### Overview

Located in a forested landscape, the microhome concept "A Forest for Rest" is designed to provide a distinct dwelling experience that aligns with the surrounding environment. It emphasizes themes of environmental integration, innovative material use, and user adaptability, drawing inspiration from the natural setting to enhance inhabitant interaction with the landscape.

### Structural Design & Materiality

The modular structure is composed of tubular steel profiles, allowing for flexible placement in varied topographies, including suspending from trees and positioning on slopes or above water. The facade features adjustable slats that serve multiple functions: they enhance privacy, facilitate light control, and enable a continuous connection between the interior and exterior.

**Materials Utilized**:
- **Exterior**: Steel profiles for structural integrity; glass facades to maximize light exposure and panoramic views; laminated timber panels for thermal insulation and visual appeal.
- **Roofing**: A green roof system that improves thermal regulation and integrates the structure with its natural context, alongside photovoltaic panels for sustainable energy.
- **Insulation**: Cork sheet insulation for thermal efficiency and a breathable waterproofing sheet to protect the interior from moisture, ensuring durability and comfort.

### Spatial Composition & User Experience

The microhome features a two-level layout designed for essential living functions. The main level accommodates a living area, fireplace, and adaptable furniture, while the upper level is dedicated to sleeping arrangements with designated storage. Natural light is harnessed through expansive glass panels, complemented by design elements that include shadowing features to moderate sunlight exposure.

Key design characteristics include a hanging mechanism, which enhances site selection versatility, and adjustable slats for user-controlled privacy and light modulation. Additionally, wildlife-friendly elements are incorporated to promote ecological awareness, such as visual filters that aim to reduce bird collisions. The project reflects a commitment to sustainability while fostering a harmonious relationship with its forested environment.