Arboris Hotel

The defining moment occurred during our exploration of Zlatibor’s natural landscape and geological identity. Rather than approaching the project as an isolated architectural object, we sought a spatial language that could emerge directly from the character of the place itself. In studying Stopića Cave, we became fascinated by the cave’s distinctive limestone basins—natural concave formations created over time through the continuous interaction of water, rock, and gravity. What resonated most was not simply their geometry, but the way these formations establish a sequence of interconnected spaces that feel both unified and distinct. This observation became the conceptual foundation of Arboris Hotel. The circular geometry was adopted not as a formal gesture, but as a means of translating a natural spatial condition into architecture. The initial idea evolved into three independent ring-shaped volumes, each functioning as a clearly identifiable entity while remaining part of a larger composition. Their arrangement around a central outdoor courtyard emerged from the desire to recreate the spatial qualities found in the cave: enclosure and openness, protection and exposure, individuality and continuity. As the concept developed, the circular units generated a highly legible organizational system that maximizes panoramic views, natural light, and visual connections to the surrounding landscape. The central courtyard became the heart of the complex—a protected communal space that extends the landscape into the architecture. In this way, the geological inspiration transformed from an abstract reference into the project’s primary spatial and experiential framework.

Arboris Hotel challenges the conventional hospitality model by rejecting the notion of the hotel as a dominant object placed onto a site. Instead, the project was conceived as an extension of the Zlatibor landscape, where architecture, ecology, and user experience operate as an integrated system. From the earliest stages of design, our objective was not only to minimize environmental impact but to create a hospitality environment that actively contributes to the ecological and experiential quality of its surroundings. This approach is expressed through a series of interconnected strategies. The timber louver façades, inspired by the rhythm and density of Zlatibor’s forests, provide solar protection, improve energy performance, and create a dynamic relationship between the buildings and their environment through light, shadow, and reflection. The extensive green roofs further blur the boundary between built and natural conditions, enhancing thermal performance while visually extending the plateau across the architecture itself. At ground level, permeable surfaces composed of natural and recycled materials support water infiltration, reduce runoff, and minimize the environmental footprint of the development. The landscape is organized around a large lake that serves both as a visual anchor and as an ecological component contributing to microclimatic regulation. Together, these elements redefine hospitality architecture as a framework for coexistence rather than consumption—one that prioritizes environmental continuity, local identity, and a deeper connection between visitors and the natural world. Rather than occupying the landscape, Arboris Hotel becomes part of it.

While Arboris Hotel originates from a strong conceptual response to the natural formations of Stopića Cave, generative and parametric methodologies played an essential role in transforming this initial inspiration into a coherent and high-performing architectural system. Computational design was not used to generate form for its own sake, but as a tool for testing relationships between geometry, landscape, environmental performance, and user experience. The circular geometry of the three volumes provided a flexible framework that could be parametrically adjusted according to multiple site-specific variables. Through iterative digital modeling, we were able to evaluate the positioning, dimensions, and spacing of the rings in relation to topography, views, solar exposure, circulation patterns, and the desired balance between openness and enclosure. Rather than relying on a single fixed composition, the design evolved through a process of continuous refinement, where modifications to one parameter could immediately reveal their impact on the overall spatial organization. Algorithmic thinking was particularly valuable in understanding how the three ring-shaped volumes could operate as both independent buildings and components of a larger environmental system. It allowed us to test visual corridors, optimize panoramic orientations, study daylight penetration into the courtyards, and assess the integration of landscape elements within and around the complex. This process helped validate the project's central ambition: creating an architecture that is highly legible and formally distinctive while remaining deeply responsive to the natural conditions of Zlatibor. The resulting composition is therefore not only inspired by nature but also informed by a rigorous, data-driven exploration of how architecture and landscape can function together as a unified whole.