Asklepios 8, Office Building on the Novartis Campus, Basel

Architect: Herzog & de Meuron

Year: 2015

Location: Basel, Switzerland

Category: Commercial

Status: Built

Asklepios 8, Office Building on the Novartis Campus, Basel

About

The masterplan of the Novartis Campus in Basel calls for a uniform building height of 23.5 m. The office building Asklepios 8 is taller because it is situated at the outermost corner of the campus, where the open expanse of the river Rhine invites a different scale. Other taller buildings will flank the Rhine in the future, anchoring the campus in the cityscape of Basel. The orthogonal geometry and volume of the Rhine front relates directly to the streets and squares of the campus behind it. Asklepios 8 consists of two cubes of almost the same height, placed on top of each other. One goes up six floors and is 23.5 m tall, corresponding to the height of the neighboring buildings as defined by the masterplan. The cube on top has seven stories, to compensate the perspectival foreshortening when looking at the building from below or a distance. Between the two cubes, a high open space provides a spacious lounge for a wide spectrum of activities, events, working situations, seminars, etc. By means of cantilever balconies, the two cores further support the spatiality and multifunctionality of this tall room. The distinctive volumetric structure of Asklepios 8 makes it a high building rather than a high-rise that typically repeats identical layers from top to bottom. All of the functions of a facade – light and views for users, protection against sun and rain, stability and structure – are equally and actively involved in shaping the exterior of the building. Conventionally, protection against rain and sun and even the structure are assigned a subordinate architectural role. In Asklepios 8 we have integrated all of these functions into a linear and three-dimensional system, whose vertical alignment follows gravity, such as the structure and rainwater. The system is complemented by horizontally cantilevered ceilings that generate an orthogonal fabric and tone down the materiality of the glass.

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