Naufal Anggana Priandri, 
Christin Meneses Castillo 
Harnessing wave energy through buoyant design, the floating community employs aluminum composite structures and integrated desalination systems to create a sustainable living environment on the water.
5 key facts about this project
01
Utilizes wave energy generators for on-site electricity production.
02
Incorporates a desalination system for sustainable freshwater sourcing.
03
Features aluminum composite panels for enhanced durability and aesthetics.
04
Designed with flexible modular units adaptable to resident needs.
05
Includes communal spaces to foster social interaction among residents.
General keywords
Project specific keywords
General Description
The WaveFusion project is a floating architectural design situated in a coastal environment, aimed at addressing both housing needs and sustainability challenges posed by rising sea levels. This project envisions a community that operates entirely off-grid, utilizing renewable energy sourced from ocean waves. The architectural design incorporates modular living units that prioritize adaptability and communal living, making it suitable for diverse demographics, particularly young professionals. The form of the structures takes inspiration from marine biology, which results in organic, fluid shapes that are both visually appealing and functional within their environment.
Innovative Integration of Natural Systems
What distinguishes WaveFusion from other similar projects is its distinctive approach to integrating natural systems and energy production into the design. The use of wave energy generators harnesses the natural movement of ocean waves to create a sustainable power source for the community. Each buoy-like unit is designed to float, providing stability and resilience against variable marine conditions. Additionally, the project incorporates a desalination unit to convert seawater into potable water, addressing the critical resource needs of residents. The communal areas encourage social interactions and foster a sense of community, showcasing an integration of architecture and communal lifestyle that is not often seen in typical residential projects.
Material and Design Considerations
The materials utilized in the WaveFusion project include QuadCore LEC insulated panels for structural integrity and thermal efficiency, alongside custom aluminum composite panels that enhance durability and aesthetics. The design also integrates glass roofs and solar tubes to maximize natural light within the living spaces, reducing reliance on artificial lighting. Constructively, the modular approach allows for the easy reconfiguration of spaces, supporting multifunctional uses that adapt to the needs of residents. The overall design not only meets practical living requirements but also establishes an ecological sensitivity within the urban coastal context.
For further insights into the architectural plans, sections, designs, and ideas behind WaveFusion, readers are encouraged to explore the project presentation in greater detail. This exploration will shed light on the thoughtfully executed elements that contribute to the overall vision of sustainable and resilient coastal living.
The WaveFusion project is a floating architectural design situated in a coastal environment, aimed at addressing both housing needs and sustainability challenges posed by rising sea levels. This project envisions a community that operates entirely off-grid, utilizing renewable energy sourced from ocean waves. The architectural design incorporates modular living units that prioritize adaptability and communal living, making it suitable for diverse demographics, particularly young professionals. The form of the structures takes inspiration from marine biology, which results in organic, fluid shapes that are both visually appealing and functional within their environment.
Innovative Integration of Natural Systems
What distinguishes WaveFusion from other similar projects is its distinctive approach to integrating natural systems and energy production into the design. The use of wave energy generators harnesses the natural movement of ocean waves to create a sustainable power source for the community. Each buoy-like unit is designed to float, providing stability and resilience against variable marine conditions. Additionally, the project incorporates a desalination unit to convert seawater into potable water, addressing the critical resource needs of residents. The communal areas encourage social interactions and foster a sense of community, showcasing an integration of architecture and communal lifestyle that is not often seen in typical residential projects.
Material and Design Considerations
The materials utilized in the WaveFusion project include QuadCore LEC insulated panels for structural integrity and thermal efficiency, alongside custom aluminum composite panels that enhance durability and aesthetics. The design also integrates glass roofs and solar tubes to maximize natural light within the living spaces, reducing reliance on artificial lighting. Constructively, the modular approach allows for the easy reconfiguration of spaces, supporting multifunctional uses that adapt to the needs of residents. The overall design not only meets practical living requirements but also establishes an ecological sensitivity within the urban coastal context.
For further insights into the architectural plans, sections, designs, and ideas behind WaveFusion, readers are encouraged to explore the project presentation in greater detail. This exploration will shed light on the thoughtfully executed elements that contribute to the overall vision of sustainable and resilient coastal living.
