Istituto Svizzero

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ISTITUTO SVIZZERO
ROMA

Villa Maraini
Via Ludovisi 48
00187 Roma
+39 06 420 421
roma@istitutosvizzero.it

Trasporto pubblico: l’Istituto Svizzero si trova vicino alla metro A fermata Barberini

ORARI PORTINERIA:
LUN-VEN

09:00–13:30, 14:30–18:00

ORARI MOSTRE:

how we always survived
Mercoledì/Venerdì: 14:30-18:30
Giovedì: 14:30-20:00
Sabato/Domenica: 11:00-18:30

VISITE GUIDATE:

Solo su prenotazione (italiano, inglese)
Tariffa: 10€ per persona
Per prenotazioni: visite@istitutosvizzero.it

ISTITUTO SVIZZERO
MILANO

Sede di Milano
Via Vecchio Politecnico 3
20121 Milano
+39 02 76 01 61 18
milano@istitutosvizzero.it

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Conferma

NOW!

17.10.2025—01.02.2026

Boudry / Lorenz

Dates

17.10.2025

01.02.2026

Location

Via Ludovisi 48, Roma

Category

Arte, Mostra

Information

Mer/Ven: 14:30-18:30
Giov: 14:30-20:00
Sab/Dom: 11:00-18:30

Arte, Mostra, Via Ludovisi 48, Roma

Mer/Ven: 14:30-18:30
Giov: 14:30-20:00
Sab/Dom: 11:00-18:30

NOW!

19.12.2025—01.01.2027

Neon di Chloé Delarue

Dates

19.12.2025

01.01.2027

Location

Via Ludovisi 48, Roma

Category

Arte

Information

Installazione sulla facciata

Arte, Via Ludovisi 48, Roma

Installazione sulla facciata

-31 DAYS!

10.02.2026

ArCHeoM 2026

Dates

10.02.2026

Location

Roma

Category

Archeologia, Workshop

Archeologia, Workshop, Roma

-62 DAYS!

13.03.2026—05.07.2026

Latefa Wiersch

Dates

13.03.2026

05.07.2026

Location

Roma

Category

Arte, Mostra

Arte, Mostra, Roma

-95 DAYS!

15.04.2026—03.07.2026

Romane de Watteville

Dates

15.04.2026

03.07.2026

Location

Milano

Category

Arte, Mostra

Arte, Mostra, Milano

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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. 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. 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: Coopérative Soubeyran housing by atba SA architecture + énergie. © Jaromir Kreiliger

OPEN CALL 2026/2027