Incorporating charred wooden shingles and geothermal systems, the residence harmonizes with its natural surroundings while promoting energy efficiency and a sensory living experience.
5 key facts about this project
01
Incorporates geothermal heating systems for energy efficiency.
02
Utilizes locally sourced charred wooden shingles for enhanced durability.
03
Features cross-laminated timber panels for structural integrity.
04
Designed with a bent A-frame structure to optimize natural light.
05
Integrates a native landscaping plan to promote local biodiversity.
General keywords
Project specific keywords
The Sense House project is located in Sete Lagoas, Brazil, and serves as a residential building designed to create a harmonious connection between its inhabitants and the surrounding environment. The primary function of the Sense House is to provide a serene living space that promotes interaction with nature while ensuring comfort and sustainability. This project implements principles of biophilic design, emphasizing the importance of natural elements in daily living.
The layout of the Sense House is carefully designed to facilitate a natural flow of movement between its various spaces. The house features distinct areas that include social spaces for gatherings, private rooms for individual reflection, and an environmentally preserved area that emphasizes local flora and fauna. Each section of the house is oriented to optimize views and natural light, thereby enhancing the living experience.
The architectural design uniquely incorporates materials that resonate with the local landscape. Wood forms the primary structural element, providing warmth and tactile engagement. Complementary to this, concrete is employed for its durability and grounding properties. Large glass openings are strategically placed to maximize natural light and frame views of the surrounding nature, while natural stone adds a sense of permanence and integrates the structure into its site.
The Sense House distinguishes itself from typical residential projects through its focus on sensory experiences. The design considers not only visual aesthetics but also acoustics and olfactory elements. The proximity to the Sangradoro Stream introduces soothing natural sounds that enhance the tranquility of the living environment. Additionally, the carefully selected vegetation in the garden contributes to a relaxing olfactory atmosphere, creating a multi-sensory experience that engages residents at multiple levels.
Sustainability is another crucial aspect of the Sense House's design. It employs renewable energy sources, such as solar power, and incorporates geothermal systems for regulating indoor temperatures. Accessibility is also prioritized throughout the project, ensuring that all areas are usable for individuals of varying physical abilities. Textured surfaces are integrated to enhance the tactile quality of the space, fostering a deeper connection with the materials used in construction.
The architectural plans and sections of the Sense House reveal the thoughtful arrangement and intricate details that contribute to its overall effectiveness as a dwelling. For those interested in exploring the technicalities behind the design, reviewing the architectural plans, sections, and designs will provide deeper insights into the project's innovative approach and thoughtful integration with the environment. This exploration will clarify how the Sense House effectively combines modern architecture with natural elements to create a functional and aesthetically appealing residence.
The layout of the Sense House is carefully designed to facilitate a natural flow of movement between its various spaces. The house features distinct areas that include social spaces for gatherings, private rooms for individual reflection, and an environmentally preserved area that emphasizes local flora and fauna. Each section of the house is oriented to optimize views and natural light, thereby enhancing the living experience.
The architectural design uniquely incorporates materials that resonate with the local landscape. Wood forms the primary structural element, providing warmth and tactile engagement. Complementary to this, concrete is employed for its durability and grounding properties. Large glass openings are strategically placed to maximize natural light and frame views of the surrounding nature, while natural stone adds a sense of permanence and integrates the structure into its site.
The Sense House distinguishes itself from typical residential projects through its focus on sensory experiences. The design considers not only visual aesthetics but also acoustics and olfactory elements. The proximity to the Sangradoro Stream introduces soothing natural sounds that enhance the tranquility of the living environment. Additionally, the carefully selected vegetation in the garden contributes to a relaxing olfactory atmosphere, creating a multi-sensory experience that engages residents at multiple levels.
Sustainability is another crucial aspect of the Sense House's design. It employs renewable energy sources, such as solar power, and incorporates geothermal systems for regulating indoor temperatures. Accessibility is also prioritized throughout the project, ensuring that all areas are usable for individuals of varying physical abilities. Textured surfaces are integrated to enhance the tactile quality of the space, fostering a deeper connection with the materials used in construction.
The architectural plans and sections of the Sense House reveal the thoughtful arrangement and intricate details that contribute to its overall effectiveness as a dwelling. For those interested in exploring the technicalities behind the design, reviewing the architectural plans, sections, and designs will provide deeper insights into the project's innovative approach and thoughtful integration with the environment. This exploration will clarify how the Sense House effectively combines modern architecture with natural elements to create a functional and aesthetically appealing residence.
