Project FEA(S)T

Furthering Experimental Architectures, Strategies and Technologies

Studio Colletti operates at the crossroads of experimental architectural design, innovative building technologies, and contemporary digital and postdigital culture. Project FEA(S)T endeavours to further design strategies and fabrication technologies that promote architecture as a feat – an achievement that requires great courage, skill, and strength – developed and delivered by a team or an individual, and as a feast – beautiful and enjoyable to experience – for the community and the public. Three research agendas lie at the core of our mission statement, embedding old, current and future paradigms within a longer history of architectural design and theory, art and science, technology and philosophy:

1.     Digital Poetics and Digital Production (understanding the past): We have lost the ‘r’. The digital revolution is something of the past, but we still believe in digital evolution. Based on two-and-a-half decades of Colletti’s research into digital poetics, the studio explores how established digital thinking can advance the way we design and deliver more intelligent and eco-friendly building. References to past and present cultural phenomena complement a plethora of applied and experimental teaching methodologies. Students and research associates thereby acquire the skills to on the one hand critically reflect on their own production and the on-going discourse in architecture (technologies, aesthetics and environments), and on the other hand to gain a career advantage in leading architectural practices. 

2.     Postdigital and Neobaroque Practices (probing the present): We are gaining the ‘post’ and the ‘neo’. The challenges of understanding postdigital thinking as a continuation of the digital, and not its rejection, is paramount to the studio´s teaching and research. With a simultaneous interest in the neobaroque Zeitgeist, we investigate architecture as a contemporary cultural practice. We mentor students and research associate how to encompass software and hardware advances in simulation and visualisation, VR and AR, in tandem with bespoke natural and artificial materials and industrial robotic fabrication and in conjunction with often overlooked analogue crafts, to awaken their accountability towards the common good of society and to develop their individuality and originality.

3.     Hybrid and Transdiciplinary Enviroments (envisaging the future): We shall ‘trans’form. Architecture carries a huge responsibility in reprogramming the built and the natural habitat. But it must evolve beyond its disciplinary canons and dogmas to respond to the acute problems and challenges of ecology, economy and sustainability. We work transdisciplinarily to prepare for the hyper-hybridity of the 4th Industrial Revolution, help provide adaptive and novel solutions in terms of form, program, materiality, energy, cities and environments, and shape a more inclusive and participatory world, where design and beauty matter. Our students and research associates are mentored in how architecture is interfaced between technology and nature, and how transscalar it is, from micro (materiality, biotechnologies) to meso (prototypes, buildings) to macro (understanding cities, landscapes and ecosystems of Alpine and urban territories but not only).

CORALLOID COCOONS

REX|LAB, 2016 Research and design: Marjan Colletti, Johannes LadinigREX|LAB Collaborators: Georg Grasser, Galo Patricio Montayo Asan,…

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Column V1

REX|LAB, 2018 https://youtu.be/rRYbUdqElgQ FORM The beauty of nature shows diversity, any language of forms arises…

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Robotic Infiltrations

REX|LAB, 2013 The project represents a continuation of research that explores the potential of additive…

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The Plantolith

REX|LAB, 2013 3D silica sand print 1700/1000/200mm, approx. 250kg, produced for and exhibited at the…

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FrAgile 2 Porous Cast

REX|LAB, 2015 Installation for the exhibition ‘TAB – Tallinn Architecture Biennal’, Tallinn Estonia (9.9. –…

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Guardians of Time

Manfred Kielnhofer, REX|LAB, 2017 Re-Creation Report The polar caps are melting. Storms rage. Venice is…

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TERRESTRIAL REEF

REX|LAB, 2019 A 3D printed installation within the ‘Show Garden’ silver medal winner GARDENING WILL…

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ROBOTIC FOAMING

REX|LAB, 2013 Installation and REX|LAB workshop for SmartGeometry at UCL, 2013. Special thanks to: Innsbruck Workshop –…

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LIQUID ROCK

REX|LAB, 2018 Robotically 3D printed installation at the Gallerie Goettlicher Krems-Stein, Austria, 2018 Design: M….

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LIQUID ROCK

REX|LAB, 2018 Robotically 3D printed installation, sited at the Wachtberg Sculpture Park, Austria, 2018 Design:…

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Cloud Towers

Spaceship Architecture REX|LAB 2018 E4-booklet20.06.17-komprimiertDownload brief_CloudTowersDownload

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DifferentialGrowthColumn

REX|LAB 2021 UIBK SPRING 2021 Robotic Fabrication Workshop. The workshop focused in computationally designing and…

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“Lucid” Foam

Multi-Axis Robotic Hot-Wire Cutting for Translucency REX|LAB 2018 final-presentation-17032017-komprimiertDownload 18_ecaade_CY_Lucid_Foam_submition-komprimiertDownload

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CRYSTAL NET FOR SWAROVSKI

REX|LAB, 2015 Research for ®Swarovski Research and design: Marjan Colletti, Pedja Gavrilovich, Pavlos Fereos 3D-printed…

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FrAgile 6 PAHOEHOE BEAUTY

REX|LAB, 2018 Installation for the Ars Electronica 2018 Design: Marjan Colletti, Daniela Mitterberger, Tiziano Derme, Georg…

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