Parametric Architecture

The project uses parametric design to shape its 80-metre-long stone wall, where each block was digitally modeled and robot-carved for structural accuracy. The result combines advanced digital fabrication with traditional stone construction.

This residence uses parametric design to shape its flowing concrete vaults around existing neem trees. The algorithm-driven geometry responds to site conditions: light, shade, and natural cooling and is built with sustainable CSEB materials.

The project is inspired by the patterns of Aspen trees. Each window is digitally shaped to control light, views, and privacy, creating a facade that connects natural geometry with function. The design combines advanced modeling with sustainable building strategies to form a new landmark in downtown Denver.

New Delft Blue reimagines Delft’s ceramic tradition through parametric design and 3D printing. Using algorithmic modeling and robotic clay fabrication, Studio RAP created 3,000 unique tiles with nature-inspired patterns that echo the iconic Delft Blue porcelain. The result blends craftsmanship, technology, and local heritage into a contemporary architectural landmark.

Barcelona Tower is a 190-metre-tall building defined by a single twist in its form. The twist improves wind resistance and energy efficiency while maintaining a clean, simple structure supported by a central concrete core.

Tarang was not designed using digital algorithms, but its flowing form and climate-responsive design reflect the ideas behind parametric architecture. The building was shaped through traditional craftsmanship and intuition, using interlocking terracotta bricks instead of steel or concrete. This approach reduces the carbon footprint and celebrates local artisanship.