The design is a microhome that addresses the needs of modern living in a compact format. It is set in an urban environment where space is limited and sustainability is a priority. The overall concept focuses on functionality and simplicity, demonstrating how smaller living spaces can be both practical and comfortable. The microhome aims to provide a balance between daily life and efficient use of resources.

Spatial Configuration

The microhome features three main areas: a living space, a bedroom or workstation, and a bathroom. This layout enhances usability by allowing each room to serve multiple purposes. The living area includes a kitchenette and a leisure corner, making it suitable for cooking, socializing, or relaxing. This arrangement ensures that the limited space is optimized for a variety of activities.

Natural Light and Ventilation

Attention to natural light and ventilation is evident in the placement of windows and doors throughout the home. Each of the living spaces faces south, allowing sunlight to flood in and energy-efficient airflow. This design choice creates a welcoming atmosphere that fosters comfort. The emphasis on daylight is not just about aesthetics; it also supports well-being and helps reduce the need for artificial lighting.

Interior Garden

An interior garden is an interesting feature of the design that allows residents to connect with nature. In urban settings where outdoor gardening options may be scarce, this garden serves as a refreshing alternative. It adds a layer of tranquility to the living space and highlights the importance of bringing aspects of nature indoors. The incorporation of greenery can enhance air quality and create a more pleasant environment.

Material Choice and Sustainability

Prefabricated cross-laminated timber (CLT) is used for the construction of the microhome. This material is known for its eco-friendliness and efficiency, making it a suitable choice for sustainable design. CLT supports quick assembly and contributes to reducing the home’s overall environmental impact. Additionally, the home includes a rainwater collection system that reuses greywater for sanitation, and the roof is designed to accommodate solar panels. These features reflect a commitment to energy efficiency and resource conservation.

The roof design collects rainwater effectively while also serving as a platform for solar energy. This thoughtful integration of systems underscores the importance of practicality in sustainable living. The microhome is not only designed for comfort, but it also actively contributes to a more sustainable lifestyle.