Surrounding the renovated CAM Gulbenkian, the extension is hailed by the jury as an innovative approach that blends past and present, nature and architecture, transforming this iconic urban space into a new model for ecological and urban coexistence.

The project developed by landscape architect Vladimir Djurovic (VDLA) in collaboration with architect Kengo Kuma, responsible for CAM’s renovation, incorporates over six decades of landscape design thinking, according to the LILA 2025. The intervention was conceived as a layered system linking different periods and approaches, from modernist architecture to contemporary ecology.

One of the key elements of the redesign is the new lightweight roof structure (Engawa) which creates a formal contrast with the original CAM building. According to the jury the project “does not aim at resolving tensions but rather keeping them alive and making them productive,” reflecting an intention to integrate different timeframes and uses within the space.

The garden extension was developed based on the concept of an urban forest using only native species to create a self-sustaining ecological system that promotes diverse and resilient habitats within the urban environment. Djurovic chose a design with winding, accessible pathways, integrating natural elements such as sounds, scents and textures, with attention to seasonal changes.

The transformation also aimed at strengthening the Foundation’s connection to the city. The former perimeter walls were demolished and set back, creating a public square in front of the Vilalva Palace. Elements of these walls were reused to create limestone benches and several new access points to the garden were added.

The intervention also promotes an approach to gardens as ecological and cultural infrastructures with functions extending beyond ornamental value.

The LILA (Landezine International Landscape Award) recognizes the best and most innovative practices in landscape architecture. Established in 2016, it has honored projects from around the world.