go buiksloterham

go buiksloterham

A pioneering residential project, co-created with its inhabitants, offers additional facilities to its community and successfully targets ambitious circularity goals. Recognized for its innovative and sustainable design, it was nominated for the European Union Prize for Contemporary Architecture – Mies van der Rohe Award 2022, honoring its architectural quality and environmental integration.

A pioneering residential project, co-created with its inhabitants, offers additional facilities to its community and successfully targets ambitious circularity goals. Recognized for its innovative and sustainable design, it was nominated for the European Union Prize for Contemporary Architecture – Mies van der Rohe Award 2022, honoring its architectural quality and environmental integration.

A pioneering residential project, co-created with its inhabitants, offers additional facilities to its community and successfully targets ambitious circularity goals. Recognized for its innovative and sustainable design, it was nominated for the European Union Prize for Contemporary Architecture – Mies van der Rohe Award 2022, honoring its architectural quality and environmental integration.

Client

Bouwgroep Go BSH under Collective Private Commissioning (CPO)

Residential development

17 apartments & workspaces

Developed in collaboration with

in collaboration with

Maikel Gielens

Design Team

Sophie Valla, Guido Schot, Wout van Vreeswijk, Amélie Alligier, Sara Ramadane, Ismini Christakopoulou

Pictures

Pictures

Jeroen Musch, Luuk Kramer

Location

Amsterdam-Noord, The Netherlands

Status

Delivered 2019

A distinctive creation

A distinctive creation

A distinctive creation

Its distinctive cut-out corner maximizes natural light, while spacious communal areas, a generous wooden deck, and a garden foster a strong sense of community. The building is energy-neutral, integrating innovation through solar cells embedded in the façade’s glass panels and a cascading rainwater system that runs through the planters.

Its distinctive cut-out corner maximizes natural light, while spacious communal areas, a generous wooden deck, and a garden foster a strong sense of community. The building is energy-neutral, integrating innovation through solar cells embedded in the façade’s glass panels and a cascading rainwater system that runs through the planters.

Its distinctive cut-out corner maximizes natural light, while spacious communal areas, a generous wooden deck, and a garden foster a strong sense of community. The building is energy-neutral, integrating innovation through solar cells embedded in the façade’s glass panels and a cascading rainwater system that runs through the planters.

Designing with light

The compact volume has been cut out on its south-east corner to orient the corner balconies towards the sun with a view to the city. In this way, the inhabitants gain optimal qualities for their living rooms and outdoor spaces, avoiding the shadows from the nearby towers. A cascade of terraces provides distinctive and luminous L-shaped living rooms and balconies, in addition to the wooden terraces on the west side of the building.

A circular building

Circular building

The construction is based on a column–beam structure, which minimizes the amount of material required for load-bearing purposes.

" Jardins suspendus "

Large planters at the corners of all balconies contain small trees and carefully selected plants adapted to height and wind conditions. They also attract specific species of insects and birds.

Rainproof system

These planters are connected to the rainwater drainage system, allowing for natural irrigation and delaying water runoff before it is redirected into a reservoir in the garden.

These planters are connected to the rainwater drainage system, allowing for natural irrigation and delaying water runoff before it is redirected into a reservoir in the garden.

Energy autonomy

Energy autonomy

The residential block has its own heat pump. Thanks to high levels of insulation, triple glazing, solar panels on the roof, and photovoltaic cells integrated into the façade, the building generates its own energy.

Transition Spaces



Transition Spaces

On the street side, the building exposes the activities within its workspaces. The first and second floors feature extra-high studio spaces, including a photo studio, an advertising agency, and a dance studio. On the ground floor, passersby can glimpse the activities in the hall or in the garden beyond. The hall can also host community events such as parties or exhibitions.

As it approaches the garden, the hall gradually rises, leading to a wooden bridge that runs toward the wide common terrace.

Second skin

This wooden balcony structure contrasts with the glazed double skin. Screen-printed white dot patterns soften the hardness of the material, creating a milky abstraction on the façades.

Solar cells are incorporated into the panels, maintaining the transparency of the panels and casting shadows on the second façade behind them. The cables are invisible, concealed within the glass holders.

Gallery

Second skin

This warm, wooden interlude contrasts with the glass, double skin of the rest of the building. Screen-printed white dot patterns soften the hardness of the material, creating a milky abstraction that reveals nothing more of the building than vague contours. What happens behind the facade remains blurred and elusive. We incorporated solar cells into the glass facade, which, like the screen-printed dots, cast shadows on the facade behind them. The cables are invisible, concealed within the glass holders.

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