Constructed with charred wooden shingles and cross-laminated timber panels, the compact vertical structure offers a multifunctional living space that harmonizes with its urban environment.
5 key facts about this project
01
Constructed primarily with cross-laminated timber panels for enhanced structural integrity.
02
Features a distinctive bent A-frame design that optimizes vertical space.
03
Utilizes charred wooden shingles for improved durability and aesthetic appeal.
04
Incorporates a rooftop terrace that extends the living area into the outdoors.
05
Designed with multifunctional spaces that adapt to the occupants' needs.
General keywords
Project specific keywords
The Wood Scraper is a compact architectural design project that emphasizes vertical living to maximize space in urban environments. This four-story residential structure integrates seamlessly into its natural surroundings, prioritizing functionality while promoting sustainability and aesthetic appeal. By utilizing wood as a primary material, the design rejects excessive ground footprint and champions ecological responsibility.
Unique Vertical Design Strategy
The Wood Scraper distinguishes itself from conventional residential designs through its upward orientation. By using a trapezoidal form, the building not only enhances visual interest but also efficiently distributes weight while maximizing interior space. The wooden cladding on the exterior blends harmoniously with the landscape, invoking a sense of calm and connection to nature, while large glass windows invite natural light, creating an inviting atmosphere.
The internal layout is meticulously planned, zoning the floors for distinct functions. The ground floor serves as a technical space for storage and drying, essential for practical living. The first floor accommodates sleeping and relaxation areas, designed with adaptable furniture to optimize space. The second floor offers a multifunctional zone for dining and work, demonstrating the importance of flexibility in modern living arrangements. The rooftop terrace provides an external area for leisure, further expanding the living space without consuming additional land.
Innovative Material Selection and Sustainability
Materiality is a key focus of the Wood Scraper project. Wood, sourced from renewable forests, serves not only as a structural component but also establishes a connection to the environment. The design incorporates sustainable practices, including energy-efficient fixtures and rainwater collection systems. Glass elements not only enhance aesthetics but also promote energy efficiency by maximizing daylight while providing views of the surroundings.
This project serves as a model for sustainable architecture, showing how thoughtful design can effectively address the challenges of contemporary urban living. The multidisciplinary approach emphasizes the need for eco-friendly materials and modular design solutions, making it adaptable to various contexts.
For a more detailed understanding of the Wood Scraper project, including architectural plans and sections, explore the presentation further to gain insights into its innovative design and functional solutions.
Unique Vertical Design Strategy
The Wood Scraper distinguishes itself from conventional residential designs through its upward orientation. By using a trapezoidal form, the building not only enhances visual interest but also efficiently distributes weight while maximizing interior space. The wooden cladding on the exterior blends harmoniously with the landscape, invoking a sense of calm and connection to nature, while large glass windows invite natural light, creating an inviting atmosphere.
The internal layout is meticulously planned, zoning the floors for distinct functions. The ground floor serves as a technical space for storage and drying, essential for practical living. The first floor accommodates sleeping and relaxation areas, designed with adaptable furniture to optimize space. The second floor offers a multifunctional zone for dining and work, demonstrating the importance of flexibility in modern living arrangements. The rooftop terrace provides an external area for leisure, further expanding the living space without consuming additional land.
Innovative Material Selection and Sustainability
Materiality is a key focus of the Wood Scraper project. Wood, sourced from renewable forests, serves not only as a structural component but also establishes a connection to the environment. The design incorporates sustainable practices, including energy-efficient fixtures and rainwater collection systems. Glass elements not only enhance aesthetics but also promote energy efficiency by maximizing daylight while providing views of the surroundings.
This project serves as a model for sustainable architecture, showing how thoughtful design can effectively address the challenges of contemporary urban living. The multidisciplinary approach emphasizes the need for eco-friendly materials and modular design solutions, making it adaptable to various contexts.
For a more detailed understanding of the Wood Scraper project, including architectural plans and sections, explore the presentation further to gain insights into its innovative design and functional solutions.
