areas across various levels. Noteworthy is the integration of vertical farming systems, which aim to enhance local food production and reduce reliance on external sources. The pedestal contains essential community amenities, creating an interactive platform for residents and visitors.
The project is located in Turkey, strategically designed to revitalize abandoned urban areas. It highlights a commitment to ecological architecture, utilizing materials such as carbon concrete, Kerto wood, and crystal clear solar panels. These choices reflect a focus on minimizing environmental impact while ensuring structural integrity and aesthetic appeal.
Multifunctionality is a key aspect of this design, with vertical integration making efficient use of space. The tower’s locations for communal activities, such as markets and workshops, emphasize collaboration and social interaction among users. Specific details, such as community programs located at Level 40 and vertical farms at Level 82, demonstrate a tailored response to urban living challenges.
Sustainable features include comprehensive energy solutions. Harnessing geothermal and wind power alongside rainwater harvesting systems ensures that the project adheres to a zero-carbon philosophy. The architecture thus not only accommodates human habitation but also promotes ecological awareness within the urban landscape.
The "Pilgrims' Hive" distinguishes itself through its architectural design by merging community needs with environmental sustainability in a dense urban setting. The integration of vertical farms is particularly significant, as it allows for food cultivation within residential areas, promoting health and self-sufficiency.
For those interested in exploring this architectural project further, reviewing the architectural plans, architectural sections, and detailed architectural designs will provide deeper insights into its innovative design strategies and functional layout. This exploration will enhance understanding of the "Pilgrims' Hive" as a model for future urban development.
