Equipotential Space: Freedom in Architecture: Difference between revisions
Caseorganic (talk | contribs) Created page with "=== Author === Renato Severino, architect. Praeger Publishers, New York and London, 1970. ISBN 0-275-49170-6.<ref name="amz">[https://www.amazon.com/Equipotential-Space-Architecture-Renato-Severino/dp/0275491706 Equipotential Space: Freedom in Architecture], Amazon.</ref> === Description === Severino argues that buildings need to be able to change, because the societies inside them are changing faster than the buildings can keep up. His case runs on four points. Fixe..." |
Caseorganic (talk | contribs) No edit summary |
||
| Line 1: | Line 1: | ||
Here is the page with a real Author section built from the Altralinea material. | |||
= Equipotential Space: Freedom in Architecture = | |||
=== Author === | === Author === | ||
Renato Severino, | Renato Severino, born Cagliari, Italy, 1930. He graduated in architecture from the University of Florence in 1954, studying under Adalberto Libera, and went on to work with Libera and with Pier Luigi Nervi.<ref name="altralinea">[https://altralineaedizioni.it/portfolio-item/renato-severino-building-in-the-western-hemisphere/ Renato Severino: Building in the Western Hemisphere, 1959-1989], Altralinea Edizioni.</ref> | ||
He won a major architectural competition in 1960 and opened his own firm in Rome.<ref name="altralinea" /> In 1963 he built the Italsider resort at Cesana Torinese, one of the first responsive high-tech buildings in Italy, work that came out of his interest in lightweight construction.<ref name="altralinea" /> In 1964, at 34, he designed the largest university campus in sub-Saharan Africa at Cape Coast, Ghana.<ref name="altralinea" /> He won the European Coal and Steel Community competition for a mass-produced dwelling unit.<ref name="altralinea" /> | |||
He moved to New York in 1968 and worked from there across the United States, Central and South America, Africa, and Europe, running firms specialising in architectural industrialisation for more than twenty years.<ref name="altralinea" /> He taught at the Universities of Rome and Florence, then became Adjunct Professor of Architecture at Columbia in 1970, the year this book appeared.<ref name="altralinea" /> | |||
Praeger Publishers, New York and London, 1970. ISBN 0-275-49170-6.<ref name="amz">[https://www.amazon.com/Equipotential-Space-Architecture-Renato-Severino/dp/0275491706 Equipotential Space: Freedom in Architecture], Amazon.</ref> | |||
His autobiography ''Renato Severino: Building in the Western Hemisphere, 1959-1989'', with a foreword by the architect and writer Cristina Donati, revisits the whole body of work.<ref name="altralinea" /> | |||
=== Description === | === Description === | ||
| Line 7: | Line 19: | ||
Severino argues that buildings need to be able to change, because the societies inside them are changing faster than the buildings can keep up. | Severino argues that buildings need to be able to change, because the societies inside them are changing faster than the buildings can keep up. | ||
He argues that 1. Fixed structures constrain the people in them. 2. Rigid architecture holds a society in political and social arrangements it has already moved past. 3. Mass production and prefabricated parts should be used to build environments that can be rearranged, not permanent monuments. 4. Every point in a space should be able to host any activity, so that instead of a building full of single-purpose rooms, you have an open infrastructure that shifts as needs shift. | |||
Severino defines space differently than architects usually do. Most definitions treat space as a fixed quantity with measurable geometry: how big a room is, what shape it takes. Severino says that misses what actually matters, which is the relationships between the people and objects inside it, and those relationships keep changing. He calls the space that holds those changing relationships equipotential space (p. 27). | Severino defines space differently than architects usually do. Most definitions treat space as a fixed quantity with measurable geometry: how big a room is, what shape it takes. Severino says that misses what actually matters, which is the relationships between the people and objects inside it, and those relationships keep changing. He calls the space that holds those changing relationships equipotential space (p. 27). | ||
He defines equipotential spaces as ones that have continuity, flexibility, and articulation. Ordinary buildings are planned around a handful of specific uses, and each room is built for one of them. Equipotential space is built for none of them in particular, which is what lets it be reconfigured for any of them (p. 27). | |||
=== Frame components and function objects === | === Frame components and function objects === | ||
| Line 27: | Line 39: | ||
His explanation is that in each case a task has to be done to an expected standard, and the equipment was developed to produce a response that works widely. These are products of technology, and they start from the assumption that all people share a sameness regardless of local or historical factors (p. 27). | His explanation is that in each case a task has to be done to an expected standard, and the equipment was developed to produce a response that works widely. These are products of technology, and they start from the assumption that all people share a sameness regardless of local or historical factors (p. 27). | ||
The rest of the book depends on that assumption, and it conflates two different things. A technology working identically everywhere is not the same as a technology meaning the same thing everywhere, and Severino does not separate them. | The rest of the book depends on that assumption, and it conflates two different things. A technology working identically everywhere is not the same as a technology meaning the same thing everywhere, and Severino does not separate them. Given that he had recently completed a university campus in Ghana and was building across four continents, the claim reads as a working premise he had tested rather than an abstraction. | ||
=== Use studies === | === Use studies === | ||
| Line 47: | Line 59: | ||
The book comes out of a particular moment. Cedric Price's Fun Palace and Generator, Archigram's Plug-In City, the Japanese Metabolists, and Yona Friedman's spatial city all proposed structures that occupants could rearrange, and all shared Severino's premise that permanence in a building is something imposed on the people inside it. See [[Architectural Intelligence]] for the computational side of the same period. | The book comes out of a particular moment. Cedric Price's Fun Palace and Generator, Archigram's Plug-In City, the Japanese Metabolists, and Yona Friedman's spatial city all proposed structures that occupants could rearrange, and all shared Severino's premise that permanence in a building is something imposed on the people inside it. See [[Architectural Intelligence]] for the computational side of the same period. | ||
Severino differs from most of that group in one respect. Archigram and Friedman were largely paper architects. Severino was building large projects on four continents while writing this, and his interest in industrialised systems was a working method rather than a proposal. Donati's assessment is that his research into new urban configurations placed him ahead of his time and anticipated concerns that are still current.<ref name="altralinea" /> | |||
=== Related Reading === | === Related Reading === | ||
Latest revision as of 10:11, 25 August 2026
Here is the page with a real Author section built from the Altralinea material.
Equipotential Space: Freedom in Architecture
Author
Renato Severino, born Cagliari, Italy, 1930. He graduated in architecture from the University of Florence in 1954, studying under Adalberto Libera, and went on to work with Libera and with Pier Luigi Nervi.[1]
He won a major architectural competition in 1960 and opened his own firm in Rome.[1] In 1963 he built the Italsider resort at Cesana Torinese, one of the first responsive high-tech buildings in Italy, work that came out of his interest in lightweight construction.[1] In 1964, at 34, he designed the largest university campus in sub-Saharan Africa at Cape Coast, Ghana.[1] He won the European Coal and Steel Community competition for a mass-produced dwelling unit.[1]
He moved to New York in 1968 and worked from there across the United States, Central and South America, Africa, and Europe, running firms specialising in architectural industrialisation for more than twenty years.[1] He taught at the Universities of Rome and Florence, then became Adjunct Professor of Architecture at Columbia in 1970, the year this book appeared.[1]
Praeger Publishers, New York and London, 1970. ISBN 0-275-49170-6.[2]
His autobiography Renato Severino: Building in the Western Hemisphere, 1959-1989, with a foreword by the architect and writer Cristina Donati, revisits the whole body of work.[1]
Description
Severino argues that buildings need to be able to change, because the societies inside them are changing faster than the buildings can keep up.
He argues that 1. Fixed structures constrain the people in them. 2. Rigid architecture holds a society in political and social arrangements it has already moved past. 3. Mass production and prefabricated parts should be used to build environments that can be rearranged, not permanent monuments. 4. Every point in a space should be able to host any activity, so that instead of a building full of single-purpose rooms, you have an open infrastructure that shifts as needs shift.
Severino defines space differently than architects usually do. Most definitions treat space as a fixed quantity with measurable geometry: how big a room is, what shape it takes. Severino says that misses what actually matters, which is the relationships between the people and objects inside it, and those relationships keep changing. He calls the space that holds those changing relationships equipotential space (p. 27).
He defines equipotential spaces as ones that have continuity, flexibility, and articulation. Ordinary buildings are planned around a handful of specific uses, and each room is built for one of them. Equipotential space is built for none of them in particular, which is what lets it be reconfigured for any of them (p. 27).
Frame components and function objects
Severino names two kinds of things that make up a space. Frame components are the fixed structure, and they determine what activities a volume can support. Function objects are the movable parts that do the actual work inside it. He argues that a space becomes genuinely flexible only when these two are kept separate: the frame sets the possibilities and the objects supply the functions (p. 27).
Function objects differ mainly by how many people use them at once. Severino sees two scales: those used by no more than two or three people at a time, and those that must serve many more (p. 28). Function objects are compact by nature, and that compactness is what makes them mobile and efficient (p. 28).
The arrangement also has a time dimension. Objects sit in a volume and their relationships to each other change as needs change, and that change over time is part of what the space is (p. 30).
Universality
Severino observes that a Japanese camera or a German car works anywhere in the world regardless of local social, political, or economic conditions. The same aircraft serve every country. Penicillin fights infection in India, Africa, China, and Europe alike (p. 27).
His explanation is that in each case a task has to be done to an expected standard, and the equipment was developed to produce a response that works widely. These are products of technology, and they start from the assumption that all people share a sameness regardless of local or historical factors (p. 27).
The rest of the book depends on that assumption, and it conflates two different things. A technology working identically everywhere is not the same as a technology meaning the same thing everywhere, and Severino does not separate them. Given that he had recently completed a university campus in Ghana and was building across four continents, the claim reads as a working premise he had tested rather than an abstraction.
Use studies
Severino proposes an exercise that anticipates what companies now call space utilisation analytics.
Take an existing institution, a large urban university for instance, which contains nearly every kind of social activity at every scale. Study every inflexibly defined space in it and record what percentage of the time each one is actually being used (pp. 29-30).
His point is that a small, fixed set of components can produce almost any arrangement needed at any time, which makes most single-purpose rooms wasted volume (pp. 29-30).
Freedom
The argument turns political in the closing chapter. Equipotential space, Severino writes, offers the possibility of real freedom, meaning not just the freedom to be different but the freedom to participate as fully as possible given social, economic, and technical reality (p. 29). It is the freedom to shape a solution to an immediate need, and to get a new solution when the need changes (p. 29).
He treats the number of options available to a person as a measure of the control they have over their environment, and therefore as a measure of their freedom (p. 29).
Context
The book comes out of a particular moment. Cedric Price's Fun Palace and Generator, Archigram's Plug-In City, the Japanese Metabolists, and Yona Friedman's spatial city all proposed structures that occupants could rearrange, and all shared Severino's premise that permanence in a building is something imposed on the people inside it. See Architectural Intelligence for the computational side of the same period.
Severino differs from most of that group in one respect. Archigram and Friedman were largely paper architects. Severino was building large projects on four continents while writing this, and his interest in industrialised systems was a working method rather than a proposal. Donati's assessment is that his research into new urban configurations placed him ahead of his time and anticipated concerns that are still current.[1]
Related Reading
- (Revisiting) Equipotential Space: Freedom in (Digital) Architecture
- Architectural Intelligence
- Digital Ground: Architecture, Pervasive Computing, and Environment
- Architecture or Techno-Utopia: Politics after Modernism
- Metapolis Dictionary of Advanced Architecture: City, Technology and Society
- Space is the Machine
- The Poetics of Space
- Place: The Networking of Public Space
- Designing Social Interfaces
- Information Architecture for the World Wide Web: Designing Large-Scale Web Sites
- Cosmolocalism
- Learning from Las Vegas
- The Image of the City
- Non-Places: Introduction to an Anthropology of Supermodernity
