Incorporating vertical gardens and 3D-printed components within a robust concrete and glass structure, this residence offers a contemporary living environment that harmonizes with its natural surroundings.
5 key facts about this project
01
Incorporates 3D-printed components for precise structural elements.
02
Features a modular design that allows for future expansion.
03
Utilizes vertical gardens to enhance interior air quality.
04
Combines extensive glass facades for optimal natural light.
05
Integrates solar panels seamlessly into the roof structure.
General keywords
Project specific keywords
The architectural project "In The Box" redefines contemporary residential design through its modular approach and seamless integration with the surrounding environment. This project emphasizes a clear connection between indoor and outdoor living spaces while maintaining functionality and aesthetics. The design effectively utilizes natural light and sustainable materials to create an inviting and efficient living environment.
The main structural component, referred to as the COVER BOX, serves as the primary protective layer over the living areas, incorporating adjustable horizontal blinds that respond to varying weather conditions. This feature not only extends the usability of the spaces below but also enhances energy efficiency by regulating natural light and temperature.
The HABITAT SPACE, functioning as the core living area, integrates a vertical garden system, reinforcing the relationship between architecture and nature. This innovative element, combined with expansive glass facades, promotes biophilic design principles by allowing natural views and fresh air to become part of daily life.
Unique Design Approaches and Features
Unlike traditional residential designs, "In The Box" showcases a meticulous focus on modularity and adaptability. The use of 3D-printed components for specific structural and decorative elements highlights the project’s commitment to contemporary construction methods, allowing for precision and customization. This modern technique reduces waste and promotes efficient use of resources.
The integration of vertical gardens within the living spaces serves both aesthetic and functional purposes. These gardens improve air quality while enhancing the aesthetic appeal of the interiors. The selection of materials is thoughtful and deliberate, with concrete providing structural stability, glass maximizing light and views, and wood adding warmth to the overall design. The architectural choice of combining steel with these materials lends strength to the structure while maintaining a visually appealing balance.
Functionality is further enhanced by the open layout of the first floor, which encompasses a spacious living room, dining area, and kitchen, catering to modern family lifestyles. The arrangement facilitates free movement and interaction, making it suitable for social gatherings and daily activities. Private spaces on the second floor prioritize comfort and privacy, with well-sized bedrooms that capitalize on natural light and outdoor views.
Architectural Elements and Technical Aspects
The architectural design effectively employs sustainable practices through the inclusion of solar panels, providing an eco-friendly energy source that supports the home's energy needs. Additionally, water features around the property contribute to a soothing atmosphere, promoting relaxation.
The architectural plans illustrate clear zoning, distinguishing between public and private areas while ensuring fluidity between indoor and outdoor environments. Each design decision reflects a commitment to creating a harmonious living space that embraces nature while addressing modern lifestyle requirements.
For those interested in understanding the intricacies of this project, exploring the architectural plans, architectural sections, and architectural designs will provide valuable insights into its innovative elements and technical details. The project stands as a study in how contemporary architectural ideas can effectively respond to both form and function in residential contexts.
The main structural component, referred to as the COVER BOX, serves as the primary protective layer over the living areas, incorporating adjustable horizontal blinds that respond to varying weather conditions. This feature not only extends the usability of the spaces below but also enhances energy efficiency by regulating natural light and temperature.
The HABITAT SPACE, functioning as the core living area, integrates a vertical garden system, reinforcing the relationship between architecture and nature. This innovative element, combined with expansive glass facades, promotes biophilic design principles by allowing natural views and fresh air to become part of daily life.
Unique Design Approaches and Features
Unlike traditional residential designs, "In The Box" showcases a meticulous focus on modularity and adaptability. The use of 3D-printed components for specific structural and decorative elements highlights the project’s commitment to contemporary construction methods, allowing for precision and customization. This modern technique reduces waste and promotes efficient use of resources.
The integration of vertical gardens within the living spaces serves both aesthetic and functional purposes. These gardens improve air quality while enhancing the aesthetic appeal of the interiors. The selection of materials is thoughtful and deliberate, with concrete providing structural stability, glass maximizing light and views, and wood adding warmth to the overall design. The architectural choice of combining steel with these materials lends strength to the structure while maintaining a visually appealing balance.
Functionality is further enhanced by the open layout of the first floor, which encompasses a spacious living room, dining area, and kitchen, catering to modern family lifestyles. The arrangement facilitates free movement and interaction, making it suitable for social gatherings and daily activities. Private spaces on the second floor prioritize comfort and privacy, with well-sized bedrooms that capitalize on natural light and outdoor views.
Architectural Elements and Technical Aspects
The architectural design effectively employs sustainable practices through the inclusion of solar panels, providing an eco-friendly energy source that supports the home's energy needs. Additionally, water features around the property contribute to a soothing atmosphere, promoting relaxation.
The architectural plans illustrate clear zoning, distinguishing between public and private areas while ensuring fluidity between indoor and outdoor environments. Each design decision reflects a commitment to creating a harmonious living space that embraces nature while addressing modern lifestyle requirements.
For those interested in understanding the intricacies of this project, exploring the architectural plans, architectural sections, and architectural designs will provide valuable insights into its innovative elements and technical details. The project stands as a study in how contemporary architectural ideas can effectively respond to both form and function in residential contexts.
