剑桥大学化学工程与生物技术学院丨英国剑桥丨BDP

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剑桥大学化学工程与生物技术学院Department of Chemical Engineering & Biotechnology, University of Cambridge位置：英国，剑桥建筑面积：11000平方米业主：剑桥大学服务：建筑设计、景观设计、声学设计Location: Cambridge, UKSize: 11,000m2Client: University of CambridgeService: architecture, landscape architecture, acoustics

剑桥大学化学工程与和生物技术学院（CEB）

The Department of Chemical Engineering and Biotechnology (CEB) is designed around the principles of collaboration, efficient and flexible use of space and accommodating the needs of different users, all within the parameters of a sustainable new landmark for the West Cambridge Campus.

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“研究者之家”

The design creates an uninterrupted, reconfigurable wrap of serviced laboratory space, placing the ‘researchers’ hub’ between its wings. The offices, teaching space and social zone form a separate building within the complex, arranged over four floors, overlooking the garden, West Cambridge lake and green belt countryside beyond.

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松弛有度的场所感

“壁龛”

The ‘researchers’ hub’ contains academic offices, teaching and social space and library, together with central imaging support and pilot plant space to allow larger scale installations. The building celebrates the value of the ‘in between’ space with projecting oriels creating niches where small groups can gather adjacent to the laboratory. A strong sense of openness is achieved throughout, removing physical barriers between activities and the silo mindset that they foster.

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走廊节点设计  ©BDP

从

内部点亮了整座建筑。

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敞亮的玻璃回廊环绕庭院，充分利用自然光线，避免了传统科研建筑中昏暗的、人工照明的走廊。

The circulation wraps around the garden space and courtyard, avoiding the dark, artificially lit corridors typical of research buildings and providing opportunities for breathing spaces along its length. These spaces provide places for researchers to perch temporarily to discuss or carry out work outside the labs without returning to the researchers'' offices.

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顶层的露台毗邻董事会办公室，提供了能够俯瞰校区景色的室外空间。

At the top floor a terrace on the western edge provides external space adjacent to the board room overlooking the countryside and West Cambridge Campus. The Researchers'' House is curved to maximise daylight and natural ventilation to the research offices.

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整座建筑达到生物安全二级实验室标准，

生物安全三级实验室

The entire facility is treated as a Cat 2 (BSL 2) laboratory space to allow the biological work to be undertaken in any part of the research facility along with a Cat 3 (BSL 3) laboratory suite, contained within the facility for work with Home Office notifiable pathogens.

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可持续的零碳设计及被动式设计策略SustainabilityApproach1“研究员之家”能够在四季不同的气候环境下切换不同模式以保持最佳的节能状态，包括完全自然通风模式、辅助自然通风模式、在盛夏通过地板制冷，以及在冬季通过热循环为建筑保温，可以在每个楼层的智能交互面板查看当前模式。Mixed mode approach to Researchers’ House providing the most energy efficient solution for each season (fully naturally ventilated, assisted natural ventilation, comfort cooled through underfloor plenum in high summer, and sealed building with heat recovery in winter) informed through intelligent user interfaces on each floor.2优化建筑体量和朝向减少太阳热能吸收和损失Optimal building massing and orientation minimising solar heat gain and fabric heat loss3办公区（3600毫米）和实验室区（4600毫米）的层高经过优化，最大限度地减少了外墙的热量损失Optimised floor-to-floor heights for office (3600mm) and laboratory zones (4600mm) minimising external façade and heat loss4将利用自然通风的研究员之家与依靠机械通风的实验室分开，以最大限度地提高每个空间的能源效率Intentional separation of naturally ventilated Researchers’ House from mechanically ventilated laboratories to maximise the energy efficiency of each space5隔热级别极高的外墙Super insulated façade design6被动式遮阳的立面设计Self-shadingelevations (from exoskeletal risers and Researchers’ House overhangs)7最大化利用自然光线以及节能照明Maximum daylighting and low energy lighting8配备节水系统Low water appliances

从上至下：

总平面

一、二、三层平面

剖面

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