Utilizing cross-laminated timber and charred wood, this modern skyscraper seamlessly integrates sustainability with functionality, providing an innovative mixed-use environment in the heart of the city.
5 key facts about this project
01
The structure features a bent A-frame design that enhances aesthetic appeal and structural efficiency.
02
Cross-laminated timber panels are utilized not only for sustainability but also for superior thermal performance throughout the building.
03
Charred wooden shingles are incorporated into the facade, providing a unique fire-resistant finish while creating a textured visual identity.
04
The design allows for flexible floor plans, enabling seamless transitions between residential and office spaces as urban demands fluctuate.
05
The vertical circulation system employs a "Transferred Lift Stack," optimizing elevator efficiency and minimizing waiting times for occupants.
General keywords
This architectural design project presents a noteworthy exploration of combining materials and concepts in an urban environment. Located in New York, the project signifies a contemporary approach to skyscraper design, integrating a hybrid construction system that utilizes both mass timber and reinforced concrete. This combination not only speaks to structural integrity but also aligns with the growing demand for sustainability in architecture.
The design represents a shift towards greater ecological awareness in urban development. By prioritizing timber, known for its lower carbon footprint compared to traditional construction materials, the project sets a precedent for future architectural endeavors. This skyscraper is carefully crafted to accommodate a diverse range of functions, including residential, commercial, and recreational spaces. By integrating these elements, the design fosters a mixed-use atmosphere that supports urban living, work, and leisure, ideally positioned to cater to a modern city's needs.
Key components of the project contribute to its innovative character. The overall massing is designed to rise approximately 300 meters, exhibiting a sleek and refined silhouette that complements the surrounding urban context. The hybrid structure plays a pivotal role in defining the building's innovative approach, as it combines the compressive strength of reinforced concrete with the lightweight and insulating properties of mass timber. This strategic use of materials not only ensures structural stability but also addresses environmental concerns by promoting renewable materials in high-rise constructions.
Internally, the project features well-defined zones for various activities. Office spaces occupy several floors, providing ample room for modern businesses, while residential units are strategically integrated to create a seamless live-work environment. This thoughtful organization supports a vibrant community, encouraging interaction among residents and visitors alike. Furthermore, the inclusion of recreational facilities enriches the urban experience by creating spaces for leisure and social activities.
A significant innovation within this skyscraper is the design of the vertical circulation elements. The “Transferred Lift Stack” system is introduced to streamline movement throughout the building, enhancing efficiency and accessibility for all occupants. Such design approaches exemplify a profound understanding of user experience, ensuring that the building serves its inhabitants effectively.
What sets this project apart is not just its material choices and functional diversity but its adaptability for future uses. The design anticipates shifts in urban needs, allowing for seamless transitions between office and residential spaces as demands evolve. This flexibility is indicative of a broader trend in architectural design, where foresight plays an essential role in creating meaningful, lasting structures.
In this proposal, the architects demonstrate a commitment to sustainability and community orientation. The integration of communal spaces at ground level fosters interactions among diverse groups, promoting a sense of belonging and openness within the urban fabric. Overall, this architectural design project reflects a meticulous balance between aesthetic appeal, functional efficiency, and environmental responsibility.
For those interested in a deep dive into the various facets of this architectural endeavor, please explore the project presentation to examine architectural plans, sections, and unique design elements that define this innovative skyscraper. Engaging with these details can provide valuable insights into the transformative power of architecture in contemporary urban environments.
The design represents a shift towards greater ecological awareness in urban development. By prioritizing timber, known for its lower carbon footprint compared to traditional construction materials, the project sets a precedent for future architectural endeavors. This skyscraper is carefully crafted to accommodate a diverse range of functions, including residential, commercial, and recreational spaces. By integrating these elements, the design fosters a mixed-use atmosphere that supports urban living, work, and leisure, ideally positioned to cater to a modern city's needs.
Key components of the project contribute to its innovative character. The overall massing is designed to rise approximately 300 meters, exhibiting a sleek and refined silhouette that complements the surrounding urban context. The hybrid structure plays a pivotal role in defining the building's innovative approach, as it combines the compressive strength of reinforced concrete with the lightweight and insulating properties of mass timber. This strategic use of materials not only ensures structural stability but also addresses environmental concerns by promoting renewable materials in high-rise constructions.
Internally, the project features well-defined zones for various activities. Office spaces occupy several floors, providing ample room for modern businesses, while residential units are strategically integrated to create a seamless live-work environment. This thoughtful organization supports a vibrant community, encouraging interaction among residents and visitors alike. Furthermore, the inclusion of recreational facilities enriches the urban experience by creating spaces for leisure and social activities.
A significant innovation within this skyscraper is the design of the vertical circulation elements. The “Transferred Lift Stack” system is introduced to streamline movement throughout the building, enhancing efficiency and accessibility for all occupants. Such design approaches exemplify a profound understanding of user experience, ensuring that the building serves its inhabitants effectively.
What sets this project apart is not just its material choices and functional diversity but its adaptability for future uses. The design anticipates shifts in urban needs, allowing for seamless transitions between office and residential spaces as demands evolve. This flexibility is indicative of a broader trend in architectural design, where foresight plays an essential role in creating meaningful, lasting structures.
In this proposal, the architects demonstrate a commitment to sustainability and community orientation. The integration of communal spaces at ground level fosters interactions among diverse groups, promoting a sense of belonging and openness within the urban fabric. Overall, this architectural design project reflects a meticulous balance between aesthetic appeal, functional efficiency, and environmental responsibility.
For those interested in a deep dive into the various facets of this architectural endeavor, please explore the project presentation to examine architectural plans, sections, and unique design elements that define this innovative skyscraper. Engaging with these details can provide valuable insights into the transformative power of architecture in contemporary urban environments.
