The Organic System

Name
Anna Cecilie Nicolaysen
Education degree
Kandidat
Fagfelt
Architecture
Institute
Architecture and Technology
Program
Bosætning, Økologi og Tektonik
Year
2020

This scheme intends to respond to the climate related problems existing in the construction industry. It's interest lies in the tectonic potential of sustainable development in modern construction systems. 

The central research question is therefore:  

How is it possible to implement bio-based materials in an urban context based on modern construction systems, and what impact will it have on the architectural design - spatially and sensually?

The project is a housing project located on Østre Gasværk Teatergrund, an open field between the quarter of late 19th century Østerbro, the newer urban area of Nordhavn and the scattered and mixed residential area Svanemøllen

We introduce strategy of urban densification.

By transforming a series of empty spaces we intent to create relations between the many different typologies. Central entries and flows define the organic shape of the cultural ground zero of the building. The Housing is surrounding the cultural mid in higher level.

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Site. Oesterbro, Copenhagen
Site. Oestre Gasvaerk Teatergrund
Diagram. Urban densification
Public programs are placed in the ground zero, creating a cultural center. Private program (apartments) are raised from ground.
Model 1:100. The relationship between the bio based façade and the urban space.

 

 

How is it possible to implement bio-based materials in an urban context based on modern construction systems,

and what impact will it have on the architectural design – spatially and sensually?

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Visualization. Foyer. The visual / acoustic properties of the bio based materials become qualitative instruments for the height.
Section 1:50. Selected section of building.

 

 

SYSTEM  -  VOLUME  - SETTLEMENT

 

Strategy for tectonics. System, Volume and Settlement.
Axonometry 1:50. 6 principles for the construction and design: Structure, Surface, Form, Plug-in, Point and Bio-sandwich.
Round wall section
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Axonometry 1:20. The bio based housing plug-in. Materials, thermal breathability and strategy Design for Disassembly
Section 1:20. The residential housing. Minimized build-in practical space (shared bath), and 4 m high living space - 22,68 m2
Natural materials in a modern aesthetic. The bio-based materials contribute with soft tactility and visual stimulation
Model 1:100. The relationship between the bio based façade and the urban space.

The Royal Danish Academy supports the Sustainable Development Goals

Since 2017 the Royal Danish Academy has worked with the Sustainable Development Goals. This is reflected in our research, our teaching and in our students’ projects. This project relates to the following UN goal(-s)