VENICE ARCHITECTURE BIENNALE 2023

PARTICIPATION AT THE ITALIAN VIRTUAL PAVILION 2023 20.05. – 26.11.2023

PDNB – POSTDIGITAL NEOBAROQUE ARCHITECTURE, CITYX VENICE VIRTUAL PAVILION
EXP/ARCH, HB: STUDIO COLLETTI
UNIVERSITY OF INNSBRUCK

SE Weathering Surrogates

Course No.: 848181Teaching: Andreas Körner In this technical seminar, students will explore the relationships between digital environmental simulations, digital fabrication, material properties, and weathering as

E1 Hothouse: Layering Thresholds and Prolonging Seasons

Course No.: 848106 – Group 0Teaching: Andreas Körner & Jade Bailey In ‘Hothouse’ (1962), British science fiction author Brian Aldiss envisioned a future Earth as

E3 Materia Chimera: Smudge and blend – A transcycling studio

Course No.: 848136 Team: Prof. Marjan Colletti | Catalina Tripolt | Peter Massin | Oliver Hamedinger “The most environmentally benign building is the one that

EM1 SILENT STRUCTURES

Course No.: 848155Teaching: Marjan Colletti, Mümün Keser, „Silent Structures“ untersucht die Umwandlung von “verlassenen Räumen”, die oft aufgrund veränderter sozialer, wirtschaftlicher oder technologischer Bedingungen ungenutzt geblieben sind.

BIOTRONIC GARDEN

Team: Prof. Marjan Colletti , Georg Grasser, Peter Massin, Daniel Luckeneder, Markus Malin, Aleksandrina Rizova Students: Angermann Johannes, Bacher Katharina, Blaschke Benjamin, Czarnecka Lucyna ,

ROBOTIC FOAMING

REX|LAB, 2013 Installation and REX|LAB workshop for SmartGeometry at UCL, 2013. Special thanks to: Innsbruck Workshop – Ernest Hager and Kevin Neurauter REX|LAB Student Assistants: Pedja Gavrilivoc,

Biotronic (Water)gardens

Team: Marjan Colletti, Allison Weiler, Renate Weissenböck, Peter Massin Students: Gernot Baumann, Sven Winkler, Loris Clara, Jean Speller, Thomas Patterer, Suna Petersen, Thomas Höck, Sabine

Depicting: Robotic FOAMing

Instructor: Peter Massin As a supplement to the ProtoRoboticFOAMing design studio, this course attempts to achieve a spacial and formal interpretation of the small scale,

The Plantolith

REX|LAB, 2013 3D silica sand print 1700/1000/200mm, approx. 250kg, produced for and exhibited at the 3D Printshow 2013 at The Business Design Centre, London UK