中國深圳　科學技術博物館

Zaha Hadid Architects

此館致力於展現科學探索、研究成果與技術創新，作為粵港澳大灣區的重要文化據點，館方將與本地的科技產業、高等學府與研究機構攜手合作，共同推動創新發展。

The Shenzhen Science & Technology Museum is dedicated to scientific exploration, research achievements, and technological innovation. As a key cultural destination, the museum collaborates with local tech industries, universities, and research institutions to foster a vibrant ecosystem of innovation.

鄰近地鐵光明站，全新建築以醒目球體造型勾勒出新科學園東南角的鮮明輪廓。量體向西延伸至公園內部，轉化為一系列富律動感的戶外露台，延伸展覽空間，並圍繞挑高中庭展開，形成嶄新公共場域。該片中庭以大面玻璃牆串接公園視野，模糊建築與自然的界線，成為城市重要開放場域。

Located next to Guangming Station, the striking spherical form defines the southeast corner of the new Science Park. The structure extends westward into the park, unfolding into a series of fluid, terraced platforms that expand the exhibition space into the outdoors. At its heart is a vast central atrium—an open civic space where architecture and nature seamlessly converge. With a fully glazed façade framing expansive park views, the atrium dissolves the boundary between inside and out, establishing a dynamic public hub for the city.

建築總面積達 128,276 平方米，其中包含 35,000 平方米的常設與特展展覽廳、6,000 平方米的沉浸式劇場與電影院，以及 5,400 平方米的研究、教育與創新空間，並配置完善的觀眾服務設施、技術維運空間與工作坊。動線上強調直覺引導，引導觀眾流動於層層相連的空間序列中。大尺度的中庭、多變化的視角，以及充沛的自然採光，為本案奠定宏偉的第一印象。

Spanning 128,276 square meters, the museum includes 35,000 square meters of permanent and temporary exhibition space, 6,000 square meters for immersive theaters and cinemas, and 5,400 square meters for research, education, and innovation.

Complementary areas include visitor services, technical support, and workshop facilities. The spatial layout is designed for intuitive navigation, guiding visitors through interconnected galleries that flow from and around the central atrium. With its generous scale, ever-shifting perspectives, and abundant natural light, the atrium forms a grand and inviting entrance to the museum experience.

建築設計納入環保思維，並透過先進的電腦模擬技術，針對深圳的亞熱帶氣候進行量體、空間與外殼的效能提升，其方位設計可有效降低日照熱輻射，且保留寬闊的公園視野；多層露台在遮陽之餘，亦可提供戶外休憩空間，提升整體能源效率與舒適度。同時，建築外殼採通風型不鏽鋼幕牆，不只能減緩熱積聚，更延伸至屋頂整合太陽能板，實現能源的自產。

Sustainability is a key driver of the design. Advanced digital simulations were used to optimize the building's massing and envelope for Shenzhen's subtropical climate. The building's orientation reduces solar heat gain while preserving park views, and the multi-level terraces provide shading as well as outdoor resting spaces—enhancing comfort and energy efficiency.The ventilated stainless steel façade minimizes heat build-up and extends to the rooftop, where integrated photovoltaic panels contribute to on-site energy generation

該幕牆是中國首度大規模應用雙色 INCO 技術，透過精準控制氧化過程，於鋼材表面生成奈米級氧化膜，形成自潔且耐腐蝕的保護層，使外牆呈現由深藍至灰階的漸層質感，如同天體運行般富有動態美感。此外，為確保建築實現精確度，工程採用 BIM 與 3D 掃描結合的數位孿生建造技術，即時控制複雜曲面施工誤差；多點機械成型技術則精準塑造出動態量體，完全對應設計需求。