The design located on the shores of Lake Hallwil reveals a modern approach to living in harmony with its natural surroundings. The residence functions as a home that merges various living spaces within a glass cube structure, spanning three levels. The overall design concept focuses on the relationship between light, water, and habitation, creating a dynamic environment for its inhabitants.

Atmospheric Manipulation

Surrounding the glass cube is a cage made of metal members. This framework has both structural and functional purposes. Integrated within it are high-pressure water jet nozzles that draw water from the lake to create an artificial cloud around the house. Residents can control the density of this cloud based on their preferences or the weather. This feature introduces a unique quality to the living experience, allowing for an adaptable atmosphere that changes throughout the day.

Seamless Integration with Nature

The internal layout centers on a green court that serves as a central point for the residence. This space encourages interaction between indoor areas and the outdoor environment. Openable roof panels invite natural elements like air and water into the living spaces, promoting a connection with the landscape. This design choice enhances the overall ambiance, allowing light and nature to flow freely into the home.

Material Application

The materials used in the design are primarily glass and metal. The glass cube allows for transparency and brings in plenty of natural light. This creates a bright and uplifting atmosphere inside. The metal components provide essential structural support while housing the system that generates the cloud. This combination of materials not only shapes the aesthetic but also improves the building's functionality, making it responsive to environmental changes.

In this setting, the thoughtful arrangement of space, light, and nature come together to form a distinctive atmosphere, where the experience of living is enriched by constant interaction with the outside world.