Glitching. Processi dinamici e azioni evolutive per la rigenerazione urbana

Autor: Angelucci, Filippo, Mattia, Leone, Cellucci, Cristiana, Enza, Tersigni, Alberto, Cilli, Stefania, Gruosso, Mario, Rainaldi, Davide, Stefano, Anita, Bianco, Ensi, Farrokhirad, Giovanni, Nocerino, Francesca, Talevi
Přispěvatelé: Eugenio Arbizzani, Eliana Cangelli, Laura Daglio, Elisabetta Ginelli, Federica Ottone, Donatella Radogna, Angelucci, Filippo, Leone, MATTIA FEDERICO, Cellucci, Cristiana, Tersigni, Enza, Cilli, Alberto, Gruosso, Stefania, Rinaldi, Mario, Stefano, Davide, Bianco, Anita, Farrokhirad, Ensiyeh, Nocerino, Giovanni, Talevi, Francesca
Jazyk: italština
Rok vydání: 2020
Předmět:
Popis: Santa Giulia area in Milan is characterized by multiple territorial and urban level relationships. This complex relational framework requires a reflection on the dynamics of environmental, economic and social evolution that could occur from the short to the long term, with significant implications on forthcoming urban regeneration processes. The unpredictability of changes in users, functions, climate scenarios, socio-economic assets and real estate market requires not a static and immutable project, but a system of interventions, capable of adaptation and evolution with respect to some emerging, open and constantly changing relationships. The project proposal for via Medici del Vascello settlement aims at a model that breaks the planning schemes perpetuated so far, generating a “mistake in the urban system”: a “glitch”. The idea of the glitch is to create a disturbance to alter the balance, to disrupt a settlement logic devoted to functional and formal completeness, hyper-efficient but unable to relate with the surroundings, aimed at closure, fated to isolation and self-exclusion. Coast2Coast team’s project proposal aims to invert the approach behind the planning practice of the last decades, no longer proposing a self-sufficient district but rather conceiving the chance to reactivate and reconnect different parts of the city through dynamic processes and evolutionary actions of urban regeneration.
Databáze: OpenAIRE