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Buildings that breathe
The “Breathing Skin” is a responsive façade technology that mimics the pores of human skin by using “pneumatic muscles”, air channels embedded between two glass surfaces, that inflate or deflate...
Buildings that breathe
The “Breathing Skin” is a responsive façade technology that mimics the pores of human skin by using “pneumatic muscles”, air channels embedded between two glass surfaces, that inflate or deflate...
Belgium’s breathing pavilion
Curated by landscape architect Bas Smets and neurobiologist Stefano Mancuso, the project explores how plants can be used to produce indoor climates, rather than being treated as decorative elements.
Belgium’s breathing pavilion
Curated by landscape architect Bas Smets and neurobiologist Stefano Mancuso, the project explores how plants can be used to produce indoor climates, rather than being treated as decorative elements.
Portland's tribute to urban connections
The concrete base of the building anchors it to the industrial fabric of the Eastside, while the upper glass façade provides a transparent showcase that reveals the wooden interior. These...
Portland's tribute to urban connections
The concrete base of the building anchors it to the industrial fabric of the Eastside, while the upper glass façade provides a transparent showcase that reveals the wooden interior. These...
A new step for net-zero urban transformation
Buro Happold, partnered with King’s Cross Central Limited Partnership (KCCLP), crafted a decarbonisation strategy rooted in the UK Green Building Council’s framework and aligned with the Paris Agreement’s 1.5°C targets.
A new step for net-zero urban transformation
Buro Happold, partnered with King’s Cross Central Limited Partnership (KCCLP), crafted a decarbonisation strategy rooted in the UK Green Building Council’s framework and aligned with the Paris Agreement’s 1.5°C targets.
A 3D-printed bridge that can change the future
The bridge consists of nine interlocking concrete modules, each robotically 3D-printed using a specialized low-carbon mix developed by Sika Group.
A 3D-printed bridge that can change the future
The bridge consists of nine interlocking concrete modules, each robotically 3D-printed using a specialized low-carbon mix developed by Sika Group.
This 3D printed chair was designed by nature
Using Dassault’s CATIA software, a tool that emulates nature through algorithms based on gravity, atomic density, and fractal systems, Jouin was able to design something previously unimaginable.
This 3D printed chair was designed by nature
Using Dassault’s CATIA software, a tool that emulates nature through algorithms based on gravity, atomic density, and fractal systems, Jouin was able to design something previously unimaginable.