865 Results
Level of archival description:
Series
Series
Title:
Projects
Projects
Actions:
Reference number:
AP194.S1
Description:
Series contains records associated with three OCEAN North projects to which Johan Bettum brought a significant insight: Synthetic Landscape (1995-2000), Jyväskylä Music and Arts Centre (1997) and Töölö Football Stadium (1997). The collaborative process around these projects allowed exploring design methods through the usage of digital tools. In discussions with Greg Lynn, Johan Bettum and Kivi Sotamaa have expressed that they had broached Töölö as a landscape and Jyväskylä as a cloud. Particle streaming and Channelling Systems approaches were applied in these projects and further developed in the third phase of the Synthetic Landscape project and its Pavilion. The Synthetic Landscape project also featured usage of polymer composite materials. All records are born-digital, except for one 1995 drawing from the Synthetic Landscape project. Records include CAD models, raster and vector images, textual records and animated renderings from Channelling Systems studies. CAD models and drawings show design process of the projects, and range from the abstract (particle streaming) to very detailed plans (Jyväskylä). They were created using form*Z, Microstation, Alias, 3D Studio, AutoCAD and Rhinoceros. Some files were saved in IGES and DXF formats. Most CAD drawings have been saved as raster images. Drawings and models might have been saved in more than one file format. Digital textual records include project descriptions, presentations and reports, budgets and meeting notes, often created using the Microsoft Office software suite. Sources: Bettum, Johan and Michael Hensel. “Channelling Systems: Dynamic Processes and Digital Time-Based Methods in Urban Design.” AD Architectural Design 70, no.3 (June 2000): 36-43. Greg Lynn, ed. Archaeology of the Digital 17: OCEAN North, Jyväskylä Music and Arts Centre, Montréal: Canadian Centre for Architecture, 2017. ePub.
AP194.S1
Description:
Series contains records associated with three OCEAN North projects to which Johan Bettum brought a significant insight: Synthetic Landscape (1995-2000), Jyväskylä Music and Arts Centre (1997) and Töölö Football Stadium (1997). The collaborative process around these projects allowed exploring design methods through the usage of digital tools. In discussions with Greg Lynn, Johan Bettum and Kivi Sotamaa have expressed that they had broached Töölö as a landscape and Jyväskylä as a cloud. Particle streaming and Channelling Systems approaches were applied in these projects and further developed in the third phase of the Synthetic Landscape project and its Pavilion. The Synthetic Landscape project also featured usage of polymer composite materials. All records are born-digital, except for one 1995 drawing from the Synthetic Landscape project. Records include CAD models, raster and vector images, textual records and animated renderings from Channelling Systems studies. CAD models and drawings show design process of the projects, and range from the abstract (particle streaming) to very detailed plans (Jyväskylä). They were created using form*Z, Microstation, Alias, 3D Studio, AutoCAD and Rhinoceros. Some files were saved in IGES and DXF formats. Most CAD drawings have been saved as raster images. Drawings and models might have been saved in more than one file format. Digital textual records include project descriptions, presentations and reports, budgets and meeting notes, often created using the Microsoft Office software suite. Sources: Bettum, Johan and Michael Hensel. “Channelling Systems: Dynamic Processes and Digital Time-Based Methods in Urban Design.” AD Architectural Design 70, no.3 (June 2000): 36-43. Greg Lynn, ed. Archaeology of the Digital 17: OCEAN North, Jyväskylä Music and Arts Centre, Montréal: Canadian Centre for Architecture, 2017. ePub.
People:
Date:
1995-2000
1995-2000
Title:
Projects
Actions:
AP194.S1
Description:
Series contains records associated with three OCEAN North projects to which Johan Bettum brought a significant insight: Synthetic Landscape (1995-2000), Jyväskylä Music and Arts Centre (1997) and Töölö Football Stadium (1997). The collaborative process around these projects allowed exploring design methods through the usage of digital tools. In discussions with Greg Lynn, Johan Bettum and Kivi Sotamaa have expressed that they had broached Töölö as a landscape and Jyväskylä as a cloud. Particle streaming and Channelling Systems approaches were applied in these projects and further developed in the third phase of the Synthetic Landscape project and its Pavilion. The Synthetic Landscape project also featured usage of polymer composite materials. All records are born-digital, except for one 1995 drawing from the Synthetic Landscape project. Records include CAD models, raster and vector images, textual records and animated renderings from Channelling Systems studies. CAD models and drawings show design process of the projects, and range from the abstract (particle streaming) to very detailed plans (Jyväskylä). They were created using form*Z, Microstation, Alias, 3D Studio, AutoCAD and Rhinoceros. Some files were saved in IGES and DXF formats. Most CAD drawings have been saved as raster images. Drawings and models might have been saved in more than one file format. Digital textual records include project descriptions, presentations and reports, budgets and meeting notes, often created using the Microsoft Office software suite. Sources: Bettum, Johan and Michael Hensel. “Channelling Systems: Dynamic Processes and Digital Time-Based Methods in Urban Design.” AD Architectural Design 70, no.3 (June 2000): 36-43. Greg Lynn, ed. Archaeology of the Digital 17: OCEAN North, Jyväskylä Music and Arts Centre, Montréal: Canadian Centre for Architecture, 2017. ePub.
Projects
Actions:
AP194.S1
Description:
Series contains records associated with three OCEAN North projects to which Johan Bettum brought a significant insight: Synthetic Landscape (1995-2000), Jyväskylä Music and Arts Centre (1997) and Töölö Football Stadium (1997). The collaborative process around these projects allowed exploring design methods through the usage of digital tools. In discussions with Greg Lynn, Johan Bettum and Kivi Sotamaa have expressed that they had broached Töölö as a landscape and Jyväskylä as a cloud. Particle streaming and Channelling Systems approaches were applied in these projects and further developed in the third phase of the Synthetic Landscape project and its Pavilion. The Synthetic Landscape project also featured usage of polymer composite materials. All records are born-digital, except for one 1995 drawing from the Synthetic Landscape project. Records include CAD models, raster and vector images, textual records and animated renderings from Channelling Systems studies. CAD models and drawings show design process of the projects, and range from the abstract (particle streaming) to very detailed plans (Jyväskylä). They were created using form*Z, Microstation, Alias, 3D Studio, AutoCAD and Rhinoceros. Some files were saved in IGES and DXF formats. Most CAD drawings have been saved as raster images. Drawings and models might have been saved in more than one file format. Digital textual records include project descriptions, presentations and reports, budgets and meeting notes, often created using the Microsoft Office software suite. Sources: Bettum, Johan and Michael Hensel. “Channelling Systems: Dynamic Processes and Digital Time-Based Methods in Urban Design.” AD Architectural Design 70, no.3 (June 2000): 36-43. Greg Lynn, ed. Archaeology of the Digital 17: OCEAN North, Jyväskylä Music and Arts Centre, Montréal: Canadian Centre for Architecture, 2017. ePub.
Level of archival description:
Series
Series
Date:
1995-2000
1995-2000
People:
Level of archival description:
Project
Project
Reference number:
AP056.S1.2000.PR08
Description:
This project series documents buildings for Concordia University's downtown campus in Montréal from 2000-2009. The office identified the project number as 0004. This project eventually became known as Le Quartier Concordia. This project was the winning submission of an architectural competition by Kuwabara Payne McKenna Blumberg Architects, in joint-venture with Fichten Soiferman et Associés Architectes, to design an integrated, vertical campus to revitalize and reinvent the University. This project consisted of three interconnected high-rise buildings on either side of Montreal's Guy Street, below De Maisonneuve Boulevard, to rehouse three important faculties: Visual Arts, Engineering and Computer Science, and the John Molson School of Business. These three buildings had glazed curtain wall exteriors with copper-coloured metal lines that created visual consistency inside and outside of all three buildings. Large art installations were also included on the façades. Triple-height atriums on the ground floors of the Engineering Building and the John Molson building added welcoming, public areas to the campus, and connected pedestrians to the Guy-Concordia metro station below. The tops of these two buildings featured massive north-south canopies that pointed from Montreal's Mont Royal down to the St. Lawrence River. The shorter Visual Arts building was directly connected to the Engineering building and today they are known together as the EV Building. The building interiors, comprised largely of stone tiles and concrete, featured large, multi-storey spiral staircases in a nod to the famous exterior spiral stairs of Montreal homes.[1] The Engineering and Visual Arts buildings were completed in 2005 and the John Molson building in 2009. Recladding of the exterior of another campus building to match these was completed in 2011.[2] It should be noted that these project materials were donated to the CCA part way through the project's realization. The project is recorded through drawings and textual records dating from 2000-2003. The drawings are mostly originals but reprographic copies and printouts of CAD drawings are also included. The drawings consist of sketches, digital renderings, plans, elevations, sections, perspectives, details and construction drawings. The textual records are arranged within the drawings and consist of research. [1]Contributions from Phyllis Lambert et al., The Architecture of Kuwabara, Payne, McKenna, Blumberg (Boston, MA: Birkhäuser-Publishers for Architecture, 2004), 180. [2]"Le Quartier Concordia." KPMB. Accessed July 11, 2019. http://www.kpmb.com/project/concordia-university-john-molson-school-of-business/
AP056.S1.2000.PR08
Description:
This project series documents buildings for Concordia University's downtown campus in Montréal from 2000-2009. The office identified the project number as 0004. This project eventually became known as Le Quartier Concordia. This project was the winning submission of an architectural competition by Kuwabara Payne McKenna Blumberg Architects, in joint-venture with Fichten Soiferman et Associés Architectes, to design an integrated, vertical campus to revitalize and reinvent the University. This project consisted of three interconnected high-rise buildings on either side of Montreal's Guy Street, below De Maisonneuve Boulevard, to rehouse three important faculties: Visual Arts, Engineering and Computer Science, and the John Molson School of Business. These three buildings had glazed curtain wall exteriors with copper-coloured metal lines that created visual consistency inside and outside of all three buildings. Large art installations were also included on the façades. Triple-height atriums on the ground floors of the Engineering Building and the John Molson building added welcoming, public areas to the campus, and connected pedestrians to the Guy-Concordia metro station below. The tops of these two buildings featured massive north-south canopies that pointed from Montreal's Mont Royal down to the St. Lawrence River. The shorter Visual Arts building was directly connected to the Engineering building and today they are known together as the EV Building. The building interiors, comprised largely of stone tiles and concrete, featured large, multi-storey spiral staircases in a nod to the famous exterior spiral stairs of Montreal homes.[1] The Engineering and Visual Arts buildings were completed in 2005 and the John Molson building in 2009. Recladding of the exterior of another campus building to match these was completed in 2011.[2] It should be noted that these project materials were donated to the CCA part way through the project's realization. The project is recorded through drawings and textual records dating from 2000-2003. The drawings are mostly originals but reprographic copies and printouts of CAD drawings are also included. The drawings consist of sketches, digital renderings, plans, elevations, sections, perspectives, details and construction drawings. The textual records are arranged within the drawings and consist of research. [1]Contributions from Phyllis Lambert et al., The Architecture of Kuwabara, Payne, McKenna, Blumberg (Boston, MA: Birkhäuser-Publishers for Architecture, 2004), 180. [2]"Le Quartier Concordia." KPMB. Accessed July 11, 2019. http://www.kpmb.com/project/concordia-university-john-molson-school-of-business/
People:
Date:
2000-2003
2000-2003
Title:
Concordia University, Montréal (2000-2009)
Actions:
AP056.S1.2000.PR08
Description:
This project series documents buildings for Concordia University's downtown campus in Montréal from 2000-2009. The office identified the project number as 0004. This project eventually became known as Le Quartier Concordia. This project was the winning submission of an architectural competition by Kuwabara Payne McKenna Blumberg Architects, in joint-venture with Fichten Soiferman et Associés Architectes, to design an integrated, vertical campus to revitalize and reinvent the University. This project consisted of three interconnected high-rise buildings on either side of Montreal's Guy Street, below De Maisonneuve Boulevard, to rehouse three important faculties: Visual Arts, Engineering and Computer Science, and the John Molson School of Business. These three buildings had glazed curtain wall exteriors with copper-coloured metal lines that created visual consistency inside and outside of all three buildings. Large art installations were also included on the façades. Triple-height atriums on the ground floors of the Engineering Building and the John Molson building added welcoming, public areas to the campus, and connected pedestrians to the Guy-Concordia metro station below. The tops of these two buildings featured massive north-south canopies that pointed from Montreal's Mont Royal down to the St. Lawrence River. The shorter Visual Arts building was directly connected to the Engineering building and today they are known together as the EV Building. The building interiors, comprised largely of stone tiles and concrete, featured large, multi-storey spiral staircases in a nod to the famous exterior spiral stairs of Montreal homes.[1] The Engineering and Visual Arts buildings were completed in 2005 and the John Molson building in 2009. Recladding of the exterior of another campus building to match these was completed in 2011.[2] It should be noted that these project materials were donated to the CCA part way through the project's realization. The project is recorded through drawings and textual records dating from 2000-2003. The drawings are mostly originals but reprographic copies and printouts of CAD drawings are also included. The drawings consist of sketches, digital renderings, plans, elevations, sections, perspectives, details and construction drawings. The textual records are arranged within the drawings and consist of research. [1]Contributions from Phyllis Lambert et al., The Architecture of Kuwabara, Payne, McKenna, Blumberg (Boston, MA: Birkhäuser-Publishers for Architecture, 2004), 180. [2]"Le Quartier Concordia." KPMB. Accessed July 11, 2019. http://www.kpmb.com/project/concordia-university-john-molson-school-of-business/
Concordia University, Montréal (2000-2009)
Actions:
AP056.S1.2000.PR08
Description:
This project series documents buildings for Concordia University's downtown campus in Montréal from 2000-2009. The office identified the project number as 0004. This project eventually became known as Le Quartier Concordia. This project was the winning submission of an architectural competition by Kuwabara Payne McKenna Blumberg Architects, in joint-venture with Fichten Soiferman et Associés Architectes, to design an integrated, vertical campus to revitalize and reinvent the University. This project consisted of three interconnected high-rise buildings on either side of Montreal's Guy Street, below De Maisonneuve Boulevard, to rehouse three important faculties: Visual Arts, Engineering and Computer Science, and the John Molson School of Business. These three buildings had glazed curtain wall exteriors with copper-coloured metal lines that created visual consistency inside and outside of all three buildings. Large art installations were also included on the façades. Triple-height atriums on the ground floors of the Engineering Building and the John Molson building added welcoming, public areas to the campus, and connected pedestrians to the Guy-Concordia metro station below. The tops of these two buildings featured massive north-south canopies that pointed from Montreal's Mont Royal down to the St. Lawrence River. The shorter Visual Arts building was directly connected to the Engineering building and today they are known together as the EV Building. The building interiors, comprised largely of stone tiles and concrete, featured large, multi-storey spiral staircases in a nod to the famous exterior spiral stairs of Montreal homes.[1] The Engineering and Visual Arts buildings were completed in 2005 and the John Molson building in 2009. Recladding of the exterior of another campus building to match these was completed in 2011.[2] It should be noted that these project materials were donated to the CCA part way through the project's realization. The project is recorded through drawings and textual records dating from 2000-2003. The drawings are mostly originals but reprographic copies and printouts of CAD drawings are also included. The drawings consist of sketches, digital renderings, plans, elevations, sections, perspectives, details and construction drawings. The textual records are arranged within the drawings and consist of research. [1]Contributions from Phyllis Lambert et al., The Architecture of Kuwabara, Payne, McKenna, Blumberg (Boston, MA: Birkhäuser-Publishers for Architecture, 2004), 180. [2]"Le Quartier Concordia." KPMB. Accessed July 11, 2019. http://www.kpmb.com/project/concordia-university-john-molson-school-of-business/
Level of archival description:
Project
Project
Date:
2000-2003
2000-2003
People:
Form:
archives
Level of archival description:
Fonds
archives
Level of archival description:
Fonds
Title:
Jean-Louis Cohen fonds
Jean-Louis Cohen fonds
Actions:
Reference number:
AP210
Synopsis:
The Jean-Louis Cohen fonds, 1968 – 2023, documents the projects and activities of historian, curator, professor, and architect Jean-Louis Cohen (1949 – 2023). Cohen’s research focus was largely modern architecture and transnational architectural exchange, particularly between and among the United States, Europe, and the former Soviet Union in the 20th century. Through physical and digital records, this fonds documents his academic, publishing, and curatorial work along with his professional activities within architectural research and heritage organizations, as well as his architectural practice.
AP210
Synopsis:
The Jean-Louis Cohen fonds, 1968 – 2023, documents the projects and activities of historian, curator, professor, and architect Jean-Louis Cohen (1949 – 2023). Cohen’s research focus was largely modern architecture and transnational architectural exchange, particularly between and among the United States, Europe, and the former Soviet Union in the 20th century. Through physical and digital records, this fonds documents his academic, publishing, and curatorial work along with his professional activities within architectural research and heritage organizations, as well as his architectural practice.
People:
Date:
1968 - 2023
1968 - 2023
Title:
Jean-Louis Cohen fonds
Actions:
AP210
Synopsis:
The Jean-Louis Cohen fonds, 1968 – 2023, documents the projects and activities of historian, curator, professor, and architect Jean-Louis Cohen (1949 – 2023). Cohen’s research focus was largely modern architecture and transnational architectural exchange, particularly between and among the United States, Europe, and the former Soviet Union in the 20th century. Through physical and digital records, this fonds documents his academic, publishing, and curatorial work along with his professional activities within architectural research and heritage organizations, as well as his architectural practice.
Jean-Louis Cohen fonds
Actions:
AP210
Synopsis:
The Jean-Louis Cohen fonds, 1968 – 2023, documents the projects and activities of historian, curator, professor, and architect Jean-Louis Cohen (1949 – 2023). Cohen’s research focus was largely modern architecture and transnational architectural exchange, particularly between and among the United States, Europe, and the former Soviet Union in the 20th century. Through physical and digital records, this fonds documents his academic, publishing, and curatorial work along with his professional activities within architectural research and heritage organizations, as well as his architectural practice.
Form:
archives
Level of archival description:
Fonds
archives
Level of archival description:
Fonds
Date:
1968 - 2023
1968 - 2023
People:
Level of archival description:
Project
Project
Title:
Carbon Tower (2001)
Carbon Tower (2001)
Reference number:
AP174.S1.2001.D1
Description:
This project file documents an unbuilt design by Testa & Weiser for Carbon Tower (2001), a forty-storey building made almost entirely of carbon fibre. The project was developed in parallel with scripting software designed while Peter Testa and Devyn Weiser co-directed the Emergent Design Group at MIT. "The tower consists of an interdependent set of parts: floor plates hang from a diagrid structure of bundled fibres reinforced by two double-helix covered ramps, which are run in and out of the structure and are themselves made of strands woven at a finer scale. A thin composite skin—glass would be too heavy—wraps the tower’s parts together. A collaboration with Arup in 2002 allowed Testa & Weiser to simplify the scheme even further, by moving all core elements, from elevators to structural supports, to the tower’s perimeter. To take full advantage of the flexibility and energy efficiency of composite materials, Testa & Weiser also imagined that the carbon fibre structures would be formed on site through a process called pultrusion."[1] The file contains a large number of digital files documenting the conceptual and design development of the project; consultation with Arup Consulting Engineers, New York; research on composite materials; fabrication of 3D printed physical models by 3D Systems and Windform; and exhibition of the project at several museums and galleries, including the Museum of Contemporary Art, Los Angeles and the Cooper-Hewitt Smithsonian Design Museum, New York. Also contained in the file are 56 paper drawings (including some sketches done on top of printed computer-aided designs) and two 3D printed physical models produced by 3D Systems. Sources: [1] Canadian Centre for Architecture. Archaeology of the Digital 12: Testa & Weiser, Carbon Tower, ed. Greg Lynn (2015), ISBN 978-1-927071-25-0.
AP174.S1.2001.D1
Description:
This project file documents an unbuilt design by Testa & Weiser for Carbon Tower (2001), a forty-storey building made almost entirely of carbon fibre. The project was developed in parallel with scripting software designed while Peter Testa and Devyn Weiser co-directed the Emergent Design Group at MIT. "The tower consists of an interdependent set of parts: floor plates hang from a diagrid structure of bundled fibres reinforced by two double-helix covered ramps, which are run in and out of the structure and are themselves made of strands woven at a finer scale. A thin composite skin—glass would be too heavy—wraps the tower’s parts together. A collaboration with Arup in 2002 allowed Testa & Weiser to simplify the scheme even further, by moving all core elements, from elevators to structural supports, to the tower’s perimeter. To take full advantage of the flexibility and energy efficiency of composite materials, Testa & Weiser also imagined that the carbon fibre structures would be formed on site through a process called pultrusion."[1] The file contains a large number of digital files documenting the conceptual and design development of the project; consultation with Arup Consulting Engineers, New York; research on composite materials; fabrication of 3D printed physical models by 3D Systems and Windform; and exhibition of the project at several museums and galleries, including the Museum of Contemporary Art, Los Angeles and the Cooper-Hewitt Smithsonian Design Museum, New York. Also contained in the file are 56 paper drawings (including some sketches done on top of printed computer-aided designs) and two 3D printed physical models produced by 3D Systems. Sources: [1] Canadian Centre for Architecture. Archaeology of the Digital 12: Testa & Weiser, Carbon Tower, ed. Greg Lynn (2015), ISBN 978-1-927071-25-0.
People:
Date:
2002-2014
2002-2014
Title:
Carbon Tower (2001)
Actions:
AP174.S1.2001.D1
Description:
This project file documents an unbuilt design by Testa & Weiser for Carbon Tower (2001), a forty-storey building made almost entirely of carbon fibre. The project was developed in parallel with scripting software designed while Peter Testa and Devyn Weiser co-directed the Emergent Design Group at MIT. "The tower consists of an interdependent set of parts: floor plates hang from a diagrid structure of bundled fibres reinforced by two double-helix covered ramps, which are run in and out of the structure and are themselves made of strands woven at a finer scale. A thin composite skin—glass would be too heavy—wraps the tower’s parts together. A collaboration with Arup in 2002 allowed Testa & Weiser to simplify the scheme even further, by moving all core elements, from elevators to structural supports, to the tower’s perimeter. To take full advantage of the flexibility and energy efficiency of composite materials, Testa & Weiser also imagined that the carbon fibre structures would be formed on site through a process called pultrusion."[1] The file contains a large number of digital files documenting the conceptual and design development of the project; consultation with Arup Consulting Engineers, New York; research on composite materials; fabrication of 3D printed physical models by 3D Systems and Windform; and exhibition of the project at several museums and galleries, including the Museum of Contemporary Art, Los Angeles and the Cooper-Hewitt Smithsonian Design Museum, New York. Also contained in the file are 56 paper drawings (including some sketches done on top of printed computer-aided designs) and two 3D printed physical models produced by 3D Systems. Sources: [1] Canadian Centre for Architecture. Archaeology of the Digital 12: Testa & Weiser, Carbon Tower, ed. Greg Lynn (2015), ISBN 978-1-927071-25-0.
Carbon Tower (2001)
Actions:
AP174.S1.2001.D1
Description:
This project file documents an unbuilt design by Testa & Weiser for Carbon Tower (2001), a forty-storey building made almost entirely of carbon fibre. The project was developed in parallel with scripting software designed while Peter Testa and Devyn Weiser co-directed the Emergent Design Group at MIT. "The tower consists of an interdependent set of parts: floor plates hang from a diagrid structure of bundled fibres reinforced by two double-helix covered ramps, which are run in and out of the structure and are themselves made of strands woven at a finer scale. A thin composite skin—glass would be too heavy—wraps the tower’s parts together. A collaboration with Arup in 2002 allowed Testa & Weiser to simplify the scheme even further, by moving all core elements, from elevators to structural supports, to the tower’s perimeter. To take full advantage of the flexibility and energy efficiency of composite materials, Testa & Weiser also imagined that the carbon fibre structures would be formed on site through a process called pultrusion."[1] The file contains a large number of digital files documenting the conceptual and design development of the project; consultation with Arup Consulting Engineers, New York; research on composite materials; fabrication of 3D printed physical models by 3D Systems and Windform; and exhibition of the project at several museums and galleries, including the Museum of Contemporary Art, Los Angeles and the Cooper-Hewitt Smithsonian Design Museum, New York. Also contained in the file are 56 paper drawings (including some sketches done on top of printed computer-aided designs) and two 3D printed physical models produced by 3D Systems. Sources: [1] Canadian Centre for Architecture. Archaeology of the Digital 12: Testa & Weiser, Carbon Tower, ed. Greg Lynn (2015), ISBN 978-1-927071-25-0.
Level of archival description:
Project
Project
Date:
2002-2014
2002-2014
People:
Form:
archives
Level of archival description:
Fonds
archives
Level of archival description:
Fonds
Reference number:
AP177
Synopsis:
The RUR Architecture Kansai-kan of the National Diet Library project records, circa 1996, document the New York based firm’s competition entry for the Kansai Science City branch of Japan’s National Diet Library. Records show integration of landscape in the building’s design, exploration of the relationship between structure and surface, and a multimedia approach to building design. Records include 169 digital files, mostly CAD models and images; 42 drawings and printed renderings; and 5 models and casts.
AP177
Synopsis:
The RUR Architecture Kansai-kan of the National Diet Library project records, circa 1996, document the New York based firm’s competition entry for the Kansai Science City branch of Japan’s National Diet Library. Records show integration of landscape in the building’s design, exploration of the relationship between structure and surface, and a multimedia approach to building design. Records include 169 digital files, mostly CAD models and images; 42 drawings and printed renderings; and 5 models and casts.
People:
Date:
1996-2015
1996-2015
Title:
RUR Architecture Kansai-kan of the National Diet Library project records
Actions:
AP177
Synopsis:
The RUR Architecture Kansai-kan of the National Diet Library project records, circa 1996, document the New York based firm’s competition entry for the Kansai Science City branch of Japan’s National Diet Library. Records show integration of landscape in the building’s design, exploration of the relationship between structure and surface, and a multimedia approach to building design. Records include 169 digital files, mostly CAD models and images; 42 drawings and printed renderings; and 5 models and casts.
RUR Architecture Kansai-kan of the National Diet Library project records
Actions:
AP177
Synopsis:
The RUR Architecture Kansai-kan of the National Diet Library project records, circa 1996, document the New York based firm’s competition entry for the Kansai Science City branch of Japan’s National Diet Library. Records show integration of landscape in the building’s design, exploration of the relationship between structure and surface, and a multimedia approach to building design. Records include 169 digital files, mostly CAD models and images; 42 drawings and printed renderings; and 5 models and casts.
Form:
archives
Level of archival description:
Fonds
archives
Level of archival description:
Fonds
Date:
1996-2015
1996-2015
People:
Form:
events
events
Description:
Join us Wednesday November 20 from 4–7 pm to honour the women who planned and designed our built environment. This event is free and open to the public.
Join us Wednesday November 20 from 4–7 pm to honour the women who planned and designed our built environment. This event is free and open to the public.
Location:
Study Room
Study Room
Date:
20 November 2024, 4pm to 7pm
20 November 2024, 4pm to 7pm
Title:
Wiki Edit-a-thon: Foregrounding Canadian Women Architects
Actions:
Description:
Join us Wednesday November 20 from 4–7 pm to honour the women who planned and designed our built environment. This event is free and open to the public.
Wiki Edit-a-thon: Foregrounding Canadian Women Architects
Actions:
Description:
Join us Wednesday November 20 from 4–7 pm to honour the women who planned and designed our built environment. This event is free and open to the public.
Form:
events
events
Date:
20 November 2024
4pm to 7pm
20 November 2024
4pm to 7pm
Location:
Study Room
Study Room
Form:
drawings
drawings
Actions:
Reference number:
DR1996:0002
Description:
- Two groups of four pastel drawings were originally produced in connection with the Village Polychrome project. The architect André Bruyère had retained one group, while the other was given to the patron and client, Francisco de Assis Chateaubriand Bandeira de Melo, who then donated it to the Sao Paolo Museum of Modern Art. Bruyère subsequently gave one of the four drawings in his group to a friend. The three remaining drawings from Bruyère's group are in the CCA Prints and Drawings collection (DR1996:0001 - DR1996:0003) ("Projet de Village Polychrome, Biot, France"). - The sliding wall, shown on the left, can be used to partially enclose the terrace ("Village d'artistes sur la Côte d'Azur", p. 83).
DR1996:0002
Description:
- Two groups of four pastel drawings were originally produced in connection with the Village Polychrome project. The architect André Bruyère had retained one group, while the other was given to the patron and client, Francisco de Assis Chateaubriand Bandeira de Melo, who then donated it to the Sao Paolo Museum of Modern Art. Bruyère subsequently gave one of the four drawings in his group to a friend. The three remaining drawings from Bruyère's group are in the CCA Prints and Drawings collection (DR1996:0001 - DR1996:0003) ("Projet de Village Polychrome, Biot, France"). - The sliding wall, shown on the left, can be used to partially enclose the terrace ("Village d'artistes sur la Côte d'Azur", p. 83).
People:
Subject:
interior design
interior design
Date:
1953
1953
Title:
Perspective for a guest villa showing the terrace, Village Polychrome, near Biot, France
Actions:
DR1996:0002
Description:
- Two groups of four pastel drawings were originally produced in connection with the Village Polychrome project. The architect André Bruyère had retained one group, while the other was given to the patron and client, Francisco de Assis Chateaubriand Bandeira de Melo, who then donated it to the Sao Paolo Museum of Modern Art. Bruyère subsequently gave one of the four drawings in his group to a friend. The three remaining drawings from Bruyère's group are in the CCA Prints and Drawings collection (DR1996:0001 - DR1996:0003) ("Projet de Village Polychrome, Biot, France"). - The sliding wall, shown on the left, can be used to partially enclose the terrace ("Village d'artistes sur la Côte d'Azur", p. 83).
Perspective for a guest villa showing the terrace, Village Polychrome, near Biot, France
Actions:
DR1996:0002
Description:
- Two groups of four pastel drawings were originally produced in connection with the Village Polychrome project. The architect André Bruyère had retained one group, while the other was given to the patron and client, Francisco de Assis Chateaubriand Bandeira de Melo, who then donated it to the Sao Paolo Museum of Modern Art. Bruyère subsequently gave one of the four drawings in his group to a friend. The three remaining drawings from Bruyère's group are in the CCA Prints and Drawings collection (DR1996:0001 - DR1996:0003) ("Projet de Village Polychrome, Biot, France"). - The sliding wall, shown on the left, can be used to partially enclose the terrace ("Village d'artistes sur la Côte d'Azur", p. 83).
Form:
drawings
drawings
Date:
1953
1953
People:
Subject:
interior design
interior design
Form:
drawings
drawings
Actions:
Reference number:
DR1996:0011
Description:
- Two groups of four pastel drawings were originally produced in connection with the Village Polychrome project. The architect André Bruyère had retained one group, while the other was given to the patron and client, Francisco de Assis Chateaubriand Bandeira de Melo, who then donated it to the Sao Paolo Museum of Modern Art. Bruyère subsequently gave one of the four drawings in his group to a friend. The three remaining drawings from Bruyère's group are in the CCA Prints and Drawings collection (DR1996:0001 - DR1996:0003) ("Projet de Village Polychrome, Biot, France"). - The sliding wall, shown on the left, can be used to partially enclose the terrace ("Village d'artistes sur la Côte d'Azur", p. 83).
DR1996:0011
Description:
- Two groups of four pastel drawings were originally produced in connection with the Village Polychrome project. The architect André Bruyère had retained one group, while the other was given to the patron and client, Francisco de Assis Chateaubriand Bandeira de Melo, who then donated it to the Sao Paolo Museum of Modern Art. Bruyère subsequently gave one of the four drawings in his group to a friend. The three remaining drawings from Bruyère's group are in the CCA Prints and Drawings collection (DR1996:0001 - DR1996:0003) ("Projet de Village Polychrome, Biot, France"). - The sliding wall, shown on the left, can be used to partially enclose the terrace ("Village d'artistes sur la Côte d'Azur", p. 83).
People:
Subject:
interior design
interior design
Date:
1952-1953
1952-1953
Title:
Perspective for a guest villa showing the terrace, Village Polychrome, near Biot, France
Actions:
DR1996:0011
Description:
- Two groups of four pastel drawings were originally produced in connection with the Village Polychrome project. The architect André Bruyère had retained one group, while the other was given to the patron and client, Francisco de Assis Chateaubriand Bandeira de Melo, who then donated it to the Sao Paolo Museum of Modern Art. Bruyère subsequently gave one of the four drawings in his group to a friend. The three remaining drawings from Bruyère's group are in the CCA Prints and Drawings collection (DR1996:0001 - DR1996:0003) ("Projet de Village Polychrome, Biot, France"). - The sliding wall, shown on the left, can be used to partially enclose the terrace ("Village d'artistes sur la Côte d'Azur", p. 83).
Perspective for a guest villa showing the terrace, Village Polychrome, near Biot, France
Actions:
DR1996:0011
Description:
- Two groups of four pastel drawings were originally produced in connection with the Village Polychrome project. The architect André Bruyère had retained one group, while the other was given to the patron and client, Francisco de Assis Chateaubriand Bandeira de Melo, who then donated it to the Sao Paolo Museum of Modern Art. Bruyère subsequently gave one of the four drawings in his group to a friend. The three remaining drawings from Bruyère's group are in the CCA Prints and Drawings collection (DR1996:0001 - DR1996:0003) ("Projet de Village Polychrome, Biot, France"). - The sliding wall, shown on the left, can be used to partially enclose the terrace ("Village d'artistes sur la Côte d'Azur", p. 83).
Form:
drawings
drawings
Date:
1952-1953
1952-1953
People:
Subject:
interior design
interior design
Level of archival description:
Project
Project
Actions:
Reference number:
AP194.S1.1997.PR02
Description:
Project records document the design process for OCEAN North’s competition entry for the Jyväskylä Music and Arts Centre in 1997. The project was titled Terra Cultura by OCEAN North. The competition was to create a multi-usage space that would include a venue for the symphonic orchestra, a music school, exhibition spaces and the possibility to host a variety of small cultural events in the Finnish city of Jyväskylä. The proposed site is in the center of the town, across the street from the Jyväskylä city church and its park, and nearby buildings designed by Alvar Aalto. OCEAN North’s concept presents a topological surface as an extension of the surrounding urban scape with two masses that would host the formal functions of the building (concert hall, music school, exhibition halls). The two volumes, or raised blocks, are divided along a diagonal elevated space, which is the extension of the ground’s topological surface filled and dubbed “Liquid Flow Space” by the design team. In their interview with Greg Lynn, Johan Bettum and Kivi Sotamaa mentioned that the idea for Jyväskylä was that it was a cloud. To reach this goal, the team used CAD software to trace streams of particles as a modelling approach. The masses of linear elements that were generated were further deconstructed and turned into “peels” and rearranged to create the masses of the building. Physical models were also used to test and further what had emerged from the digital design process, with results being fed back into the digital drawings. During the process, Bettum also brought in the idea of the internalisation of the outside, taking inspiration from the Centre Georges Pompidou. Digital records document the creative process with raster and vector images, CAD drawings and models, and few digital textual records describing the project and the program charts. Drawings and models show site and building plans, perspectives and sections; particles streaming and resulting linear masses; peels and sections identified per color; and renderings of aerials, perspectives and elevation views. OCEAN North seems to have mostly used Microstation for modelling, although there are a few files created with form*Z and 3D Studio. Some of the raster images might have been created with these software as well, showing a given stage of the design process and including renderings. There are also screen captures showing the top, front, left and perspective views of 3D models. Adobe Photoshop and Illustrator were also used to create and modify drawings and diagrams. Program charts were created in Microsoft Excel. Sources: Softspace: from a representation of form to a simulation of space, Edited by Sean Lally and Jessica Young. London, New York: Routledge, 2007. Greg Lynn, ed. Archaeology of the Digital 17: OCEAN North, Jyväskylä Music and Arts Centre, Montréal: Canadian Centre for Architecture, 2017. ePub.
AP194.S1.1997.PR02
Description:
Project records document the design process for OCEAN North’s competition entry for the Jyväskylä Music and Arts Centre in 1997. The project was titled Terra Cultura by OCEAN North. The competition was to create a multi-usage space that would include a venue for the symphonic orchestra, a music school, exhibition spaces and the possibility to host a variety of small cultural events in the Finnish city of Jyväskylä. The proposed site is in the center of the town, across the street from the Jyväskylä city church and its park, and nearby buildings designed by Alvar Aalto. OCEAN North’s concept presents a topological surface as an extension of the surrounding urban scape with two masses that would host the formal functions of the building (concert hall, music school, exhibition halls). The two volumes, or raised blocks, are divided along a diagonal elevated space, which is the extension of the ground’s topological surface filled and dubbed “Liquid Flow Space” by the design team. In their interview with Greg Lynn, Johan Bettum and Kivi Sotamaa mentioned that the idea for Jyväskylä was that it was a cloud. To reach this goal, the team used CAD software to trace streams of particles as a modelling approach. The masses of linear elements that were generated were further deconstructed and turned into “peels” and rearranged to create the masses of the building. Physical models were also used to test and further what had emerged from the digital design process, with results being fed back into the digital drawings. During the process, Bettum also brought in the idea of the internalisation of the outside, taking inspiration from the Centre Georges Pompidou. Digital records document the creative process with raster and vector images, CAD drawings and models, and few digital textual records describing the project and the program charts. Drawings and models show site and building plans, perspectives and sections; particles streaming and resulting linear masses; peels and sections identified per color; and renderings of aerials, perspectives and elevation views. OCEAN North seems to have mostly used Microstation for modelling, although there are a few files created with form*Z and 3D Studio. Some of the raster images might have been created with these software as well, showing a given stage of the design process and including renderings. There are also screen captures showing the top, front, left and perspective views of 3D models. Adobe Photoshop and Illustrator were also used to create and modify drawings and diagrams. Program charts were created in Microsoft Excel. Sources: Softspace: from a representation of form to a simulation of space, Edited by Sean Lally and Jessica Young. London, New York: Routledge, 2007. Greg Lynn, ed. Archaeology of the Digital 17: OCEAN North, Jyväskylä Music and Arts Centre, Montréal: Canadian Centre for Architecture, 2017. ePub.
People:
Date:
1997-1998
1997-1998
Title:
Terra Cultura – Jyväskylä Music and Arts Centre, international competition entry, Jyväskylä, Finland (1997)
Actions:
AP194.S1.1997.PR02
Description:
Project records document the design process for OCEAN North’s competition entry for the Jyväskylä Music and Arts Centre in 1997. The project was titled Terra Cultura by OCEAN North. The competition was to create a multi-usage space that would include a venue for the symphonic orchestra, a music school, exhibition spaces and the possibility to host a variety of small cultural events in the Finnish city of Jyväskylä. The proposed site is in the center of the town, across the street from the Jyväskylä city church and its park, and nearby buildings designed by Alvar Aalto. OCEAN North’s concept presents a topological surface as an extension of the surrounding urban scape with two masses that would host the formal functions of the building (concert hall, music school, exhibition halls). The two volumes, or raised blocks, are divided along a diagonal elevated space, which is the extension of the ground’s topological surface filled and dubbed “Liquid Flow Space” by the design team. In their interview with Greg Lynn, Johan Bettum and Kivi Sotamaa mentioned that the idea for Jyväskylä was that it was a cloud. To reach this goal, the team used CAD software to trace streams of particles as a modelling approach. The masses of linear elements that were generated were further deconstructed and turned into “peels” and rearranged to create the masses of the building. Physical models were also used to test and further what had emerged from the digital design process, with results being fed back into the digital drawings. During the process, Bettum also brought in the idea of the internalisation of the outside, taking inspiration from the Centre Georges Pompidou. Digital records document the creative process with raster and vector images, CAD drawings and models, and few digital textual records describing the project and the program charts. Drawings and models show site and building plans, perspectives and sections; particles streaming and resulting linear masses; peels and sections identified per color; and renderings of aerials, perspectives and elevation views. OCEAN North seems to have mostly used Microstation for modelling, although there are a few files created with form*Z and 3D Studio. Some of the raster images might have been created with these software as well, showing a given stage of the design process and including renderings. There are also screen captures showing the top, front, left and perspective views of 3D models. Adobe Photoshop and Illustrator were also used to create and modify drawings and diagrams. Program charts were created in Microsoft Excel. Sources: Softspace: from a representation of form to a simulation of space, Edited by Sean Lally and Jessica Young. London, New York: Routledge, 2007. Greg Lynn, ed. Archaeology of the Digital 17: OCEAN North, Jyväskylä Music and Arts Centre, Montréal: Canadian Centre for Architecture, 2017. ePub.
Terra Cultura – Jyväskylä Music and Arts Centre, international competition entry, Jyväskylä, Finland (1997)
Actions:
AP194.S1.1997.PR02
Description:
Project records document the design process for OCEAN North’s competition entry for the Jyväskylä Music and Arts Centre in 1997. The project was titled Terra Cultura by OCEAN North. The competition was to create a multi-usage space that would include a venue for the symphonic orchestra, a music school, exhibition spaces and the possibility to host a variety of small cultural events in the Finnish city of Jyväskylä. The proposed site is in the center of the town, across the street from the Jyväskylä city church and its park, and nearby buildings designed by Alvar Aalto. OCEAN North’s concept presents a topological surface as an extension of the surrounding urban scape with two masses that would host the formal functions of the building (concert hall, music school, exhibition halls). The two volumes, or raised blocks, are divided along a diagonal elevated space, which is the extension of the ground’s topological surface filled and dubbed “Liquid Flow Space” by the design team. In their interview with Greg Lynn, Johan Bettum and Kivi Sotamaa mentioned that the idea for Jyväskylä was that it was a cloud. To reach this goal, the team used CAD software to trace streams of particles as a modelling approach. The masses of linear elements that were generated were further deconstructed and turned into “peels” and rearranged to create the masses of the building. Physical models were also used to test and further what had emerged from the digital design process, with results being fed back into the digital drawings. During the process, Bettum also brought in the idea of the internalisation of the outside, taking inspiration from the Centre Georges Pompidou. Digital records document the creative process with raster and vector images, CAD drawings and models, and few digital textual records describing the project and the program charts. Drawings and models show site and building plans, perspectives and sections; particles streaming and resulting linear masses; peels and sections identified per color; and renderings of aerials, perspectives and elevation views. OCEAN North seems to have mostly used Microstation for modelling, although there are a few files created with form*Z and 3D Studio. Some of the raster images might have been created with these software as well, showing a given stage of the design process and including renderings. There are also screen captures showing the top, front, left and perspective views of 3D models. Adobe Photoshop and Illustrator were also used to create and modify drawings and diagrams. Program charts were created in Microsoft Excel. Sources: Softspace: from a representation of form to a simulation of space, Edited by Sean Lally and Jessica Young. London, New York: Routledge, 2007. Greg Lynn, ed. Archaeology of the Digital 17: OCEAN North, Jyväskylä Music and Arts Centre, Montréal: Canadian Centre for Architecture, 2017. ePub.
Level of archival description:
Project
Project
Date:
1997-1998
1997-1998
People:
Form:
archives
Level of archival description:
Fonds
archives
Level of archival description:
Fonds
Reference number:
AP137
Synopsis:
The fonds documents architectural projects from 1955-1969 by the Montréal-based firm of Affleck, Desbarats, Dimakopoulos, Lebensold, Sise. Most of the 44 projects are located in Canada, and include major buildings such as Place Ville Marie, Place Bonaventure, and the National Arts Centre in Ottawa. Two projects are in Italy, and there is a proposed exhibition pavilion for Osaka, Japan. The fonds consists primarily of architectural drawings - design development, presentation and working drawings - and some presentation panels probably used for exhibition purposes.
AP137
Synopsis:
The fonds documents architectural projects from 1955-1969 by the Montréal-based firm of Affleck, Desbarats, Dimakopoulos, Lebensold, Sise. Most of the 44 projects are located in Canada, and include major buildings such as Place Ville Marie, Place Bonaventure, and the National Arts Centre in Ottawa. Two projects are in Italy, and there is a proposed exhibition pavilion for Osaka, Japan. The fonds consists primarily of architectural drawings - design development, presentation and working drawings - and some presentation panels probably used for exhibition purposes.
People:
Date:
1955, 1957-1969
1955, 1957-1969
Title:
Affleck, Desbarats, Dimakopoulos, Lebensold, Sise fonds
Actions:
AP137
Synopsis:
The fonds documents architectural projects from 1955-1969 by the Montréal-based firm of Affleck, Desbarats, Dimakopoulos, Lebensold, Sise. Most of the 44 projects are located in Canada, and include major buildings such as Place Ville Marie, Place Bonaventure, and the National Arts Centre in Ottawa. Two projects are in Italy, and there is a proposed exhibition pavilion for Osaka, Japan. The fonds consists primarily of architectural drawings - design development, presentation and working drawings - and some presentation panels probably used for exhibition purposes.
Affleck, Desbarats, Dimakopoulos, Lebensold, Sise fonds
Actions:
AP137
Synopsis:
The fonds documents architectural projects from 1955-1969 by the Montréal-based firm of Affleck, Desbarats, Dimakopoulos, Lebensold, Sise. Most of the 44 projects are located in Canada, and include major buildings such as Place Ville Marie, Place Bonaventure, and the National Arts Centre in Ottawa. Two projects are in Italy, and there is a proposed exhibition pavilion for Osaka, Japan. The fonds consists primarily of architectural drawings - design development, presentation and working drawings - and some presentation panels probably used for exhibition purposes.
Form:
archives
Level of archival description:
Fonds
archives
Level of archival description:
Fonds
Date:
1955, 1957-1969
1955, 1957-1969
People:
