NectoVeniceItaly

The architect and engineer have traditionally operated within a realm of absolute rationality grounded in the impersonal truths of physics. Yet, in today’s fragmented reality, objectivity dissolves into ambiguity. Necto responds to this dissonance, capturing the tension between opposing forces in a single gesture. Oscillating between orientability and non-orientability, it stands at the edge of instability, embracing paradox while finding equilibrium.

Client:
La Biennale di Venezia
Location:
VeniceItaly
Program:
Installations
Area:
100 m2 / 1,000 sf
Status:
Completed

Hoisted into place, shaped by tension, and selectively stiffened, Necto enacts a form-finding exercise speculating on the future of temporary structures—flexible, efficient, and reconfigurable. Its flowing anticlastic surface adapts fluidly, suspended from a ceiling beam, braced against the Arsenale’s columns, or delicately anchored to the ground. A series of rings define points of contact, simultaneously shaping the surface and acting as antipoles. Within its undulating geometry emerge three distinct architectural moments: an enveloping cone, a disorienting column, and a hanging mass. A translucent bio-based coating locally stiffens these moments, allowing the textile to shift between stretched fluidity and structured solidity.

Knitted from natural fibers, Necto is computationally optimized and produced in modular strips. Functional grading aligns with principal force flows, embedding intelligence and traceability through its DNA-encoded coating. Luminous threads integrated within the textile follow selected stress pathways, forming a constellation of light and sound—an expression of the tensions between craft and algorithm, nature and technology, emergent process and design intent. Lightweight and portable, the 3D-knitted strips arrive on-site in compact luggage, are easily assembled, and tensioned into equilibrium. At the exhibition’s end, Necto dissolves, leaving no trace—its surface flattened and packed, ready to embark on its next iteration.

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Team

Florian Idenburg
Jing Liu
Marlena Fauer
Demetri Lampris
Mariana Popescu
Niclas Brandt
Richard The

Collaborators

Membrane Design and Engineering: Tailored Materiality Research (TU Delft/incoming MIT)
Experience Design: TheGreenEyl
Structural Engineering: Professorship of Structural Design (TUM)
Membrane Fabrication and Construction: Tailored Materiality Research (TU Delft/incoming MIT), Steiger Participation S.A
Bio-Coating and DNA Data Embedding and Error Correction: Shaping Matter Lab (TU Delft), Functional Materials Laboratory (ETH), Professorship of Machine Learning (TUM)
Sound Design: Marian Mentrup
Furniture: Tim Teven Studio
Opening Performance: Riley Watts
Costume Design: Elizabeth Beer
Assembly and Construction: Scenocracy s.r.l