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Organizationisms

Universidad de Buenos Aires
Facultad de Arquitectura Diseño y Urbanismo
Carrera de Arquitectura
Sistemas de Representación Geométrica
Cátedra Lencinas
2018 - 2021

Professors Santiago Miret and Nicolás Farji (2018)

Students Mateo López, Lucía Hornos, Alexia Ana Larrieu, Victoria Martiarena, Dylan Sorochin, Paula Chacon Fariña, Candela Cwi, Dylan Roman, Patricio Troncoso Ramirez, Francisco Coquet, Axel Aquino, Tomas Sequeira, Agustín Wikarczuk, Germán Schneider, Sofía Zani, Juan Dozoretz, Maximiliano Alan Destefano, Florencia Correa, Sebastián Carreño, Cynthia Solipaca, Malena Masó, Juan Manuel Flores Varela, Nahuel Agustín Murakoshi, Rocío Belén Suarez, María Victoria Kesselman Abeal, Santiago Donaire, Agustin Ezequiel Falomir, Alejandro Agustin Schejtman, Mayra Sofia Braile, Shaiel Arzouyan, Tomas Federico Kranevitter, Federico Tomás García, Lucia Belen Escobar, Lara Goldstein, Maria Florencia Carraro Esnaola, Romeo Liern Bayon, Luana Alanis, Federica Josefina Steinmetz, Xianmei Liu, Agustin Luciano Montano, Catalina Ganci Marey, Agustina Micaela Benessi Lo Valvo, Nicolás Agustín Lagos, Eric Zajac, Micaela Ailen Clausell De Pascale, Lucas de la Fuente, Segundo Banegas, Zoe Lotito Vega, Celeste Antonella Moschen, Tomas Carbia, Serena Principe, Tamara Angelini, Jimena Ozuna, Andres Guerrero, Julian Gauna, Micaela Bon, Federico More, Ignacio Rippa, Tomás Figueredo, Julieta Huertas, Ignacio Allende, Nicolás Barrio, Esmeralda Hinostroza, Catalina De Notta, Santiago Livi, Rebeca Salcedo, Nicolas Hernandez, Tayanna Abrahão, Tonio Querol, Julian Fernandez Chirico, Nadel Lara, Nicolas Castro, Reimary Romero

The research focuses on the problem of geometric rigor in the study of the form of paradigmatic architectural projects, in order to find in them the elements, relationships and behaviors that determine them as complex formal systems. Emphasizing the rigor of geometric construction through digital platforms in progressive instances of complexification. Where parameterization is a means for the development of precise organizations and formal configurations that escape strictly functional or tectonic criteria, and focus on the relationality of the elements that compose them.

The objective is the practical and argumentative construction of complex configurations emerging from formal variations of architectural case studies, in order to build precise evaluation frameworks regarding their organization in terms of form. The aim is to avoid procedures linked to functional or tectonic-material aspects and focus on the configuration of formal organizations based on the precise construction of geometries according to variable relationality instances. This means that the elements, their relationships and their behaviors will be identified, in order to then generate variations of these relationships in search of the development of configurational alternatives and, eventually, overcoming them.

Notorious Architecture

Project Research and Computational Theory

© 2019

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