The Skadi project embodies a modern approach to architecture while paying homage to its natural surroundings. Designed with a focus on sustainability and functionality, this project serves as a versatile recreational space that combines private and public areas effectively. Nestled within a winter-prone landscape, it draws inspiration from its geographical context, reflected in both aesthetic and structural elements.

### Design Approach and Materiality

The architectural design highlights a unique massing characterized by a parabolic roof form. This intentional shape facilitates snow management and enhances the building’s dynamic presence in its environment. The roof is accompanied by durable materials, including bituminous shingles, charred spruce timber, and board marked concrete. These materials not only contribute to the visual appeal of the structure but also provide long-lasting resilience against harsh weather conditions.

Another distinguishing aspect of this project is the integration of living spaces with recreational amenities. The layout features a public wing that accommodates social activities and a private wing that ensures user privacy. Key components include a draught lobby, changing rooms, and an indoor stargazing deck. The latter is particularly notable for its skylight, which invites natural light while creating a seamless connection between the interior and the outdoor environment.

### Functional Spaces and Layout

The functional organization of the Skadi project reflects contemporary architectural principles that prioritize user experience. The recreational area is designed for various activities, allowing flexibility in use, while the integrated changing rooms enhance convenience for visitors.

The use of local materials like natural stone and timber reinforces the project’s commitment to sustainability. Large windows and strategic openings frame views of the surrounding landscape, creating a sense of immersion within the natural setting. The foundation is constructed on steel piles, addressing structural stability in a seismically active environment while minimizing excavation impact on the site.

### Sustainability and Environmental Considerations

Sustainability is a core principle of the Skadi project's design. The selection of materials such as wood fiber insulation and plywood aligns with energy-efficient principles, reducing the overall carbon footprint of the building. Additionally, the careful orientation of the building maximizes passive solar heating, while the efficient use of ventilation systems promotes a comfortable indoor climate.

The architectural design encapsulates a cohesive relationship between built structure and landscape, showcasing how architecture can adapt to and enhance its surroundings.

For a detailed exploration of the architectural plans, sections, and innovative design ideas behind the Skadi project, readers are encouraged to delve into the project presentation for a comprehensive understanding of its unique architectural approach.