Erick van Egeraat builds Corporate University for Sberbank Russia
The board of Sberbank, the leading bank of Russia, signed a contract with the Dutch Architect Erick van Egeraat for the realisation of their new Corporate University, west of Moscow, close to the Novorizhkoye highway.
Sberbank is Russia’s largest and oldest state run bank with over 250,000 employees and 20,000 branch offices in the country. The new Sberbank University will provide education, seminars and team building programs to the company’s top professionals, in a bid to continuously improve their performance within the corporate standards.
The site is located in a suburban, almost rural setting, bordered by woods on its southern side and the Istra river embankment on the northern side. The University will consist of education and conference spaces, dormitories, guest teacher quarters, teacher housing, a club building and sports facilities.
The spacious and picturesque setting allows for a campus model; the program’s distribution onsite creates comfortably scaled public spaces that intensify interaction with the natural surroundings. Education, lodging and sports functions are each clustered in orthogonally defined volumes. Taking into account the climate, all building elements except the teachers’ housing are connected with an elegant and climate controlled colonnade. This colonnade is programmed with recreational, bar, relaxation functions and serves as an identifying backbone of the entire complex.
Most horizontal surfaces will be executed as vegetated roofs, thus improving both the appearance and the insulation qualities of the building. The aim is to execute the project as much as possible with materials of low environmental impact, such as wood, mineral stucco and granulated concrete foundation.
All facade and space dividing elements are executed with prefabricated wood and glass elements. The complex fully integrates sustainable design tools and technologies, putting sustainability in the centre of the corporate agenda. The floor slabs have considerable cantilevers providing terraces, summer shading and adding to the building’s thermal mass, reducing the need for mechanical cooling and heating.