Spira Silva 複合用途 by Hao Zhong and Yuchen Qiu is a highly esteemed winner of the very prestigious 2025 A' Design Award 金賞 in 建築・建物・構造物デザイン Competition Category.
金建築· 2025
Spira Silva 複合用途
Client: Hao Zhong and Yuchen Qiu
A' Design Award 金賞 Winner in 建築 Category
Verified Award Winner
Verify Award Status for #170530The Design
About Spira Silva 複合用途
ウィリアムズバーグの再開発されたウォーターフロントに位置するスピラ・シルバは、自然と都市主義を融合させることで、活気に満ちたエコ意識の高い未来を描いています。従来の木造建築とは異なり、本プロジェクトはねじれたCLTパネルを美観と効率性の両方に活用しています。内部空間は階ごとに変化し、柔軟な構成と適応可能なレイアウトを提供します。スピラ・シルバは従来の超高層ビル設計に挑戦し、温かみのある雰囲気を醸成しながら、持続可能な都市生活を促進します。
The Recognition
About the A' Design Award 金賞
Spira Silva 複合用途は、まさに素晴らしく傑出した第一級のデザインに授与される、計り知れないほど権威ある評価である A' Design Award 金賞の受賞作品です。金賞の受賞作品は、きわめて革新的で、先見性に富み、きらびやかに輝く創造物であり、デザイナーの天才性、叡智、卓越した技量を映し出しています。Spira Silva 複合用途は、最も称賛される、流行を牽引する記念碑的な発明であり、前例のない価値をもたらすことが期待されます。この A' Design Award 金賞を受賞したデザインは、壮観で尊敬されるプロジェクトであり、芸術・科学・デザイン・技術の境界に大きく寄与し、それを前進させます。Spira Silva 複合用途は、強い欲求を生み出し、情熱を呼び覚まし、創造性を促し、私たちを引きつけます。
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- Unlike traditional timber buildings, the project utilizes twisted CLT panels as its primary structure members, creating a dynamic architectural language while maintaining structural efficiency. Tthe interior spaces vary across floors, offering open layouts, enclosed areas, and adaptable configurations for different functions. The design fosters warmth, vitality, and a sense of belonging to occupants.
- Dimensions & Packaging
- typical CLT wall panel: 12'-6" x 14'-0" x 1'-0 3/8"
typical glulam column: 1'-6" x 1'-0"
typical CLT floor panel: 14'-0" x 24'-0" x 1'-0 3/8"
wood-look metal panel: 4'-0" x 12'-0" x 0'-2" - Tags
- twisted CLT construction, innovative structure, sustainable high-rise, dynamic spatial design, urban timber, eco-conscious design, iconic landmark
- Production Technology
- The project integrates innovative CLT construction with advanced digital modeling techniques. The twisting structure is achieved by programming the CLT panels to create dynamic forms that balance both aesthetic and structural efficiency. The use of parametric design tools enabled the creation of complex, fluid geometries, while sustainable materials were prioritized to reduce the carbon footprint.
- Design Challenge
- The deisgners utilized paramatric design tool and structural anaylsis tool to evaluate the structural feasibilty and efficiency of our design iterations. Daylight analysis tool is used to adjust twisting effect of building elements.
- Research
- The designers came across a project uses CLT panels with varying moisture levels to self-shape into twisted forms, reducing energy use and material waste while enabling complex, sustainable designs. They see this potential in pushing CLT construction beyond conventional stacking methods, allowing for the creation of expressive, sustainable and unconventional high-rises, which can foster warmth, vitality, and a sense of belonging for occupants.
- Inspiration
- Several years ago, the designers had the opportunity to visit a timber factory in Spokane, where they became deeply intrigued by the potential of timber construction. While timber structures are rare in New York, timber high-rises are even more so. They sought to challenge this norm by envisioning something entirely innovative, pushing CLT construction beyond traditional stacking methods. Their goal was to create expressive, sustainable, and unconventional high-rises, fostering a connection to nature, akin to living within a giant tree.
- Project Duration
- This design started in 2023. The building is situated in the waterfront district of Williamsburg, right adjacent to Domino Park and Williamsburg Bridge.
- Operation Flow
- Spira Silva fosters dynamic interaction between occupants and space. Its twisted CLT structure creates flexible interior layouts, offering varying spatial experiences from open to enclosed areas. The design encourages natural light and airflow through strategically placed apertures, enhancing occupant comfort. Adaptive spaces support diverse activities, from collaborative work to private retreats. The building's sustainability and versatility improve occupant well-being and energy efficiency, delivering a more engaging urban environment.
- Team Members
- Hao Zhong, Yuchen Qiu
- Image Credits
- Hao Zhong, Yuchen Qiu
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