Sustainable Architecture and Computational Design Methods
We integrate advanced computational tools with environmental analysis to create architecture that is as high-performing as it is visually compelling.
An aerial view of our competition proposal for the MAXXI multifunctional building in Rome. The design integrates with the existing urban fabric and the curvilinear forms of the adjacent Zaha Hadid-designed museum.
The rooftop terrace of the MAXXI proposal, designed as a green oasis with a timber pergola and hanging gardens. This space provides a social hub for the building while promoting biodiversity.
The facade of the MAXXI proposal, featuring a terracotta screen that provides shading and a connection to Rome's vernacular architecture. The building is set within a vibrant public landscape.
A detailed section of the MAXXI facade, showing the high-performance, double-skin system. The outer layer of terracotta louvers is adjustable to control solar gain, while the inner layer provides insulation.
Solar analysis diagrams for the MAXXI project. We use these computational tools to study the impact of the sun on the building's form and optimize its orientation and shading strategies for energy efficiency.
The MAXXI proposal seen from the street, showing how the building's form and materials create a contemporary yet contextual addition to the Flaminio district.
A close-up of the terracotta facade and the entrance to the MAXXI building, demonstrating the texture and warmth of the materials chosen for the project.
A satellite view of the MAXXI site, showing how our proposed design fits within the complex urban context of Rome.
An aerial view of the MAXXI proposal, highlighting the rooftop terrace and the building's relationship to the surrounding neighborhood.
The masterplan for the MAXXI project, showing the new building and the reconfigured public landscape that connects it to the main museum.
About Our Design Process & Sustainable Approach
We use CFD and solar analysis to dictate building orientation and facade performance before aesthetic design begins. This ensures your project is energy-efficient from the start, rather than retrofitted for sustainability later.
Our design process is rooted in 'performance-driven design'. We use computational tools like Rhino and Grasshopper to simulate environmental conditions, ensuring that every curve and facade perforation serves a functional purpose. This approach is exemplified in our proposal for the MAXXI Museum extension in Rome, where we utilized circular economy principles to integrate new structures with the existing urban fabric.
We apply these same rigours to all our projects. By prioritizing locally sourced, low-carbon materials and designing structures that adapt to future needs, we minimize environmental impact while maximizing spatial experience. This technical focus extends to our use of BIM documentation (LOD 350), which allows us to catch structural and MEP clashes during the design phase, significantly reducing site-level waste and resource inefficiency.
Whether we are working on a masterplan, a commercial landmark, or a private residence, our methodology remains consistent. We believe architecture should be felt as much as seen. We craft environments that balance the specific needs of the user with the constraints of the site, ensuring that the final form is not just a visual statement, but a high-functioning system.
Similar work from other experts
Browse through Curated picks from other experts on mytribe
18
Pioneering Sustainable Design in Architecture
8
Our Architectural Approach and Design Philosophy
8
Climate-Responsive and Sustainable Architecture
8
Featured Architectural Projects
8
Signature Architectural Projects and Design Philosophy
21
Commercial & Mixed-Use Architectural Design Services
More from Architectural Design by Studio Symbiosis
More services by Studio Symbiosis