1810 Results
Level of archival description:
Project
Project
Reference number:
AP018.S1.1971.PR07
Description:
This project series documents the design and construction of the Health Sciences Complex at Memorial University (MUN) in St. John’s, Newfoundland from 1971-1976. The office identified the project number as 7111. The Health Sciences Complex was built to replace the St. John’s General Hospital. Constructed on MUN’s north campus, the hospital would integrate the university’s medical school to create a teaching hospital. The design included classrooms, labs, and a library for the students. The St. John’s General Hospital and MUN medical school would retain their independence and authority while sharing the space. The proposed design called for a banal building that was always unfinished so that future expansions and changes could be easily accommodated. The project also included the construction of the Utilities Annex building, a separate building to house heating and cooling plants, generators and electrical distribution. Having these facilities in a separate building would allow them to expand the hospital without crucial systems getting in the way. The main expansion envisioned in the scope of this project was the Life Sciences Complex, a university building and hospital connected to the Health Sciences Complex. In the project materials, the project is often referred to as The Health and Life Sciences Complex, although only the Health Sciences Complex was constructed under this project number. The original budget for the project was $60 million, a figure which included the Life Sciences Complex. The project is recorded through drawings, photographic materials, boards of material samples, a painting and textual records dating from 1971-1978. The textual records include correspondence with the client and consultants, meeting minutes and reports, consultancy records, a systems report, food facilities planning records, outline specifications, product catalogues for hospital equipment, research, project proposals, financial documentation and schedules. All of the drawings issued for tender are arranged within the textual materials. There are also two presentation boards, one of a project painting and the other of a photograph of the site model. Box AP018.S1.1971.PR07.049 contains an index to the textual records, which was created by the office.
AP018.S1.1971.PR07
Description:
This project series documents the design and construction of the Health Sciences Complex at Memorial University (MUN) in St. John’s, Newfoundland from 1971-1976. The office identified the project number as 7111. The Health Sciences Complex was built to replace the St. John’s General Hospital. Constructed on MUN’s north campus, the hospital would integrate the university’s medical school to create a teaching hospital. The design included classrooms, labs, and a library for the students. The St. John’s General Hospital and MUN medical school would retain their independence and authority while sharing the space. The proposed design called for a banal building that was always unfinished so that future expansions and changes could be easily accommodated. The project also included the construction of the Utilities Annex building, a separate building to house heating and cooling plants, generators and electrical distribution. Having these facilities in a separate building would allow them to expand the hospital without crucial systems getting in the way. The main expansion envisioned in the scope of this project was the Life Sciences Complex, a university building and hospital connected to the Health Sciences Complex. In the project materials, the project is often referred to as The Health and Life Sciences Complex, although only the Health Sciences Complex was constructed under this project number. The original budget for the project was $60 million, a figure which included the Life Sciences Complex. The project is recorded through drawings, photographic materials, boards of material samples, a painting and textual records dating from 1971-1978. The textual records include correspondence with the client and consultants, meeting minutes and reports, consultancy records, a systems report, food facilities planning records, outline specifications, product catalogues for hospital equipment, research, project proposals, financial documentation and schedules. All of the drawings issued for tender are arranged within the textual materials. There are also two presentation boards, one of a project painting and the other of a photograph of the site model. Box AP018.S1.1971.PR07.049 contains an index to the textual records, which was created by the office.
People:
Date:
1970-1978
1970-1978
Title:
Memorial University of Newfoundland, Health Sciences Complex, St. Johns, Newfoundland (1971-1976)
Actions:
AP018.S1.1971.PR07
Description:
This project series documents the design and construction of the Health Sciences Complex at Memorial University (MUN) in St. John’s, Newfoundland from 1971-1976. The office identified the project number as 7111. The Health Sciences Complex was built to replace the St. John’s General Hospital. Constructed on MUN’s north campus, the hospital would integrate the university’s medical school to create a teaching hospital. The design included classrooms, labs, and a library for the students. The St. John’s General Hospital and MUN medical school would retain their independence and authority while sharing the space. The proposed design called for a banal building that was always unfinished so that future expansions and changes could be easily accommodated. The project also included the construction of the Utilities Annex building, a separate building to house heating and cooling plants, generators and electrical distribution. Having these facilities in a separate building would allow them to expand the hospital without crucial systems getting in the way. The main expansion envisioned in the scope of this project was the Life Sciences Complex, a university building and hospital connected to the Health Sciences Complex. In the project materials, the project is often referred to as The Health and Life Sciences Complex, although only the Health Sciences Complex was constructed under this project number. The original budget for the project was $60 million, a figure which included the Life Sciences Complex. The project is recorded through drawings, photographic materials, boards of material samples, a painting and textual records dating from 1971-1978. The textual records include correspondence with the client and consultants, meeting minutes and reports, consultancy records, a systems report, food facilities planning records, outline specifications, product catalogues for hospital equipment, research, project proposals, financial documentation and schedules. All of the drawings issued for tender are arranged within the textual materials. There are also two presentation boards, one of a project painting and the other of a photograph of the site model. Box AP018.S1.1971.PR07.049 contains an index to the textual records, which was created by the office.
Memorial University of Newfoundland, Health Sciences Complex, St. Johns, Newfoundland (1971-1976)
Actions:
AP018.S1.1971.PR07
Description:
This project series documents the design and construction of the Health Sciences Complex at Memorial University (MUN) in St. John’s, Newfoundland from 1971-1976. The office identified the project number as 7111. The Health Sciences Complex was built to replace the St. John’s General Hospital. Constructed on MUN’s north campus, the hospital would integrate the university’s medical school to create a teaching hospital. The design included classrooms, labs, and a library for the students. The St. John’s General Hospital and MUN medical school would retain their independence and authority while sharing the space. The proposed design called for a banal building that was always unfinished so that future expansions and changes could be easily accommodated. The project also included the construction of the Utilities Annex building, a separate building to house heating and cooling plants, generators and electrical distribution. Having these facilities in a separate building would allow them to expand the hospital without crucial systems getting in the way. The main expansion envisioned in the scope of this project was the Life Sciences Complex, a university building and hospital connected to the Health Sciences Complex. In the project materials, the project is often referred to as The Health and Life Sciences Complex, although only the Health Sciences Complex was constructed under this project number. The original budget for the project was $60 million, a figure which included the Life Sciences Complex. The project is recorded through drawings, photographic materials, boards of material samples, a painting and textual records dating from 1971-1978. The textual records include correspondence with the client and consultants, meeting minutes and reports, consultancy records, a systems report, food facilities planning records, outline specifications, product catalogues for hospital equipment, research, project proposals, financial documentation and schedules. All of the drawings issued for tender are arranged within the textual materials. There are also two presentation boards, one of a project painting and the other of a photograph of the site model. Box AP018.S1.1971.PR07.049 contains an index to the textual records, which was created by the office.
Level of archival description:
Project
Project
Date:
1970-1978
1970-1978
People:
Form:
events
events
Actions:
Description:
David Goldblatt and Ivan Vladislavić talk about their joint publication TJ/Double Negative, an innovative combination of photographs and fiction that tries to make sense of Johannesburg. They discuss their approach to representing this troubled but intriguing city in words and images. Goldblatt is a renowned documenter of South African people and places, and has been(...)
David Goldblatt and Ivan Vladislavić talk about their joint publication TJ/Double Negative, an innovative combination of photographs and fiction that tries to make sense of Johannesburg. They discuss their approach to representing this troubled but intriguing city in words and images. Goldblatt is a renowned documenter of South African people and places, and has been(...)
Location:
Paul-Desmarais Theatre
Paul-Desmarais Theatre
Date:
9 May 2013 , 7pm
9 May 2013 , 7pm
Title:
Learning from... Johannesburg
Actions:
Description:
David Goldblatt and Ivan Vladislavić talk about their joint publication TJ/Double Negative, an innovative combination of photographs and fiction that tries to make sense of Johannesburg. They discuss their approach to representing this troubled but intriguing city in words and images. Goldblatt is a renowned documenter of South African people and places, and has been(...)
Learning from... Johannesburg
Actions:
Description:
David Goldblatt and Ivan Vladislavić talk about their joint publication TJ/Double Negative, an innovative combination of photographs and fiction that tries to make sense of Johannesburg. They discuss their approach to representing this troubled but intriguing city in words and images. Goldblatt is a renowned documenter of South African people and places, and has been(...)
Form:
events
events
Date:
9 May 2013
7pm
9 May 2013
7pm
Location:
Paul-Desmarais Theatre
Paul-Desmarais Theatre
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:
textual records, born digital, archives
Level of archival description:
Fonds
textual records, born digital, archives
Level of archival description:
Fonds
Title:
Anyone Corporation fonds
Anyone Corporation fonds
Reference number:
AP116
Synopsis:
The Anyone Corporation fonds is composed primarily of textual and photographic records which document the activities of the Anyone Corporation over the course of its planned ten year life span from 1990 to 2001. The non-profit, New York City based organization, was founded by Peter Eisenman, Cynthia Davidson, Arata Isozaki, and Ignasi de Solà-Morales Rubio in order to stimulate a fruitful dialogue between architecture and general culture at the dawn of the new millennium. To this end, ANY (acronym for Architecture New York) organised ten international conferences and numerous public seminars, as well as publishing conference journals, a series of architecture related books, and ANY, a theory driven bi-monthly magazine.
AP116
Synopsis:
The Anyone Corporation fonds is composed primarily of textual and photographic records which document the activities of the Anyone Corporation over the course of its planned ten year life span from 1990 to 2001. The non-profit, New York City based organization, was founded by Peter Eisenman, Cynthia Davidson, Arata Isozaki, and Ignasi de Solà-Morales Rubio in order to stimulate a fruitful dialogue between architecture and general culture at the dawn of the new millennium. To this end, ANY (acronym for Architecture New York) organised ten international conferences and numerous public seminars, as well as publishing conference journals, a series of architecture related books, and ANY, a theory driven bi-monthly magazine.
People:
Date:
1990-2001
1990-2001
Title:
Anyone Corporation fonds
Actions:
AP116
Synopsis:
The Anyone Corporation fonds is composed primarily of textual and photographic records which document the activities of the Anyone Corporation over the course of its planned ten year life span from 1990 to 2001. The non-profit, New York City based organization, was founded by Peter Eisenman, Cynthia Davidson, Arata Isozaki, and Ignasi de Solà-Morales Rubio in order to stimulate a fruitful dialogue between architecture and general culture at the dawn of the new millennium. To this end, ANY (acronym for Architecture New York) organised ten international conferences and numerous public seminars, as well as publishing conference journals, a series of architecture related books, and ANY, a theory driven bi-monthly magazine.
Anyone Corporation fonds
Actions:
AP116
Synopsis:
The Anyone Corporation fonds is composed primarily of textual and photographic records which document the activities of the Anyone Corporation over the course of its planned ten year life span from 1990 to 2001. The non-profit, New York City based organization, was founded by Peter Eisenman, Cynthia Davidson, Arata Isozaki, and Ignasi de Solà-Morales Rubio in order to stimulate a fruitful dialogue between architecture and general culture at the dawn of the new millennium. To this end, ANY (acronym for Architecture New York) organised ten international conferences and numerous public seminars, as well as publishing conference journals, a series of architecture related books, and ANY, a theory driven bi-monthly magazine.
Form:
textual records, born digital, archives
Level of archival description:
Fonds
textual records, born digital, archives
Level of archival description:
Fonds
Date:
1990-2001
1990-2001
People:
Level of archival description:
Project
Project
Title:
Blackpool Project
Blackpool Project
Reference number:
AP144.S2.D81
Description:
File documents the completed project for a restaurant at the Blackpool Zoo Park in Blackpool, England, for client J. Lyons & Co. Ltd. Initially the brief also called for the erection of five pre-fabricated Wimpy kiosks, of which at least one and possibly two kiosks were erected. The restaurant building is a square, clear-span, steel-frame building with its own kitchen and store rooms, and includes a cafeteria, a full service restaurant and bar, and offices. The restaurant dining room can be converted from one large space into two by means of a curtain on a track, removable barrier rails, and mobile cash and cutlery units. The exterior is timber-clad with tinted glazing. Existing conditions drawings show the existing site layout, landscaping plans and plans showing water supply and electrical services. Design development drawings and working drawings include preliminary interior perspectives, site plans, floor plans, reflected ceiling plans, utility plans, sections, elevations, axonometric views of interior, roof trusses, and structural system, construction details, and progress charts. Two sets of drawings that include plans, sections, and elevations, were possibly used for presentation purposes. Construction details are drawn on letter-size paper and show details for curtain tracks, exterior walls, and windows. A project schedule listing the remaining work is dated October 29, 1973. Consultant's drawings for catering, structural, mechanical, and electrical services are also included in the file. Over 300 detail drawings on letter-size paper are included in the textual records. Cedric Price visited the restaurant in 1988. Some material in this file was published in 'Cedric Price-Works II' (London: Architectural Press, 1984), 81. Some reference drawings are attributed to H. Carpenter, Engineer, County Borough of Blackpool, and to Building Design Partnership. Versa-Serve Ltd Catering Consultants, Briggs Amasco, Crittall-Hope, Archbell Greenwood Ltd Structural Engineers, Hall & Kay Limited, Campbell & Isherwood Ltd Electrical Engineers appear as consultants in this project. Bovis: Fee Construction Limited appears as the general contractor for this project. File contains design development drawings, presentation drawings, reference drawings, technical drawings, working drawings, photographic materials, and textual records.
AP144.S2.D81
Description:
File documents the completed project for a restaurant at the Blackpool Zoo Park in Blackpool, England, for client J. Lyons & Co. Ltd. Initially the brief also called for the erection of five pre-fabricated Wimpy kiosks, of which at least one and possibly two kiosks were erected. The restaurant building is a square, clear-span, steel-frame building with its own kitchen and store rooms, and includes a cafeteria, a full service restaurant and bar, and offices. The restaurant dining room can be converted from one large space into two by means of a curtain on a track, removable barrier rails, and mobile cash and cutlery units. The exterior is timber-clad with tinted glazing. Existing conditions drawings show the existing site layout, landscaping plans and plans showing water supply and electrical services. Design development drawings and working drawings include preliminary interior perspectives, site plans, floor plans, reflected ceiling plans, utility plans, sections, elevations, axonometric views of interior, roof trusses, and structural system, construction details, and progress charts. Two sets of drawings that include plans, sections, and elevations, were possibly used for presentation purposes. Construction details are drawn on letter-size paper and show details for curtain tracks, exterior walls, and windows. A project schedule listing the remaining work is dated October 29, 1973. Consultant's drawings for catering, structural, mechanical, and electrical services are also included in the file. Over 300 detail drawings on letter-size paper are included in the textual records. Cedric Price visited the restaurant in 1988. Some material in this file was published in 'Cedric Price-Works II' (London: Architectural Press, 1984), 81. Some reference drawings are attributed to H. Carpenter, Engineer, County Borough of Blackpool, and to Building Design Partnership. Versa-Serve Ltd Catering Consultants, Briggs Amasco, Crittall-Hope, Archbell Greenwood Ltd Structural Engineers, Hall & Kay Limited, Campbell & Isherwood Ltd Electrical Engineers appear as consultants in this project. Bovis: Fee Construction Limited appears as the general contractor for this project. File contains design development drawings, presentation drawings, reference drawings, technical drawings, working drawings, photographic materials, and textual records.
People:
Date:
1963-1988, predominant 1971-1975
1963-1988, predominant 1971-1975
Title:
Blackpool Project
Actions:
AP144.S2.D81
Description:
File documents the completed project for a restaurant at the Blackpool Zoo Park in Blackpool, England, for client J. Lyons & Co. Ltd. Initially the brief also called for the erection of five pre-fabricated Wimpy kiosks, of which at least one and possibly two kiosks were erected. The restaurant building is a square, clear-span, steel-frame building with its own kitchen and store rooms, and includes a cafeteria, a full service restaurant and bar, and offices. The restaurant dining room can be converted from one large space into two by means of a curtain on a track, removable barrier rails, and mobile cash and cutlery units. The exterior is timber-clad with tinted glazing. Existing conditions drawings show the existing site layout, landscaping plans and plans showing water supply and electrical services. Design development drawings and working drawings include preliminary interior perspectives, site plans, floor plans, reflected ceiling plans, utility plans, sections, elevations, axonometric views of interior, roof trusses, and structural system, construction details, and progress charts. Two sets of drawings that include plans, sections, and elevations, were possibly used for presentation purposes. Construction details are drawn on letter-size paper and show details for curtain tracks, exterior walls, and windows. A project schedule listing the remaining work is dated October 29, 1973. Consultant's drawings for catering, structural, mechanical, and electrical services are also included in the file. Over 300 detail drawings on letter-size paper are included in the textual records. Cedric Price visited the restaurant in 1988. Some material in this file was published in 'Cedric Price-Works II' (London: Architectural Press, 1984), 81. Some reference drawings are attributed to H. Carpenter, Engineer, County Borough of Blackpool, and to Building Design Partnership. Versa-Serve Ltd Catering Consultants, Briggs Amasco, Crittall-Hope, Archbell Greenwood Ltd Structural Engineers, Hall & Kay Limited, Campbell & Isherwood Ltd Electrical Engineers appear as consultants in this project. Bovis: Fee Construction Limited appears as the general contractor for this project. File contains design development drawings, presentation drawings, reference drawings, technical drawings, working drawings, photographic materials, and textual records.
Blackpool Project
Actions:
AP144.S2.D81
Description:
File documents the completed project for a restaurant at the Blackpool Zoo Park in Blackpool, England, for client J. Lyons & Co. Ltd. Initially the brief also called for the erection of five pre-fabricated Wimpy kiosks, of which at least one and possibly two kiosks were erected. The restaurant building is a square, clear-span, steel-frame building with its own kitchen and store rooms, and includes a cafeteria, a full service restaurant and bar, and offices. The restaurant dining room can be converted from one large space into two by means of a curtain on a track, removable barrier rails, and mobile cash and cutlery units. The exterior is timber-clad with tinted glazing. Existing conditions drawings show the existing site layout, landscaping plans and plans showing water supply and electrical services. Design development drawings and working drawings include preliminary interior perspectives, site plans, floor plans, reflected ceiling plans, utility plans, sections, elevations, axonometric views of interior, roof trusses, and structural system, construction details, and progress charts. Two sets of drawings that include plans, sections, and elevations, were possibly used for presentation purposes. Construction details are drawn on letter-size paper and show details for curtain tracks, exterior walls, and windows. A project schedule listing the remaining work is dated October 29, 1973. Consultant's drawings for catering, structural, mechanical, and electrical services are also included in the file. Over 300 detail drawings on letter-size paper are included in the textual records. Cedric Price visited the restaurant in 1988. Some material in this file was published in 'Cedric Price-Works II' (London: Architectural Press, 1984), 81. Some reference drawings are attributed to H. Carpenter, Engineer, County Borough of Blackpool, and to Building Design Partnership. Versa-Serve Ltd Catering Consultants, Briggs Amasco, Crittall-Hope, Archbell Greenwood Ltd Structural Engineers, Hall & Kay Limited, Campbell & Isherwood Ltd Electrical Engineers appear as consultants in this project. Bovis: Fee Construction Limited appears as the general contractor for this project. File contains design development drawings, presentation drawings, reference drawings, technical drawings, working drawings, photographic materials, and textual records.
Level of archival description:
File 81
File 81
Date:
1963-1988, predominant 1971-1975
1963-1988, predominant 1971-1975
People:
Form:
events
events
Title:
Learning from... Montréal
Learning from... Montréal
Actions:
Description:
Lance Blomgren uses his 2009 book Walkups—a novella set entirely within Montréal’s row house apartment buildings—as a springboard for an analysis of the discursive plane of fictional architecture. Looking at works by John Hejduk, Ilya Kabakov, Alice Aycock and others, Blomgren argues that contemporary modes of speculative architecture offer a vital, if ethically fraught,(...)
Lance Blomgren uses his 2009 book Walkups—a novella set entirely within Montréal’s row house apartment buildings—as a springboard for an analysis of the discursive plane of fictional architecture. Looking at works by John Hejduk, Ilya Kabakov, Alice Aycock and others, Blomgren argues that contemporary modes of speculative architecture offer a vital, if ethically fraught,(...)
Location:
Paul-Desmarais Theatre
Paul-Desmarais Theatre
Date:
2 May 2013 , 7pm
2 May 2013 , 7pm
Title:
Learning from... Montréal
Actions:
Description:
Lance Blomgren uses his 2009 book Walkups—a novella set entirely within Montréal’s row house apartment buildings—as a springboard for an analysis of the discursive plane of fictional architecture. Looking at works by John Hejduk, Ilya Kabakov, Alice Aycock and others, Blomgren argues that contemporary modes of speculative architecture offer a vital, if ethically fraught,(...)
Learning from... Montréal
Actions:
Description:
Lance Blomgren uses his 2009 book Walkups—a novella set entirely within Montréal’s row house apartment buildings—as a springboard for an analysis of the discursive plane of fictional architecture. Looking at works by John Hejduk, Ilya Kabakov, Alice Aycock and others, Blomgren argues that contemporary modes of speculative architecture offer a vital, if ethically fraught,(...)
Form:
events
events
Date:
2 May 2013
7pm
2 May 2013
7pm
Location:
Paul-Desmarais Theatre
Paul-Desmarais Theatre
Form:
articles
articles
Title:
Architecting a Change
Architecting a Change
Actions:
Federica Zambeletti in conversation with Arno Brandlhuber and Olaf Grawert
Issue:
Forces of Friction
Forces of Friction
Published:
9 December 2024
9 December 2024
Title:
Architecting a Change
Federica Zambeletti in conversation with Arno Brandlhuber and Olaf Grawert
Actions:
Architecting a Change
Federica Zambeletti in conversation with Arno Brandlhuber and Olaf Grawert
Actions:
Issue:
Forces of Friction
Forces of Friction
Level of archival description:
Series
Series
Reference number:
AP175.S1
Description:
Series 1, Erasmus Bridge, Rotterdam, Netherlands, 1990-1996, documents the design, conception and construction of a third bridge for Rotterdam over the Nieuwe Maas River. The bridge connects the Kop van Zuid neighborhood, located on the south side of the river, to Willemsplein, located on the north side. The bridge is considered as a landmark in Rotterdam’s landscape. The Erasmus Bridge was a formative project in the thinking of UNStudio. It was originally supposed to be designed by architect Maarten Struijs who was the city of Rotterdam principal architect and who is responsible for the concept of the neighboring Willem Bridge. Ben van Berkel came later into the project and was hired as a designing consultant along with architect Wim Quist. Ben van Berkel proposed design was selected allowing him and his firm, which was called Van Berkel & Bos Architectuurbureau at that time, to supervise the conception and construction of the project, from the original concept to piers design to the selection of every item of bridge furniture such as traffic lights, bridge camera and handrails. The bridge was designed to fit the distinct character and industrial past of Rotterdam. The construction of this landmark was one component of a larger redevelopment project, coinciding with other major developments in the city of Rotterdam. The goal was to develop a dense urban intervention on the southern shore of the Nieuwe Maas, in the Kop van Zuid neighborhood. This explains the implication of UNStudio in the planning of urban configuration of the neighborhoods on both sides of the river and their work for Spido, a ferry company operating on the Nieuwe Maas, work spaces and parking garage. This commercial building was designed by the firm and also hosts The Grand Café and Jazz Café. This commercial building is integrated to one of the bridge pillar on the north shore of the river. For the design the firm used AutoCAD to work along with engineers and to conceptualize 3D models. They also used the software to evaluate the circulation flow of drivers, pedestrians and streetcars, measuring its impact on the structure and the urban configuration of the neighborhoods on both sides of the river. The records contain sketches for bridge and pier design, plans and sections for pier, Spido and bridge, architectural and construction details created by engineering companies for every component of the bridge, from drawbridge, to cable car system, to bridge furnitures such as traffic light, handrails and cameras and photographs documenting the research for precedent and the original configuration of the neighborhoods on both sides of the river. The record contains AutoCAD plans, details and sections for both the bridge and Spido parking garage. The records also contain one physical model: a small scale plastic, glass and metal model of the bridge.
AP175.S1
Description:
Series 1, Erasmus Bridge, Rotterdam, Netherlands, 1990-1996, documents the design, conception and construction of a third bridge for Rotterdam over the Nieuwe Maas River. The bridge connects the Kop van Zuid neighborhood, located on the south side of the river, to Willemsplein, located on the north side. The bridge is considered as a landmark in Rotterdam’s landscape. The Erasmus Bridge was a formative project in the thinking of UNStudio. It was originally supposed to be designed by architect Maarten Struijs who was the city of Rotterdam principal architect and who is responsible for the concept of the neighboring Willem Bridge. Ben van Berkel came later into the project and was hired as a designing consultant along with architect Wim Quist. Ben van Berkel proposed design was selected allowing him and his firm, which was called Van Berkel & Bos Architectuurbureau at that time, to supervise the conception and construction of the project, from the original concept to piers design to the selection of every item of bridge furniture such as traffic lights, bridge camera and handrails. The bridge was designed to fit the distinct character and industrial past of Rotterdam. The construction of this landmark was one component of a larger redevelopment project, coinciding with other major developments in the city of Rotterdam. The goal was to develop a dense urban intervention on the southern shore of the Nieuwe Maas, in the Kop van Zuid neighborhood. This explains the implication of UNStudio in the planning of urban configuration of the neighborhoods on both sides of the river and their work for Spido, a ferry company operating on the Nieuwe Maas, work spaces and parking garage. This commercial building was designed by the firm and also hosts The Grand Café and Jazz Café. This commercial building is integrated to one of the bridge pillar on the north shore of the river. For the design the firm used AutoCAD to work along with engineers and to conceptualize 3D models. They also used the software to evaluate the circulation flow of drivers, pedestrians and streetcars, measuring its impact on the structure and the urban configuration of the neighborhoods on both sides of the river. The records contain sketches for bridge and pier design, plans and sections for pier, Spido and bridge, architectural and construction details created by engineering companies for every component of the bridge, from drawbridge, to cable car system, to bridge furnitures such as traffic light, handrails and cameras and photographs documenting the research for precedent and the original configuration of the neighborhoods on both sides of the river. The record contains AutoCAD plans, details and sections for both the bridge and Spido parking garage. The records also contain one physical model: a small scale plastic, glass and metal model of the bridge.
People:
Date:
1990-1996
1990-1996
Title:
Erasmus Bridge, Rotterdam, Netherlands, 1990-1996
Actions:
AP175.S1
Description:
Series 1, Erasmus Bridge, Rotterdam, Netherlands, 1990-1996, documents the design, conception and construction of a third bridge for Rotterdam over the Nieuwe Maas River. The bridge connects the Kop van Zuid neighborhood, located on the south side of the river, to Willemsplein, located on the north side. The bridge is considered as a landmark in Rotterdam’s landscape. The Erasmus Bridge was a formative project in the thinking of UNStudio. It was originally supposed to be designed by architect Maarten Struijs who was the city of Rotterdam principal architect and who is responsible for the concept of the neighboring Willem Bridge. Ben van Berkel came later into the project and was hired as a designing consultant along with architect Wim Quist. Ben van Berkel proposed design was selected allowing him and his firm, which was called Van Berkel & Bos Architectuurbureau at that time, to supervise the conception and construction of the project, from the original concept to piers design to the selection of every item of bridge furniture such as traffic lights, bridge camera and handrails. The bridge was designed to fit the distinct character and industrial past of Rotterdam. The construction of this landmark was one component of a larger redevelopment project, coinciding with other major developments in the city of Rotterdam. The goal was to develop a dense urban intervention on the southern shore of the Nieuwe Maas, in the Kop van Zuid neighborhood. This explains the implication of UNStudio in the planning of urban configuration of the neighborhoods on both sides of the river and their work for Spido, a ferry company operating on the Nieuwe Maas, work spaces and parking garage. This commercial building was designed by the firm and also hosts The Grand Café and Jazz Café. This commercial building is integrated to one of the bridge pillar on the north shore of the river. For the design the firm used AutoCAD to work along with engineers and to conceptualize 3D models. They also used the software to evaluate the circulation flow of drivers, pedestrians and streetcars, measuring its impact on the structure and the urban configuration of the neighborhoods on both sides of the river. The records contain sketches for bridge and pier design, plans and sections for pier, Spido and bridge, architectural and construction details created by engineering companies for every component of the bridge, from drawbridge, to cable car system, to bridge furnitures such as traffic light, handrails and cameras and photographs documenting the research for precedent and the original configuration of the neighborhoods on both sides of the river. The record contains AutoCAD plans, details and sections for both the bridge and Spido parking garage. The records also contain one physical model: a small scale plastic, glass and metal model of the bridge.
Erasmus Bridge, Rotterdam, Netherlands, 1990-1996
Actions:
AP175.S1
Description:
Series 1, Erasmus Bridge, Rotterdam, Netherlands, 1990-1996, documents the design, conception and construction of a third bridge for Rotterdam over the Nieuwe Maas River. The bridge connects the Kop van Zuid neighborhood, located on the south side of the river, to Willemsplein, located on the north side. The bridge is considered as a landmark in Rotterdam’s landscape. The Erasmus Bridge was a formative project in the thinking of UNStudio. It was originally supposed to be designed by architect Maarten Struijs who was the city of Rotterdam principal architect and who is responsible for the concept of the neighboring Willem Bridge. Ben van Berkel came later into the project and was hired as a designing consultant along with architect Wim Quist. Ben van Berkel proposed design was selected allowing him and his firm, which was called Van Berkel & Bos Architectuurbureau at that time, to supervise the conception and construction of the project, from the original concept to piers design to the selection of every item of bridge furniture such as traffic lights, bridge camera and handrails. The bridge was designed to fit the distinct character and industrial past of Rotterdam. The construction of this landmark was one component of a larger redevelopment project, coinciding with other major developments in the city of Rotterdam. The goal was to develop a dense urban intervention on the southern shore of the Nieuwe Maas, in the Kop van Zuid neighborhood. This explains the implication of UNStudio in the planning of urban configuration of the neighborhoods on both sides of the river and their work for Spido, a ferry company operating on the Nieuwe Maas, work spaces and parking garage. This commercial building was designed by the firm and also hosts The Grand Café and Jazz Café. This commercial building is integrated to one of the bridge pillar on the north shore of the river. For the design the firm used AutoCAD to work along with engineers and to conceptualize 3D models. They also used the software to evaluate the circulation flow of drivers, pedestrians and streetcars, measuring its impact on the structure and the urban configuration of the neighborhoods on both sides of the river. The records contain sketches for bridge and pier design, plans and sections for pier, Spido and bridge, architectural and construction details created by engineering companies for every component of the bridge, from drawbridge, to cable car system, to bridge furnitures such as traffic light, handrails and cameras and photographs documenting the research for precedent and the original configuration of the neighborhoods on both sides of the river. The record contains AutoCAD plans, details and sections for both the bridge and Spido parking garage. The records also contain one physical model: a small scale plastic, glass and metal model of the bridge.
Level of archival description:
Series
Series
Date:
1990-1996
1990-1996
People:
Form:
events
events
Title:
Learning from... Caracas
Learning from... Caracas
Actions:
Description:
Venezuelan law allows for an entity called the consejo communal (communal council), which empowers citizens to initiate local development projects through neighbourhood-based elected councils. Dario Azzellini and Oliver Ressler’s film, Comuna under construction (2010), begins with the story of a poor hillside community in Caracas as its inhabitants decide whether they(...)
Venezuelan law allows for an entity called the consejo communal (communal council), which empowers citizens to initiate local development projects through neighbourhood-based elected councils. Dario Azzellini and Oliver Ressler’s film, Comuna under construction (2010), begins with the story of a poor hillside community in Caracas as its inhabitants decide whether they(...)
Location:
Paul-Desmarais Theatre
Paul-Desmarais Theatre
Date:
8 May 2014 , 6pm
8 May 2014 , 6pm
Title:
Learning from... Caracas
Actions:
Description:
Venezuelan law allows for an entity called the consejo communal (communal council), which empowers citizens to initiate local development projects through neighbourhood-based elected councils. Dario Azzellini and Oliver Ressler’s film, Comuna under construction (2010), begins with the story of a poor hillside community in Caracas as its inhabitants decide whether they(...)
Learning from... Caracas
Actions:
Description:
Venezuelan law allows for an entity called the consejo communal (communal council), which empowers citizens to initiate local development projects through neighbourhood-based elected councils. Dario Azzellini and Oliver Ressler’s film, Comuna under construction (2010), begins with the story of a poor hillside community in Caracas as its inhabitants decide whether they(...)
Form:
events
events
Date:
8 May 2014
6pm
8 May 2014
6pm
Location:
Paul-Desmarais Theatre
Paul-Desmarais Theatre
Form:
works of art
works of art
Actions:
Reference number:
DR1987:0027
Description:
- During the moving of the obelisk, Fontana issued two prints, DR1987:0026 and DR1987:0027. The first (DR1987:0026), was published in March 1586 just prior to the lowering, and distributed with a companion tract by Filippo Pigafetta. It shows both the original and final positions of the obelisk as well as the device proposed by Fontana for its transportation. This involved the use of a twin timber tower (the castello, as it was called, is seen in the central portion of the print) that was erected on either side of the obelisk and was used for lowering and raising the monolith. The second (this print) appeared in August, during the raising, and showed the lowering of the obelisk, as it had occured in late April, with a detailed inventory of all the men and horses involved in the operation. The transportation was begun on 30 April and was completed on 10 September, according to Fontana's description of the process in his book, 'Della trasportione dell'obelisco vaticano' of 1590, a work illustrated by Bonifazio and Guerra, the two artists responsible for the execution of these prints.
DR1987:0027
Description:
- During the moving of the obelisk, Fontana issued two prints, DR1987:0026 and DR1987:0027. The first (DR1987:0026), was published in March 1586 just prior to the lowering, and distributed with a companion tract by Filippo Pigafetta. It shows both the original and final positions of the obelisk as well as the device proposed by Fontana for its transportation. This involved the use of a twin timber tower (the castello, as it was called, is seen in the central portion of the print) that was erected on either side of the obelisk and was used for lowering and raising the monolith. The second (this print) appeared in August, during the raising, and showed the lowering of the obelisk, as it had occured in late April, with a detailed inventory of all the men and horses involved in the operation. The transportation was begun on 30 April and was completed on 10 September, according to Fontana's description of the process in his book, 'Della trasportione dell'obelisco vaticano' of 1590, a work illustrated by Bonifazio and Guerra, the two artists responsible for the execution of these prints.
People:
Subject:
architecture, engineering
architecture, engineering
Date:
published August 1586
published August 1586
Title:
The lowering of the Vatican obelisk
Actions:
DR1987:0027
Description:
- During the moving of the obelisk, Fontana issued two prints, DR1987:0026 and DR1987:0027. The first (DR1987:0026), was published in March 1586 just prior to the lowering, and distributed with a companion tract by Filippo Pigafetta. It shows both the original and final positions of the obelisk as well as the device proposed by Fontana for its transportation. This involved the use of a twin timber tower (the castello, as it was called, is seen in the central portion of the print) that was erected on either side of the obelisk and was used for lowering and raising the monolith. The second (this print) appeared in August, during the raising, and showed the lowering of the obelisk, as it had occured in late April, with a detailed inventory of all the men and horses involved in the operation. The transportation was begun on 30 April and was completed on 10 September, according to Fontana's description of the process in his book, 'Della trasportione dell'obelisco vaticano' of 1590, a work illustrated by Bonifazio and Guerra, the two artists responsible for the execution of these prints.
The lowering of the Vatican obelisk
Actions:
DR1987:0027
Description:
- During the moving of the obelisk, Fontana issued two prints, DR1987:0026 and DR1987:0027. The first (DR1987:0026), was published in March 1586 just prior to the lowering, and distributed with a companion tract by Filippo Pigafetta. It shows both the original and final positions of the obelisk as well as the device proposed by Fontana for its transportation. This involved the use of a twin timber tower (the castello, as it was called, is seen in the central portion of the print) that was erected on either side of the obelisk and was used for lowering and raising the monolith. The second (this print) appeared in August, during the raising, and showed the lowering of the obelisk, as it had occured in late April, with a detailed inventory of all the men and horses involved in the operation. The transportation was begun on 30 April and was completed on 10 September, according to Fontana's description of the process in his book, 'Della trasportione dell'obelisco vaticano' of 1590, a work illustrated by Bonifazio and Guerra, the two artists responsible for the execution of these prints.
Form:
works of art
works of art
Date:
published August 1586
published August 1586
People:
Subject:
architecture, engineering
architecture, engineering
