Alvaro Siza Adds to the Monastery of Leça do Balio
Amy Duong — June 28, 2024 — Art & Design
References: dezeen
Portuguese architect Alvaro Siza added a new extension to the Monastery of Leça do Balio which is located in Porto with the goal of creating a new landmark for the area. It is an angular structure and is complete in a crisp white palette. It is designed by Siza with Sidonio Pardal to form more space for visitors at the site.
It is all enclosed by four concrete walls with geometric buildings and a spacious gravel courtyard. Siza speaks to Dezeen about the design project, stating "The addition wants to adjust to the history and actual atmosphere of the monastery without the pretence of innovative arrogance. The white concrete used in the chapel reflects its position of great autonomy."
Image Credit: Alexandre Delmar
It is all enclosed by four concrete walls with geometric buildings and a spacious gravel courtyard. Siza speaks to Dezeen about the design project, stating "The addition wants to adjust to the history and actual atmosphere of the monastery without the pretence of innovative arrogance. The white concrete used in the chapel reflects its position of great autonomy."
Image Credit: Alexandre Delmar
Trend Themes
1. Geometric Architecture - Architectural designs featuring bold geometric shapes enhance visual interest while providing functional forms.
2. Modern Heritage Extensions - Integrating contemporary designs with historical sites rejuvenates cultural landmarks and attracts modern visitors.
3. Minimalist Concrete Designs - The use of white concrete in modern architecture offers a minimalist aesthetic that emphasizes clean lines and simplicity.
Industry Implications
1. Architecture - Architectural firms can explore blending modern and historical elements to create visually appealing and functional spaces.
2. Tourism - Enhancing historical sites with modern extensions can boost tourist interest and provide enriched visitor experiences.
3. Construction - The construction industry benefits from innovations in concrete technology and techniques, enabling more versatile and durable structures.
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