英国赫特福德郡国际学院新科学大楼/Sheppard Robson

发布于：2023-06-10 00:59:28

英文名称：England Hertfordshire International College New Science Building

工程内容：实景照片

位置：英国

设计公司：Sheppard Robson

摄影师：Hufton + Crow

这是由Sheppard Robson设计的英国赫特福德郡国际学院新科学大楼，位于英国的哈特菲尔德。该项目为9000m2的新建筑，该场地坐落在赫特福德郡国际学院校园内的一个核心位置，同时为大学于2020年完成的计划及愿景的重要组成部分。该建筑采用简单的正交结构，推导出蜂窝网格般灵活的实验室空间。该建筑设计优化内部空间的同时，设计师精心巧妙地使用新型外部围护结构作外立面设计，独特的复合系统启动建设，同时帮助结构达到BREEAM Excellent标准。

译者：筑龙网艾比

Work is complete on the 9,000m2 Sheppard Robson-designed New Science Building, which occupies a prominent site at the heart of the University of Hertfordshire’s College Lane Campus, Hatfield. A major element of the university’s 2020 Vision, the building has been designed as a simple orthogonal structure that is derived from the cellular grid of the flexible laboratory spaces within.

Whilst optimised internally, the external envelope has been carefully finessed and tuned to signal the arrival of a major new facility at the university: a distinctive cladding system animates the building, whilst also helping the structure achieve BREEAM Excellent.

Cutaways from the regular shape of the building work to articulate the position of the entrance and this key access point is further emphasised by a high-level terrace above. This main entrance will align with a new prominent route through the campus, with a new vista visually connecting the building with a major new student residential development and new public space.

The entrance and outdoor terrace are also punctuated by a copper mesh that is encased in glass; this maintains the rich colour of the material which creates a dialogue with the patinated copper-coloured cladding that characterises the exterior of the building.

A feeling of robustness and quality also runs through the internal spaces. The building’s main atrium has large expanses of exposed concrete, with drama added to the main circulation space – which includes a café – through a steel cantilevered staircase.

Tony Poole, Partner at Sheppard Robson, said: “The building had to do more than provide technically excellent and controlled spaces within a box. We wanted the architectural language to be a beacon for the University’s ambitions, with a finely tuned and bold response that did not comprise on efficiency.”

Product Description. Fins – made from expanded aluminium mesh – wrap around the three solar exposed elevations of the five-storey building and act as a veil, unifying the architectural form of the structure. The regular, vertical elements allow the internal spaces to be easily and flexibly reconfigured, whilst also covering the extensive plant on the upper floor, which is required for creating the carefully controlled internal spaces required. The façade design boosts the sustainable credentials of the project by providing solar shading whilst allowing natural light to penetrate through into the deep floorplates.

Further animating the façade, the fins change direction depending on the type of internal space, with the lab areas ranging from 300m2 teaching spaces to more focused, specialist environments. This is a subtle variation, but when the building is viewed in bright conditions or illuminated at night, it brings a richness of depth and variation to the façade.