Danish Neuroscience Center icon | Bjarke Ingels Group

Danish Neuroscience Center

Aarhus, Denmark

Client

The Danish Neuroscience Center | Aarhus University Hospital

Typology

Health

Size m2/ft2

19,000 / 204,514

Status

Idea

Danish Neuroscience Center image | Bjarke Ingels Group
Danish Neuroscience Center gallery image | Bjarke Ingels Group

Gyrification: Brain Folds — Gyrification is the process of forming the characteristic folds of the cerebral cortex.

Danish Neuroscience Center gallery image | Bjarke Ingels Group

Corridor Building + Efficient Healthcare + Atrium = "Cortrium" Building

Danish Neuroscience Center gallery image | Bjarke Ingels Group

Traditional Corridor Building vs Unzipped Corridor Building

Danish Neuroscience Center gallery image | Bjarke Ingels Group

Connecting to Existing Buildings: No Dead Ends — To provide maximum connectivity all building elements grow from the existing campus and plug back into it again. Creating this loop will eliminate all unnecessary dead ends.

Danish Neuroscience Center gallery image | Bjarke Ingels Group

Target Floor Area: Exceeding Site Boundary — To reach the target GFA of 19,000 m2 the typical floor plate needs to provide an average of 3,000 m2. Following the strategy of splitting the corridors and creating a loop back to the existing building this area couldn't would exceed site boundaries.

Danish Neuroscience Center gallery image | Bjarke Ingels Group

Gyrification — Taking the brain as a direct reference the building folds to provide the necessary square meter count within a limited site area. It leaves the building with a main atrium space and several more private courtyards. The "kissing" moments of the corridors provide shortcuts and views to the exhibition.

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Danish Neuroscience Center image | Bjarke Ingels Group
Danish Neuroscience Center gallery image | Bjarke Ingels Group

4.5m Floor to Floor: Kissing Corridors — To connect to the existing building the give 4.5 m floor to floor height is maintained. Like this the technical and logistic link is given on each connecting floor.

Danish Neuroscience Center gallery image | Bjarke Ingels Group

5 Floors Above Ground — A maximum of 5 floors (22.5 m above ground) can be reached. An adjustment of the upper floors is necessary to provide the atria with sufficient daylight.

Danish Neuroscience Center gallery image | Bjarke Ingels Group

Activating the Courtyards — The activation of an otherwise unused courtyard provides the new research center with a direct outdoor link to the existing building and a more sheltered garden.

Danish Neuroscience Center gallery image | Bjarke Ingels Group

Terracing: Daylight — The reduction of the highest floors provides the building with outdoor terraces on each level. At the same time the center is adjusted to reach the daylight requirements and keeps the necessary connections to the existing building.

Danish Neuroscience Center gallery image | Bjarke Ingels Group

Landscape Gyrification — The limited site area made it difficult to keep enough green spaces in all previous atrium building studies. With the folding of the building the landscape folds in as well, creating pockets of green for each courtyard.

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Danish Neuroscience Center image | Bjarke Ingels Group
“Historically, hospitals have divided knowledge and expertise into different specialties and departments. DNC seeks to gather all current and future knowledge under one roof to create synergies between different expertise areas and a more holistic approach to understanding and curing brain disorders.”
David Zahle - Partner, BIG
Danish Neuroscience Center image | Bjarke Ingels Group
Danish Neuroscience Center image | Bjarke Ingels Group
Danish Neuroscience Center image | Bjarke Ingels Group
Danish Neuroscience Center gallery image | Bjarke Ingels Group

CROSS SECTION

Danish Neuroscience Center gallery image | Bjarke Ingels Group

LONGITUDINAL SECTION

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Danish Neuroscience Center image | Bjarke Ingels Group
“The brain is the most complex organ in the human body. Our design for the new Danish Neuroscience Center in Aarhus, replicates the most essential feature of the brain - the gyrification - to create more connections and space within limited confines. The building folds bring light, lots of new pathways and green pockets into the hospital making nature and biodiversity part of the hospital’s research and the healing journey of its patients.”
Bjarke Ingels - Founder & creative director, BIG
Danish Neuroscience Center image | Bjarke Ingels Group
Danish Neuroscience Center image | Bjarke Ingels Group
Danish Neuroscience Center image | Bjarke Ingels Group
Danish Neuroscience Center gallery image | Bjarke Ingels Group
Danish Neuroscience Center gallery image | Bjarke Ingels Group
Danish Neuroscience Center gallery image | Bjarke Ingels Group

Partner in Charge

Bjarke Ingels

David Zahle

Project Leader

Viktoria Millentrup

Project Team

Anders Holden Deleuran

Bachir Benkirane

Jesper Kanstrup Petersen

Julia Novaes Tabet

Luca Pileri

Lukasz Zbigniew Migala

Mantas Povilaika

Mikkel Marcker Stubgaard

Omar Mohamed Nabil Mohamed Saad Mowafy

Taliya Nurutdinova

Victor Moegreen

Zuzanna Eugenia Montwill

Natasha Lykke Lademann Østergaard

Federico Martínez De Sola Monereo

BIG Ideas

Tore Banke

Katrine Juul

Kristoffer Negendahl

BIG Landscape

Ulla Hornsyld

BIG Engineering

Andy Coward

Collaborators

Salling Fondene