Multifunctional Building Adjacent to MAXXI Museum Integrates Circular Economy Principles
The newly envisioned multifunctional development next to the MAXXI Museo nazionale delle arti del XXI secolo embodies circular economy principles by incorporating recycled elements from on-site demolition and utilizing low-carbon emission materials throughout its construction. This ambitious project comprises two key components: Building A, a multifunctional structure, and System B, a landscape reconfiguration along Via Masaccio.

Architectural and Urban Design Concept
Building A is conceived as a compact, layered volume that seamlessly blends computational design methods with vernacular elements. This approach establishes a strong connection with the surrounding Flaminio district, enhancing the urban fabric. The program includes archive spaces, advanced technical laboratories, and a rooftop bar set within a lush garden, providing a serene and engaging environment. The building’s internal circulation strategy is thoughtfully arranged to accommodate external visitors, allowing them to experience the curated artwork without disrupting museum operations. The rooftop terrace, offering panoramic views of the MAXXI Museum, is a highlight, accessible via a scenic exterior staircase integrated into the architectural form.

Landscape and Public Space Strategy
System B reimagines the landscape along Via Masaccio as a vibrant and interactive urban environment that bridges the MAXXI Museum with the new development. This design fosters social interaction and leisure activities, while extending the curvilinear architectural flows of the MAXXI Museum to create cohesive green spaces. The sustainable design practices employed in the public realm are geared toward improving the local ecosystem and enhancing urban biodiversity.

Sustainability and Structural Innovation
The project prioritizes sustainability through innovative structural and material choices. A robust steel frame ensures structural flexibility and long-term durability, while X-Lam laminated wood is used for its renewable properties. Construction waste is recycled into aggregates to further minimize embodied carbon. The building’s energy efficiency is achieved via geothermal heat pumps and integrated solar panels, which supply heating, cooling, and electrical needs. Designed for adaptability, the structure anticipates future reconfigurations, ensuring resilience and a minimized environmental footprint over its lifespan.