Dang Minh Khoi 
Utilizing a hexagonal modular design beneath urban bridges, the project integrates reinforced concrete and glass facades with solar panels to create sustainable communal housing solutions.
5 key facts about this project
01
Utilizes hexagonal modules for optimal space efficiency beneath urban bridges.
02
Incorporates solar panels for energy self-sufficiency in a communal living environment.
03
Features durable glass facades that maximize natural light in compact living spaces.
04
Integrates seamlessly with bridge structures to minimize disruption and enhance stability.
05
Promotes community interaction through multi-functional public spaces within the design.
General keywords
Project specific keywords
The "HexaHive" project utilizes under-bridge spaces to provide innovative housing solutions in urban areas. This architectural design responds to the pressing issue of urban housing shortages by transforming overlooked infrastructure into livable environments. The project comprises a series of modular, hexagonally shaped units that are adaptable to various bridge designs, promoting efficient space utilization and community interaction.
Community-Centric Modular Design
The hexagonal configuration of the units serves multiple functions. Each module fosters a sense of community, as it facilitates engagement among residents. The open layout of the units allows for flexible use of space, accommodating diverse living arrangements and activities. Residential units are interspersed with communal areas, such as markets and gardens, enhancing social connectivity. This design approach aims to create a micro-community that supports social interactions, encouraging a supportive living environment amidst urban settings.
Innovative Materiality and Sustainability
The "HexaHive" project emphasizes sustainable material choices, incorporating reinforced concrete for structural integrity, steel frameworks for lightness and strength, glass panels for natural light entry, and wood finishes to create a warm interior atmosphere. Solar panels are also an integral part of the design, serving to harness renewable energy and reduce the project's overall environmental impact. This focus on sustainability and innovative materiality distinguishes the "HexaHive" from conventional urban housing projects, which often neglect ecological considerations.
Adaptive Integration with Urban Infrastructure
One unique aspect of the "HexaHive" is its ability to seamlessly integrate with existing urban infrastructure. The design requires careful structural engineering to ensure that the housing units can be supported safely beneath bridges. The points of attachment to the bridge structure are meticulously planned, ensuring stability while minimizing disruption to the bridge’s function. This adaptive integration not only utilizes space effectively but also exemplifies a responsible architectural approach to urban development.
To explore detailed architectural plans, sections, and designs of the "HexaHive" project, readers are encouraged to review the full presentation. Gaining insights into these architectural ideas can provide a comprehensive understanding of how this innovative project addresses urban living challenges.
Community-Centric Modular Design
The hexagonal configuration of the units serves multiple functions. Each module fosters a sense of community, as it facilitates engagement among residents. The open layout of the units allows for flexible use of space, accommodating diverse living arrangements and activities. Residential units are interspersed with communal areas, such as markets and gardens, enhancing social connectivity. This design approach aims to create a micro-community that supports social interactions, encouraging a supportive living environment amidst urban settings.
Innovative Materiality and Sustainability
The "HexaHive" project emphasizes sustainable material choices, incorporating reinforced concrete for structural integrity, steel frameworks for lightness and strength, glass panels for natural light entry, and wood finishes to create a warm interior atmosphere. Solar panels are also an integral part of the design, serving to harness renewable energy and reduce the project's overall environmental impact. This focus on sustainability and innovative materiality distinguishes the "HexaHive" from conventional urban housing projects, which often neglect ecological considerations.
Adaptive Integration with Urban Infrastructure
One unique aspect of the "HexaHive" is its ability to seamlessly integrate with existing urban infrastructure. The design requires careful structural engineering to ensure that the housing units can be supported safely beneath bridges. The points of attachment to the bridge structure are meticulously planned, ensuring stability while minimizing disruption to the bridge’s function. This adaptive integration not only utilizes space effectively but also exemplifies a responsible architectural approach to urban development.
To explore detailed architectural plans, sections, and designs of the "HexaHive" project, readers are encouraged to review the full presentation. Gaining insights into these architectural ideas can provide a comprehensive understanding of how this innovative project addresses urban living challenges.
