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- wa-2020884
- Tag der Veröffentlichung
- 03.11.2016
- Aktualisiert am
- 01.11.2016
- Verfahrensart
- Offener Wettbewerb
- Zulassungsbereich
-
Europäischer Wirtschaftsraum
- Teilnehmer
- Architekten (auch Studenten
- Auslober
- Metsä Wood
- Bekanntgabe
- 01.11.2016
Kategorie Large Scale Interventions
1. Preis
Lisa Voigtländer, SungBok Song,
„Tammelan Kruunu”
Kategorie Large Scale Interventions
2. Preis
Joshua Duncan, Chaz Flint,
„Lightweight living”
Kategorie Large Scale Interventions
2. Preis
Jari Lonka, Francesco Allaix, Lilja Mustila,
„Plug-In“
Kategorie Large Scale Interventions
2. Preis
Giuseppe De Marinis Gallo, Gianluca Gnisci,
„Aboveall”
Kategorie Large Scale Interventions
2. Preis
Minjae Kim, Kwang Ja Oh,
„The Green Intervention”
Kategorie „Small Scale Interventions”
1. Preis
Nile Greenberg,
„Dear Landlord”
Kategorie „Small Scale Interventions”
1. Preis
Luis Fco. Romero Martinez, Sandra Gomez Alba,
„Vertical Lilong”
Kategorie „Small Scale Interventions”
2. Preis
Sinan Gunay, Nurhayat Oz,
„Colliding Lines and Lives”
Kategorie „Small Scale Interventions”
2. Preis
Sigurd Larsen, Simon Jendreizig, Vanessa Panagiotopoulou, Marlene Kjeldsen, Guillermo Fernandez Villar, Pedro Campos Altozano,
„Dachkiez,Village On The Roof”
Verfahrensart
Offener Ideenwettbewerb (auch für Studenten)
Wettbewerbsaufgabe
THE CITY ABOVE THE CITY initiative challenges architects and students of architecture from around the world to push the boundaries of modern wood building design in the urban environment. Entrants are asked to select a centrally-located building in one of the world’s most populated cities and develop an innovative wood design solution that adds density through additional floor area. Known buildings, especially buildings under threat of demolition are encouraged as sites for revitalization, new development and innovation.
Housing the world’s growing urban population is one of the most significant challenges facing humanity today. Currently, half of the world’s population live in cities. By 2050, 2/3 of the world’s population will live in urban areas. Cities must develop strategically to meet these immense housing demands along with the associated infrastructure. Too often the proposed solutions to this problem show little regard for the existing framework of our cities, choosing instead to replace the old with new, at great environmental, social, and cultural cost. The greatest design challenge then, is not only to build new structures, but to build upon the existing fabric of our cities, knitting together old and new. Today, engineered wood offers designers an incredible opportunity to meet this challenge. New wood products allow designers to build taller structures that are much lighter than alternative materials (steel and concrete) while still meeting strict criteria for fire resistance and/or seismic challenges. All this can be achieved using a natural, beautiful material – grown by the sun.
The properties of wood material are utilized best when building up. The tallest trees in the world grow to forty storeys tall. There is no reason why our building too, cannot reach even higher in wood. Utilizing the inherent strength of wood fiber there are countless new possibilities to explore.
We are excited to see what ideas you have to show the world!
Weitere Information zum Wettbewerb:
www.metsawood.com/global/Campaigns/planb/building-extensions/Pages/Architecture-competition-winners.aspx
Offener Ideenwettbewerb (auch für Studenten)
Wettbewerbsaufgabe
THE CITY ABOVE THE CITY initiative challenges architects and students of architecture from around the world to push the boundaries of modern wood building design in the urban environment. Entrants are asked to select a centrally-located building in one of the world’s most populated cities and develop an innovative wood design solution that adds density through additional floor area. Known buildings, especially buildings under threat of demolition are encouraged as sites for revitalization, new development and innovation.
Housing the world’s growing urban population is one of the most significant challenges facing humanity today. Currently, half of the world’s population live in cities. By 2050, 2/3 of the world’s population will live in urban areas. Cities must develop strategically to meet these immense housing demands along with the associated infrastructure. Too often the proposed solutions to this problem show little regard for the existing framework of our cities, choosing instead to replace the old with new, at great environmental, social, and cultural cost. The greatest design challenge then, is not only to build new structures, but to build upon the existing fabric of our cities, knitting together old and new. Today, engineered wood offers designers an incredible opportunity to meet this challenge. New wood products allow designers to build taller structures that are much lighter than alternative materials (steel and concrete) while still meeting strict criteria for fire resistance and/or seismic challenges. All this can be achieved using a natural, beautiful material – grown by the sun.
The properties of wood material are utilized best when building up. The tallest trees in the world grow to forty storeys tall. There is no reason why our building too, cannot reach even higher in wood. Utilizing the inherent strength of wood fiber there are countless new possibilities to explore.
We are excited to see what ideas you have to show the world!
Weitere Information zum Wettbewerb:
www.metsawood.com/global/Campaigns/planb/building-extensions/Pages/Architecture-competition-winners.aspx
p> Plan B - The city above the city
Metsä, Finnland
Auslober
Metsä Wood Merk GmbH, Aichach
Wettbewerbsaufgabe
THE CITY ABOVE THE CITY challenges architects and students of architecture from around the world to push the boundaries of modern wood building design in the urban environment. Entrants are asked to select a centrally-located building in one of the world’s most populated cities and develop an innovative wood design solution that adds density through additional floor area. Known buildings, especially buildings under threat of demolition are encouraged as sites for revitalization, new development and innovation.
Housing the world’s growing urban population is one of the most significant challenges facing humanity today. Currently, half of the world’s population live in cities. By 2050, 2/3 of the world’s population will live in urban areas. Cities must develop strategically to meet these immense housing demands along with the associated infrastructure. Too often the proposed solutions to this problem show little regard for the existing framework of our cities, choosing instead to replace the old with new, at great environmental, social, and cultural cost. The greatest design challenge then, is not only to build new structures, but to build upon the existing fabric of our cities, knitting together old and new. Today, engineered wood offers designers an incredible opportunity to meet this challenge. New wood products allow designers to build taller structures that are much lighter than alternative materials (steel and concrete) while still meeting strict criteria for fire resistance and/or seismic challenges. All this can be achieved using a natural, beautiful material – grown by the sun.
The properties of wood material are utilized best when building up. The tallest trees in the world grow to forty storeys tall. There is no reason why our building too, cannot reach even higher in wood. Utilizing the inherent strength of wood fiber there are countless new possibilities to explore.
We are excited to see what ideas you have to show the world!
Wettbewerbsart
Offener Ideenwettbewerb (auch für Studenten)
Teilnehmer
Architekten, Studierende
Termine
Abgabe Unterlagen 30.09.2016
Preisverleihung 10/2016
Preisgericht
Stefan Winter, Mike Kane, Michael Green
Preise
Gesamtpreissumme netto € 17.000,–
Unterlagen
http://planb.metsawood.com/
Metsä, Finnland
Auslober
Metsä Wood Merk GmbH, Aichach
Wettbewerbsaufgabe
THE CITY ABOVE THE CITY challenges architects and students of architecture from around the world to push the boundaries of modern wood building design in the urban environment. Entrants are asked to select a centrally-located building in one of the world’s most populated cities and develop an innovative wood design solution that adds density through additional floor area. Known buildings, especially buildings under threat of demolition are encouraged as sites for revitalization, new development and innovation.
Housing the world’s growing urban population is one of the most significant challenges facing humanity today. Currently, half of the world’s population live in cities. By 2050, 2/3 of the world’s population will live in urban areas. Cities must develop strategically to meet these immense housing demands along with the associated infrastructure. Too often the proposed solutions to this problem show little regard for the existing framework of our cities, choosing instead to replace the old with new, at great environmental, social, and cultural cost. The greatest design challenge then, is not only to build new structures, but to build upon the existing fabric of our cities, knitting together old and new. Today, engineered wood offers designers an incredible opportunity to meet this challenge. New wood products allow designers to build taller structures that are much lighter than alternative materials (steel and concrete) while still meeting strict criteria for fire resistance and/or seismic challenges. All this can be achieved using a natural, beautiful material – grown by the sun.
The properties of wood material are utilized best when building up. The tallest trees in the world grow to forty storeys tall. There is no reason why our building too, cannot reach even higher in wood. Utilizing the inherent strength of wood fiber there are countless new possibilities to explore.
We are excited to see what ideas you have to show the world!
Wettbewerbsart
Offener Ideenwettbewerb (auch für Studenten)
Teilnehmer
Architekten, Studierende
Termine
Abgabe Unterlagen 30.09.2016
Preisverleihung 10/2016
Preisgericht
Stefan Winter, Mike Kane, Michael Green
Preise
Gesamtpreissumme netto € 17.000,–
Unterlagen
http://planb.metsawood.com/
