Elevated above the landscape, the cabins utilize heat-treated wood and glass to create a seamless connection to nature while serving as retreats focused on well-being and meditation.
5 key facts about this project
01
Cabins are elevated to minimize ecological impact and enhance natural airflow.
02
Construction utilizes heat-treated wood for durability and aesthetics.
03
Window gardens bring greenery inside, enhancing indoor air quality.
04
Flexible interior layouts accommodate various functions, from meditation to socializing.
05
Natural ventilation is integrated to promote comfort without reliance on mechanical systems.
General keywords
GENERAL DESCRIPTION
The project "ETHER" is an architectural design that focuses on creating a harmonious living space while promoting well-being and sustainability. It is designed as a series of elevation-oriented cabins that blend with the natural landscape, embodying the relationship between inhabitants and their environment. Emphasizing the five foundational elements—earth, water, air, fire, and ether—the design integrates these concepts into both form and function.
The structure features a robust steel frame and heat-treated wooden cladding, providing durability and aesthetically engaging visuals. Glass elements are creatively used to establish transparent connections with the outside landscape, enhancing the experience of openness and natural light. Each cabin functions as a retreat that fosters meditation, relaxation, and social interaction, effectively serving its purpose of promoting serenity and connection with nature.
UNIQUE DESIGN APPROACHES
A distinguishing feature of the "ETHER" project is its strategy of elevation above the ground, allowing for minimal ecological disruption beneath the structures. This approach creates a sense of floating above the terrain, promoting airflow and visual engagement with the surroundings. The cabins are positioned to maximize views and natural light, oriented towards the southeast, enhancing the inhabitants' experience throughout the day.
The use of renewable materials, such as cork and locally sourced woods, underlines the project's commitment to sustainability while ensuring a warm and tactile experience within the interior spaces. The interior is designed for flexibility, enabling various uses including social gatherings and solitary reflection. Features such as window gardens not only enhance aesthetics but also incorporate greenery into the living environment, enriching the sensory experience and contributing to ecological balance.
FUNCTIONAL AND TECHNICAL DETAILS
The architectural design integrates advanced ecological solutions, such as solar panels and rainwater harvesting systems, which significantly reduce the energy footprint of the cabins. This aligns with the overall objective of promoting self-sufficiency and ecological responsibility. Inside, the layout adapts to various activities and can accommodate multiple configurations, from communal spaces to private retreats. The incorporation of fired brick slabs for flooring combines traditional construction methods with modern design sensibilities, creating a solid foundation that resonates with the context.
To fully appreciate the nuances of this project, including its architectural plans, sections, designs, and ideas, readers are encouraged to explore the project's presentation for a comprehensive understanding of its intricacies and potential implications in the field of architecture.
The project "ETHER" is an architectural design that focuses on creating a harmonious living space while promoting well-being and sustainability. It is designed as a series of elevation-oriented cabins that blend with the natural landscape, embodying the relationship between inhabitants and their environment. Emphasizing the five foundational elements—earth, water, air, fire, and ether—the design integrates these concepts into both form and function.
The structure features a robust steel frame and heat-treated wooden cladding, providing durability and aesthetically engaging visuals. Glass elements are creatively used to establish transparent connections with the outside landscape, enhancing the experience of openness and natural light. Each cabin functions as a retreat that fosters meditation, relaxation, and social interaction, effectively serving its purpose of promoting serenity and connection with nature.
UNIQUE DESIGN APPROACHES
A distinguishing feature of the "ETHER" project is its strategy of elevation above the ground, allowing for minimal ecological disruption beneath the structures. This approach creates a sense of floating above the terrain, promoting airflow and visual engagement with the surroundings. The cabins are positioned to maximize views and natural light, oriented towards the southeast, enhancing the inhabitants' experience throughout the day.
The use of renewable materials, such as cork and locally sourced woods, underlines the project's commitment to sustainability while ensuring a warm and tactile experience within the interior spaces. The interior is designed for flexibility, enabling various uses including social gatherings and solitary reflection. Features such as window gardens not only enhance aesthetics but also incorporate greenery into the living environment, enriching the sensory experience and contributing to ecological balance.
FUNCTIONAL AND TECHNICAL DETAILS
The architectural design integrates advanced ecological solutions, such as solar panels and rainwater harvesting systems, which significantly reduce the energy footprint of the cabins. This aligns with the overall objective of promoting self-sufficiency and ecological responsibility. Inside, the layout adapts to various activities and can accommodate multiple configurations, from communal spaces to private retreats. The incorporation of fired brick slabs for flooring combines traditional construction methods with modern design sensibilities, creating a solid foundation that resonates with the context.
To fully appreciate the nuances of this project, including its architectural plans, sections, designs, and ideas, readers are encouraged to explore the project's presentation for a comprehensive understanding of its intricacies and potential implications in the field of architecture.
