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The Citadel of Venice addresses the absence of a dedicated 'national' pavilion for refugees and stateless individuals at the Venice Biennale. It provides a platform for the production, exhibition, and trade of art that celebrates the diverse cultures of irregular migrants. The proposal is part of a comprehensive redevelopment scheme for the Arsenale Nord area, considering challenges such as inadequate transport links and limited public engagement.
To address these issues, a pedestrian bridge is proposed to connect the main Biennale site to the chosen location, facilitating accessibility and increasing foot traffic. Additionally, the design features a lightweight kit of parts system for the construction of a yearly temporary pavilion within the workshop's courtyard, enabling rapid assembly and disassembly using pre-designed construction elements.
Simultaneously, a digital interface enables co-embodiment, allowing users to explore a virtual pavilion with randomly paired companions. This immersive experience prompts reflection on identity and the role of the body in shaping our experiences while fostering meaningful connections among people from different parts of the world.
Venice, despite recent challenges, maintains its historical legacy as a sanctuary city for migrants, welcoming those seeking safety from barbarian invasions and establishing the first Jewish ghetto.
Left: Digital Pavilion. Right: Personality QR Code.
An algorithm enables the averaging of two different users. This investigation aims to enhance our understanding of identity and the consequences of merging material and immaterial characteristics.
The virtual pavilion mandates users to 3D scan their bodies and link their social media accounts. The collected data is then evaluated along four fundamental psychological functions: thinking, feeling, sensing, and intuition.
Recursive subdivision is widely used in computer graphics. This method is integrated into design methodologies to create diverse forms and explore options. Efficient and unconstrained exploration is achieved combining it with generative design.
An annual temporary pavilion nested in the courtyard of the permanent building is proposed. Its lightweight design uses engineered timber components. Material distribution optimisation is achieved through an algorithmic approach.