The concept stems from the desire to create a space for connection and sharing, where architecture seamlessly integrates with the surrounding landscape. The amphitheater is not just a stage, but like the petals of a flower, it acts as a catalyst where the built structure engages in an uninterrupted dialogue with the natural environment. The structure, created using advanced 3D printing techniques and sustainable materials, represents a fusion of tradition and innovation.
The project unfolds as a natural extension of the land, respecting the morphology of the island and integrating into the context like a living organism. The geometric freedom provided by 3D printing allows the architecture to expand outward in forms that seem to bloom from the ground, maintaining a continuous dialogue with nature.
The project unfolds as a natural extension of the land, respecting the morphology of the island and integrating into the context like a living organism. The geometric freedom provided by 3D printing allows the architecture to expand outward in forms that seem to bloom from the ground, maintaining a continuous dialogue with nature.
The project unfolds as a natural extension of the land, respecting the morphology of the island and integrating into the context like a living organism. The geometric freedom provided by 3D printing allows the architecture to expand outward in forms that seem to bloom from the ground, maintaining a continuous dialogue with nature.
The project unfolds as a natural extension of the land, respecting the morphology of the island and integrating into the context like a living organism. The geometric freedom provided by 3D printing allows the architecture to expand outward in forms that seem to bloom from the ground, maintaining a continuous dialogue with nature.
Il progetto si sviluppa come una naturale estensione del suolo, rispettando la morfologia dell'isola e integrandosi come un organismo vegetale nel contesto. La libertà geometrica ottenuta grazie alla stampa 3D consente all'architettura di espandersi verso l'esterno in forme che sembrano fiorire dal terreno, mantenendo un continuo dialogo con la natura.
The visual backdrop of the amphitheater is represented by the Island of the Armenians. This visual element emphasizes the importance of the context in defining the relationship between architecture and the environment. The space extends beyond its stage function, offering a dynamic and fluid perception that is not confined to a single point of observation.
The visual backdrop of the amphitheater is represented by the Island of the Armenians. This visual element emphasizes the importance of the context in defining the relationship between architecture and the environment. The space extends beyond its stage function, offering a dynamic and fluid perception that is not confined to a single point of observation.
The visual backdrop of the amphitheater is represented by the Island of the Armenians. This visual element emphasizes the importance of the context in defining the relationship between architecture and the environment. The space extends beyond its stage function, offering a dynamic and fluid perception that is not confined to a single point of observation.
The visual backdrop of the amphitheater is represented by the Island of the Armenians. This visual element emphasizes the importance of the context in defining the relationship between architecture and the environment. The space extends beyond its stage function, offering a dynamic and fluid perception that is not confined to a single point of observation.
Il fondale visivo dell'anfiteatro è rappresentato dall’isola degli Armeni. Questo elemento visivo sottolinea l'importanza del contesto nel definire le relazioni tra architettura e ambiente. Lo spazio si estende oltre la sua funzione scenica, offrendo una percezione dinamica e fluida, senza essere confinata a un singolo punto di osservazione.
The intervention aims to establish a harmonious relationship between the built environment and nature, offering a layered interpretation of the elements that define the island of San Servolo. The use of advanced technologies and sustainable materials allows for a balanced dialogue between human creation and the natural context, generating architecture in which space, landscape, and human interaction are in constant contact.
The intervention aims to establish a harmonious relationship between the built environment and nature, offering a layered interpretation of the elements that define the island of San Servolo. The use of advanced technologies and sustainable materials allows for a balanced dialogue between human creation and the natural context, generating architecture in which space, landscape, and human interaction are in constant contact.
The intervention aims to establish a harmonious relationship between the built environment and nature, offering a layered interpretation of the elements that define the island of San Servolo. The use of advanced technologies and sustainable materials allows for a balanced dialogue between human creation and the natural context, generating architecture in which space, landscape, and human interaction are in constant contact.
The intervention aims to establish a harmonious relationship between the built environment and nature, offering a layered interpretation of the elements that define the island of San Servolo. The use of advanced technologies and sustainable materials allows for a balanced dialogue between human creation and the natural context, generating architecture in which space, landscape, and human interaction are in constant contact.
L'intervento mira a stabilire una relazione armoniosa tra il costruito e la natura, offrendo una lettura stratificata degli elementi che definiscono l'isola di San Servolo. L'uso di tecnologie avanzate e materiali sostenibili consente di creare un dialogo equilibrato tra l'opera umana e il contesto naturale, generando un'architettura in cui spazio, paesaggio e interazione umana sono in costante relazione.
From a technical point of view, the work is composed of about 750 modular blocks, divided into 62 different types. Each element was created using a 3D printing process with a certified sustainable material based on natural lime. The project was developed from a basic module designed to interlock and create a self-supporting structure.
Production took place directly on the island, thanks to a printer operating for almost 200 hours. This minimized the environmental impact related to transportation and ensured high quality of the elements. Once the material maturation process was completed, the blocks were then dry-assembled: a choice that makes the entire structure easily disassembled and reversible.
From a technical point of view, the work is composed of about 750 modular blocks, divided into 62 different types. Each element was created using a 3D printing process with a certified sustainable material based on natural lime. The project was developed from a basic module designed to interlock and create a self-supporting structure.
Production took place directly on the island, thanks to a printer operating for almost 200 hours. This minimized the environmental impact related to transportation and ensured high quality of the elements. Once the material maturation process was completed, the blocks were then dry-assembled: a choice that makes the entire structure easily disassembled and reversible.
From a technical point of view, the work is composed of about 750 modular blocks, divided into 62 different types. Each element was created using a 3D printing process with a certified sustainable material based on natural lime. The project was developed from a basic module designed to interlock and create a self-supporting structure.
Production took place directly on the island, thanks to a printer operating for almost 200 hours. This minimized the environmental impact related to transportation and ensured high quality of the elements. Once the material maturation process was completed, the blocks were then dry-assembled: a choice that makes the entire structure easily disassembled and reversible.
From a technical point of view, the work is composed of about 750 modular blocks, divided into 62 different types. Each element was created using a 3D printing process with a certified sustainable material based on natural lime. The project was developed from a basic module designed to interlock and create a self-supporting structure.
Production took place directly on the island, thanks to a printer operating for almost 200 hours. This minimized the environmental impact related to transportation and ensured high quality of the elements. Once the material maturation process was completed, the blocks were then dry-assembled: a choice that makes the entire structure easily disassembled and reversible.
Dal punto di vista tecnico, l’opera è composta da circa 750 blocchi modulari, suddivisi in 62 tipologie diverse. Ogni elemento è stato realizzato tramite un processo di stampa 3D utilizzando un materiale certificato sostenibile a base di calce naturale. Il progetto è stato sviluppato a partire da un modulo base, progettato per lavorare ad incastro e creare una struttura autoportante.
La produzione è avvenuta direttamente sull’isola, grazie a una stampante in funzione per quasi 200 ore. Questo ha permesso di ridurre al minimo l’impatto ambientale legato al trasporto e di garantire un’elevata qualità degli elementi. Una volta completato il processo di maturazione del materiale, i blocchi sono stati quindi assemblati a secco: una scelta che rende l’intera struttura facilmente smontabile e reversibile.
_Thumbnail.png)
.png)
