The design integrates closely with its surroundings and provides visitors an opportunity to explore its unique geological features. Located at the site of a tectonic boundary between the European and American plates, the building serves various functions such as a café, ticketing area, and restrooms. Its overall concept revolves around blending architecture with nature, creating spaces that encourage interaction with the environment.

Design Concept and Functionality

The main idea behind the design is to create a protected area that deepens the connection between the built environment and the landscape. Large pivot doors and open platforms welcome people, allowing for a smooth transition from outside to inside. This design approach helps visitors focus on the regional geological significance and engages them with their surroundings.

Spatial Organization

Different functional areas are organized in a way that enhances the experience for visitors. Included are waiting areas and restrooms that facilitate movement through the space. The shifting planes of the building provide visual links to the landscape, encouraging exploration and interaction. As individuals wait to enter the caves, they are drawn into nature, experiencing the project on multiple levels.

Accessibility Features

An important feature of the design is the elevator, which provides easy access to elevated lookout areas. This allows visitors of all abilities to enjoy views of the tectonic fissure and surrounding landscape. The elevator is more than just a way to move between levels; it contributes to how visitors experience the site, enriching their journey as they navigate through the space.

Material Considerations

Sustainability and durability are key factors in the selection of materials. The project uses Fibre Reinforced Plastic (FRP) grating, low-emissions precast concrete, and charred timber, ensuring the building remains functional over time. These choices reduce the need for maintenance and support environmental responsibility. Additionally, using locally sourced materials minimizes transportation distances, contributing to a smaller carbon footprint.

The design incorporates a modular grated system in walkways, bridges, and steps, allowing visitors to see the ground below while protecting the natural environment from excess foot traffic. This system enhances the overall visitor experience while respecting the delicate landscape surrounding the site.