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Architettura, Workshop, Via Liguria 20, Roma
09.10.2025 H16:00-19:00
Location
Via Liguria 20, Roma
Category
Architettura, Workshop
Information
09.10.2025 H16:00-19:00
Silvio Galizia: Costruire in calcestruzzo per la Chiesa
In collaborazione con ETH Zurigo, Sapienza Università di Roma, Università degli studi di Roma Tor Vergata.
Nel 2025, l’architetto svizzero Silvio Galizia (Muri, 1925 – Roma, 1989) avrebbe compiuto 100 anni. Galizia studiò architettura al Politecnico di Zurigo alla fine degli anni Quaranta, ma svolse quasi interamente la sua carriera a Roma, costruendo numerose strutture spaziali in calcestruzzo armato. In occasione di questo anniversario, il workshop Silvio Galizia: Costruire in calcestruzzo per la Chiesa intende esplorare il ruolo dell’ingegneria strutturale nell’Italia del dopoguerra e il suo rapporto con la committenza ecclesiastica.
Gli anni Cinquanta e Sessanta segnarono una profonda trasformazione nelle pratiche architettoniche e ingegneristiche, guidata dalla ricerca di nuove forme strutturali e dai recenti sviluppi nei metodi di progettazione e nell’uso dei materiali da costruzione. In particolare, gli architetti e gli ingegneri italiani e svizzeri furono in prima linea nell’esplorazione del potenziale del calcestruzzo, noto per la sua resistenza e versatilità. Si impegnarono in collaborazioni che favorirono un terreno fertile per la sperimentazione, superando i metodi tradizionali. Le strutture a guscio, coi loro sottili spessori e la doppia curvatura per coprire ampi spazi con materiali minimi, divennero le protagoniste di questo periodo. Il ferrocemento di Pier Luigi Nervi e il form finding di Heinz Isler sono solo due esempi che testimoniano lo spirito di quest’epoca, a cavallo tra l’architettura e l’ingegneria, il progetto e la costruzione, l’Italia e la Svizzera.
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Suore Missionarie dello Spirito Santo, 1957. © Famiglia Galizia
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Building: View from Tor Alva, the world’s tallest 3D-printed building in the Alpine village of Mulegns, Switzerland. Designed by Benjamin Dillenburger and Michael Hansmeyer (ETH Zürich). © Andrei Jipa
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Building: Construction of Tor Alva, the world’s tallest 3D-printed building in the Alpine village of Mulegns, Switzerland. Designed by Benjamin Dillenburger and Michael Hansmeyer (ETH Zürich). © CheWei Lin
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Bombasei straw bale housings by Atelier Schmidt GmbH. © Damian Poffet
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Bombasei straw bale housings by Atelier Schmidt GmbH. © Damian Poffet
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Bombasei straw bale housings by Atelier Schmidt GmbH. © Damian Poffet
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Coopérative Soubeyran housing by atba SA architecture + énergie. © Jaromir Kreiliger
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Building: Tor Alva, the world’s tallest 3D-printed building in the Alpine village of Mulegns, Switzerland. Designed by Benjamin Dillenburger and Michael Hansmeyer (ETH Zürich). © Andrei Jipa
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Fabrication and Construction of Tor Alva, 3D-Concrete extrusion, ETHZ RFL. © Girts Apskalns
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Assembly of Tor Alva, the world’s tallest 3D-printed building in the Alpine village of Mulegns, Switzerland. Designed by Benjamin Dillenburger and Michael Hansmeyer (ETH Zürich). © Hansmeyer/Dillenburger
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Bombasei straw bale housings by Atelier Schmidt GmbH. © Damian Poffet
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Coopérative Soubeyran housing by atba SA architecture + énergie. © Jaromir Kreiliger
