CNC-cut textured wood surfaces create a navigable environment for visually impaired residents, transforming repurposed urban space into a functional and accessible home.
5 key facts about this project
01
CNC-cut wood elements create tactile guideways for navigation.
02
Charred wooden shingles provide weather resistance and a unique aesthetic.
03
The bent A-frame design maximizes headroom while minimizing footprint.
04
Innovative storage solutions incorporate tactile identification features.
05
The site repurposes unused commercial space, promoting urban revitalization.
General keywords
Project specific keywords
The architectural design project focuses on creating a residential unit specifically tailored for a blind individual. It aims to address the challenges of navigation and accessibility within an urban context while promoting independence and comfort. This project repurposes an existing commercial space into a functional home, exemplifying sustainable urban development practices.
The design emphasizes sensory engagement, integrating tactile and auditory elements to facilitate interaction with the living environment. The layout consists of a compact, elongated geometry that strategically arranges living areas, kitchen space, and storage. The material palette is selected not only for durability but also for its tactile qualities, enhancing the sensory experience for the user.
Innovative Navigation Features
A significant aspect of this project is its innovative navigation features. The architectural design includes a guide hallway with textured surfaces that provide tactile feedback, assisting the resident in understanding spatial boundaries. CNC-cut patterns on storage cupboards enable users to identify different compartments through touch. This contrasts with conventional home layouts, as it prioritizes sensory input over visual aesthetics.
Multiple shutter options are incorporated to allow the resident to control light and air flow within the space, enhancing comfort while ensuring safety. This responsive approach represents a departure from typical residential designs by catering directly to the specific needs of visually impaired individuals.
Material Choices and Sensory Engagement
The project employs a material palette that includes wood, concrete, glass, and metals, chosen for their structural and sensory benefits. Wood is used for cupboard surfaces due to its warmth and texture, while concrete provides necessary stability. Glass strategically permits natural light, fostering an inviting environment without compromising security. Textured surfaces throughout the home are essential for creating a tactile-rich experience that encourages exploration and ease of navigation.
The architectural design fosters a sense of community by situating itself within a historical urban environment, integrating seamlessly into the local context. This attention to place enhances the project's overall impact and reinforces the importance of accessibility within modern architecture.
Readers interested in exploring the full scope of this project should examine the detailed architectural plans, sections, and designs presented. These elements will provide deeper insights into the innovative approaches taken and the thoughtful considerations that define this unique architectural endeavor.
The design emphasizes sensory engagement, integrating tactile and auditory elements to facilitate interaction with the living environment. The layout consists of a compact, elongated geometry that strategically arranges living areas, kitchen space, and storage. The material palette is selected not only for durability but also for its tactile qualities, enhancing the sensory experience for the user.
Innovative Navigation Features
A significant aspect of this project is its innovative navigation features. The architectural design includes a guide hallway with textured surfaces that provide tactile feedback, assisting the resident in understanding spatial boundaries. CNC-cut patterns on storage cupboards enable users to identify different compartments through touch. This contrasts with conventional home layouts, as it prioritizes sensory input over visual aesthetics.
Multiple shutter options are incorporated to allow the resident to control light and air flow within the space, enhancing comfort while ensuring safety. This responsive approach represents a departure from typical residential designs by catering directly to the specific needs of visually impaired individuals.
Material Choices and Sensory Engagement
The project employs a material palette that includes wood, concrete, glass, and metals, chosen for their structural and sensory benefits. Wood is used for cupboard surfaces due to its warmth and texture, while concrete provides necessary stability. Glass strategically permits natural light, fostering an inviting environment without compromising security. Textured surfaces throughout the home are essential for creating a tactile-rich experience that encourages exploration and ease of navigation.
The architectural design fosters a sense of community by situating itself within a historical urban environment, integrating seamlessly into the local context. This attention to place enhances the project's overall impact and reinforces the importance of accessibility within modern architecture.
Readers interested in exploring the full scope of this project should examine the detailed architectural plans, sections, and designs presented. These elements will provide deeper insights into the innovative approaches taken and the thoughtful considerations that define this unique architectural endeavor.
