Theory & Projects
Headline Short Description
Short Description Text In collaboration with the University of Applied Arts Vienna the workshop focuses on Kiesler’s theory of Correalism, which he developed in the 1930s and 1940s as a transdisciplinary research method in architecture and design.
Endless House
Subheadline Art and Correalities
Shortdescription In the 1930s, Frederick Kiesler (1890-1965) developed the theory of Correalism as a transdisciplinary research method in architecture and design. It was based on the latest findings of systems theory, biology and the technical sciences and has called for the combination of empirical scientific research, holistic human-centred design (Correalism) and the practical testing of emergent knowledge (Biotechnique).
City in Space
Kiesler. Art and Correalities
In the 1930s, Frederick Kiesler (1890-1965) developed the theory of Correalism as a transdisciplinary research method in architecture and design. It was based on the latest findings of systems theory, biology and the technical sciences and has called for the combination of empirical scientific research, holistic human-centred design (Correalism) and the practical testing of emergent knowledge (Biotechnique).
Correalistiv Manifest
Kiesler. Art and Correalities
Kiesler’s neologism contains the terms co-realism and correlation, referring to the interrelation of three environments: the natural, the human and the technical environment. The human being is at the centre of these interrelations, which Kiesler also refers to as interacting forces. Having published the ground-breaking article “On Correalism and Biotechnique” in 1939, Kiesler’s Correalism- research in the 1940s and 1950s focused on the critique of “pseudo-functionalism” and modernism, which he saw as favouring the “arbitrary separation of architecture into art, technology and economy.”
Vision Machine
Kiesler’s neologism contains the terms co-realism and correlation
Kiesler’s neologism contains the terms co-realism and correlation, referring to the interrelation of three environments: the natural, the human and the technical environment. The human being is at the centre of these interrelations, which Kiesler also refers to as interacting forces. Having published the ground-breaking article “On Correalism and Biotechnique” in 1939, Kiesler’s Correalism- research in the 1940s and 1950s focused on the critique of “pseudo-functionalism” and modernism, which he saw as favouring the “arbitrary separation of architecture into art, technology and economy.”
Art of This Century
XXX Laboratory for Design
XXX With his work at the Laboratory for Design Correlation at Columbia University (1937-1941), Kiesler is considered a visionary pioneer of artistic teaching, trans-, inter- and cross-disciplinary work, as well as a trailblazer for artistic research.
The symposium emphasises the need of challenging the new pragmatism in architecture by re- visiting prospective scenarios of the past and imagining an archaeology of the future.
Correalistic Instrument & Rocker
DFsadf In the 1930s, Frederick Kiesle
XXX In the 1930s, Frederick Kiesler (1890-1965) developed the theory of Correalism as a transdisciplinary research method in architecture and design. It was based on the latest findings of systems theory, biology and the technical sciences and has called for the combination of empirical scientific research, holistic human-centred design (Correalism) and the practical testing of emergent knowledge (Biotechnique).
Space House
XXX Design Correlation at Columbia University (1937-1941),
In order to meet the complex challenges of the present with viable concepts for alternative “futures”, it is important to “tune-in” with those who paradigmatically stood for a critical and reflexive opening of the profession toward other disciplines. In addition to Frederick Kiesler, Richard Buckminster Fuller and Victor Papanek, among others, anticipated much of what is now called trans- or interdisciplinary working methods. Kiesler, Fuller and Papanek exemplify the synthesis of art, humanistic design, and technological innovation.