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Cellular Venice

Project details

Programme
Unit PG20
Year 4

Cellular Venice is a collection of modular cell prototypes that incorporate hydroponics, aeroponics, and aquaponics as a medium to use salt and rainwater to grow crops for the Venice Biennale. These prototypes could be scaled up to a masterplan to address the city’s challenges in terms of flooding, food production, and reliance on imports through its sustainable system integrated into the façade and floating foundations.

Over the last few years, the Mose barrier has reduced flooding that would’ve previously washed out the city. This macro-scale system is dealing with the external water tides, mitigating the issue through damage control: keeping the water outside the city. Instead, this project aims to deal with the issue of flooding from the inside. Addressing it on a domestic level through adaptation to the current circumstances and dealing with a bigger issue – food production.

The masterplan would not only help the city win back the greatness of its prime but also transform it into a new world. This prototype would honour Venice’s legacy by adapting to the current issue but becoming the embodiment of sustainability and being able to fully sustain itself for the first time.

Cinematics

Cinematics

Proposed here is an architecture that explores the future of sustainable agriculture. Cellular Venice embraces water as fertile land, using floating pavilions to grow and cultivate crops.

Venice Biennale 2026

Venice Biennale 2026

These cells are a series of self-sustaining pavilions floating on the Venice lagoon. They integrate food growing environment, architecture, data, and energy with a focus of making the city more resilient.

Floating Prototype Structure

Floating Prototype Structure

Each cell is designed as an architectural element that could breathe and act conceptually as a cell. This pumps in water during the Acqua Alta season and stores it within the concrete pontoon to be used for growing crops.

View Model

Interactive Model

Three-cell prototype, ETFE.
Internal capacity: 1,038 square meters.
Roof capacity: 1,110 square metres.

View Model

Interactive Model

One-cell prototype, ETFE.
Internal capacity: 1,924 square metres.
Roof capacity: 980 square metres.

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The Bartlett
Summer Show 2023
23 June – 8 July 2023
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