Constructed with charred wooden shingles and expansive glass, the design seamlessly integrates natural elements to create a hospice that promotes healing and emotional connection within an inviting landscape.
5 key facts about this project
01
Constructed with charred wooden shingles to enhance durability and aesthetics.
02
Strategically placed glass openings maximize natural light and views of greenery.
03
The design includes a healing garden integrated within the layout for therapeutic benefits.
04
Features an innovative bent A-frame structure that enhances spatial dynamics.
05
Utilizes cross-laminated timber panels for eco-friendly construction and thermal efficiency.
General keywords
Project specific keywords
The "TRANS-FOREST" project is an architectural design located in Seoul Forest, Seoul, South Korea, specifically conceived to serve as a hospice. This structure represents a confluence of healthcare needs and environmental engagement, aiming to create a tranquil and supportive atmosphere for patients and their families. The project emphasizes the integration of nature within its design, facilitating emotional well-being and interaction among users.
The primary function of the "TRANS-FOREST" hospice is to provide a transitional space that enhances healing through accessibility to nature, communal areas, and personal privacy. Each component of the design is strategically organized to optimize user experience, featuring patient rooms, communal dining areas, therapy spaces, and a chapel. These elements are interconnected to promote both individual reflection and communal support.
Spatial Organization and Materiality
The layout of the "TRANS-FOREST" project is characterized by its thoughtful arrangement of spaces that encourages fluid movement and interaction. Key areas, including patient rooms, therapy rooms, and communal gathering spaces, are designed to be accessible and welcoming. The communal dining area serves as a focal point for family interaction, while the incorporation of therapy rooms allows for holistic patient care.
Material selection is critical to the identity of this architectural design. The predominant use of wood reflects warmth, while glass enhances transparency and connectivity with the surrounding landscape. Concrete elements provide a foundation for structural stability. This combination of materials not only meets functional requirements but also aligns with the project's ethos of creating a calming environment conducive to healing.
Integration with Nature
What distinguishes the "TRANS-FOREST" project is its unique approach to integrating indoor and outdoor environments. Unlike conventional hospice designs, this project prioritizes direct interaction with nature through landscaped areas, water features, and green roofs. These design strategies contribute to a therapeutic acoustic environment while promoting biodiversity. The arrangement of spaces allows for seamless transitions between the interior and exterior, providing users with visual and sensory connections to the surrounding landscape.
For further insights into the "TRANS-FOREST" project, readers are encouraged to explore the architectural plans, sections, designs, and ideas. Examining these elements can offer a deeper understanding of the carefully considered approaches that inform this thoughtful architectural response to healthcare and community needs.
The primary function of the "TRANS-FOREST" hospice is to provide a transitional space that enhances healing through accessibility to nature, communal areas, and personal privacy. Each component of the design is strategically organized to optimize user experience, featuring patient rooms, communal dining areas, therapy spaces, and a chapel. These elements are interconnected to promote both individual reflection and communal support.
Spatial Organization and Materiality
The layout of the "TRANS-FOREST" project is characterized by its thoughtful arrangement of spaces that encourages fluid movement and interaction. Key areas, including patient rooms, therapy rooms, and communal gathering spaces, are designed to be accessible and welcoming. The communal dining area serves as a focal point for family interaction, while the incorporation of therapy rooms allows for holistic patient care.
Material selection is critical to the identity of this architectural design. The predominant use of wood reflects warmth, while glass enhances transparency and connectivity with the surrounding landscape. Concrete elements provide a foundation for structural stability. This combination of materials not only meets functional requirements but also aligns with the project's ethos of creating a calming environment conducive to healing.
Integration with Nature
What distinguishes the "TRANS-FOREST" project is its unique approach to integrating indoor and outdoor environments. Unlike conventional hospice designs, this project prioritizes direct interaction with nature through landscaped areas, water features, and green roofs. These design strategies contribute to a therapeutic acoustic environment while promoting biodiversity. The arrangement of spaces allows for seamless transitions between the interior and exterior, providing users with visual and sensory connections to the surrounding landscape.
For further insights into the "TRANS-FOREST" project, readers are encouraged to explore the architectural plans, sections, designs, and ideas. Examining these elements can offer a deeper understanding of the carefully considered approaches that inform this thoughtful architectural response to healthcare and community needs.
