The ScuBAR project, conceived through a local competition, aims to design a new bar facility for the existing public swimming pools during the summer months. The primary objectives include creating a closed area for bar service operations and an open dining space protected from the sun, all within limited resources.

Modular Design for Flexibility

The design adopts an open project system that can expand, evolve, and adjust to varying demands without compromising the essential program requirements. A prototype roof is replicated to form an isotropic space, with each module tailored to its specific function.

Grid-Based Configuration

Developed within a 5 x 5 meter grid, aligned with the orientations of the swimming pools, the design results in an L-shaped layout. The shorter side houses service areas like the kitchen and storage, while the longer arm accommodates the restaurant space. This configuration maximizes engagement with the pools while providing convenient access to the bar.

Climate-Responsive Design

The sloped roof sections are strategically oriented to optimize sunlight exposure and natural ventilation. Opaque sloped skirts facing west shield against intense afternoon sunlight, while smaller skirts with perpendicular slats protect from morning sun exposure. The design ensures comfortable shading throughout the day, tailored to the bar’s operational hours.

Structural Elements and Aesthetic Considerations

Metal tubular profiles form the structure, supporting sandwich panel roofing with integrated drainage systems. The neutral white color scheme creates a cohesive envelope, while ceramic blocks are used for the bar’s closed area, offering a nod to traditional construction methods of the region.

By combining modular flexibility with climate-responsive design, ScuBAR offers a versatile and sustainable solution for summer refreshment, seamlessly integrating with its surroundings while meeting the diverse needs of its users.