Skyvertex is an architectural project that exemplifies a balance between modern design and environmental context, situated in a remote area known for its captivating natural phenomena, particularly the Northern Lights. The project serves as a multi-functional living and communal space, combining private and public areas to encourage both solitude and social interaction among its inhabitants. The overall design harmonizes with its landscape, providing a framework that enhances the occupants' experience while paying homage to the surrounding environment.

Unique Structural Elements and Design Approaches

Skyvertex features a primary structure characterized by its long, linear form, which is divided into sections for various functionalities. The residential quarters are designed for comfort and privacy, while the communal space, rising to a height of 7.5 meters, accommodates gatherings and events. This duality allows for a shared community experience, fostering connections among residents.

Furthermore, the design integrates semi-translucent satellite units that resemble individual pods. These satellite structures offer private spaces with optimal views of the night sky, thereby enhancing the connection between the architecture and the celestial phenomena. The architectural approach stands out by prioritizing visibility and interaction with the Northern Lights, a defining aspect of its geographic location.

Material Selection and Sustainability Strategies

The selection of materials is deliberate and reflects both functionality and sustainability. Glulam (glulam laminated timber) is utilized for its strength and thermal properties, while PMMA (polymethyl methacrylate) is employed for its lightweight and weather-resistant characteristics. ETFE (ethylene tetrafluoroethylene) is used for inflatable mattresses within the design, contributing to the lightweight structure while maintaining visibility.

These materials not only support the durability and stability of the building but also enhance its energy efficiency. The project employs passive solar design principles, maximizing sunlight during winter months while providing shade during summer. Furthermore, it incorporates advanced water management systems, including rainwater collection and greywater recycling, reinforcing its commitment to sustainable architecture.

Interior Layout and Experience

The interior of Skyvertex is designed to create a fluid, open space that encourages interaction among occupants while still facilitating privacy. Large windows allow natural light to permeate the interior, enhancing the ambiance and drawing attention to the striking exterior. The planning of shared spaces encourages community engagement, with flexible areas suitable for gatherings, outdoor dining, and leisure activities.

The architectural design of Skyvertex not only provides essential living space but also fosters an atmosphere of connection to nature and the sky. Visitors can engage with the auroras through intentionally designed observational platforms that prioritize comfort and visibility. The integration of communal areas, private units, and vast views of the landscape creates a harmonious living environment, promoting both individual and shared experiences.

For a comprehensive understanding of Skyvertex and its architectural nuances, interested individuals are encouraged to explore the project presentation further. Review the architectural plans, sections, and design details to gain deeper insights into the innovative elements and strategies implemented within this project.