Elevated six feet above the Baltic shoreline, the structure uniquely combines patina copper and cedar to create a sustainable gathering space that seamlessly integrates with its coastal environment.
5 key facts about this project
01
Elevated six feet to mitigate flood risks while enhancing views of the Baltic coast.
02
Utilizes a combination of patina copper roofing and medium-light cedar wood for durability and aesthetics.
03
Incorporates cantilevered roofs that mimic natural wave forms for unique visual impact.
04
Features large openings that maximize natural light and connection to the surrounding landscape.
05
Integrates mosquito netting with copper poles, balancing comfort and functional design.
The project titled "At Water's Edge" is an architectural design intended for a site along Amber Road on the Baltic coast of Latvia. The design emphasizes a harmonious relationship with the natural landscape while providing a functional retreat for its users. Elevated six feet above the waterline, the structure is crafted to withstand environmental challenges and to embrace the scenic coastal setting.
Design Philosophy and Function
"At Water's Edge" combines contemporary architectural principles with a deep respect for ecological integrity. The primary function of the structure is to serve as a gathering space that facilitates relaxation and engagement with nature. The elevated design protects against flooding and ensures unobstructed views, promoting a strong connection to its surroundings. The project leverages open-plan spaces, allowing flexibility for various activities while maintaining a sense of openness and accessibility.
Unique Design Approaches
The architectural approach of this project is marked by its striking form, comprised of cantilevered roofs and angular facades that evoke the movements of waves and snow drifts. This design choice not only enhances aesthetic appeal but also optimizes structural performance, promoting effective water runoff and minimizing environmental impact.
Material selection plays a crucial role in the execution of the design. The use of patina copper for roofing and aluminum tubing for the structural frame reflects a focus on durability and longevity. In addition, medium-light cedar wood is utilized for floor structures and walkways, establishing a warm and inviting atmosphere while remaining cost-effective and sustainable. The incorporation of copper poles for mosquito nets exemplifies practical design solutions that prioritize user comfort.
Spatial layout is also a key aspect of the project. The progression through defined paths leading to various enclosed spaces reinforces the connection to the environment. Large openings in the structure allow natural light to penetrate interiors, fostering a sense of tranquility and immersion in the coastal landscape.
Interactions with Landscape and Environment
The project promotes biodiversity and ecological awareness. By raising the building above the flood level, the design mitigates risks associated with changing weather patterns while leaving minimal environmental footprint. The thoughtful integration of architecture with the surrounding ecosystem highlights a commitment to sustainable practices.
For those interested in exploring the intricacies of "At Water's Edge," further details can be found through the presentation of architectural plans, architectural sections, and architectural designs that illustrate the comprehensive design process. This project stands as a testament to modern architecture's capacity for integrating form, function, and sustainability within a coastal context.
Design Philosophy and Function
"At Water's Edge" combines contemporary architectural principles with a deep respect for ecological integrity. The primary function of the structure is to serve as a gathering space that facilitates relaxation and engagement with nature. The elevated design protects against flooding and ensures unobstructed views, promoting a strong connection to its surroundings. The project leverages open-plan spaces, allowing flexibility for various activities while maintaining a sense of openness and accessibility.
Unique Design Approaches
The architectural approach of this project is marked by its striking form, comprised of cantilevered roofs and angular facades that evoke the movements of waves and snow drifts. This design choice not only enhances aesthetic appeal but also optimizes structural performance, promoting effective water runoff and minimizing environmental impact.
Material selection plays a crucial role in the execution of the design. The use of patina copper for roofing and aluminum tubing for the structural frame reflects a focus on durability and longevity. In addition, medium-light cedar wood is utilized for floor structures and walkways, establishing a warm and inviting atmosphere while remaining cost-effective and sustainable. The incorporation of copper poles for mosquito nets exemplifies practical design solutions that prioritize user comfort.
Spatial layout is also a key aspect of the project. The progression through defined paths leading to various enclosed spaces reinforces the connection to the environment. Large openings in the structure allow natural light to penetrate interiors, fostering a sense of tranquility and immersion in the coastal landscape.
Interactions with Landscape and Environment
The project promotes biodiversity and ecological awareness. By raising the building above the flood level, the design mitigates risks associated with changing weather patterns while leaving minimal environmental footprint. The thoughtful integration of architecture with the surrounding ecosystem highlights a commitment to sustainable practices.
For those interested in exploring the intricacies of "At Water's Edge," further details can be found through the presentation of architectural plans, architectural sections, and architectural designs that illustrate the comprehensive design process. This project stands as a testament to modern architecture's capacity for integrating form, function, and sustainability within a coastal context.
