Design Drawing of a Three-Story House Made from Containers

There is a design case where three containers are stacked to form a three-story building. Here are the specific design details:

First-Floor Design:
The first floor is planned as a kitchen area, utilizing space efficiently and simply. It is equipped with a cooking stove with an exhaust fan to meet cooking needs and effectively expel cooking fumes. Additionally, two seats are provided for simple dining or socializing. The staircase is designed as an indoor layout, using black walnut wood as the primary material. This wood is resistant to decay and termites, ensuring long-term stability and extending the structural lifespan.

Second-Floor Design:
The second floor is designated as a private office, with a primary focus on structural safety. When stacking containers, the overhanging part of the second container should not exceed half the length of the first container; otherwise, it may lead to instability and collapse due to a shift in the center of gravity. If this limit needs to be exceeded, additional steel columns should be installed to support the second container and enhance stability. The office space can be furnished with desks, bookshelves, and other furniture according to functional needs, while also reserving adequate space for movement.

Third-Floor Design:
The third floor serves as a private bedroom, utilizing a standardized 27-square-meter container space. Inside, there is only a double bed and a wardrobe, ensuring spaciousness through a minimalist furniture layout. The decoration includes two spherical moon-shaped sensor lights, meeting lighting needs while adding a touch of technological sophistication. Privacy is a key consideration in bedroom design, which can be achieved through curtains or partitions to flexibly control light and views.

Overall Structure and Materials:
The building features an exterior facade design that combines glass and metal sheeting. The glass enhances the building's transparency and showcases a modern aesthetic style, while the metal sheeting provides partial shading to prevent excessive indoor temperatures from direct sunlight and enhances structural durability. The main structure of the containers is fixed through welding or bolt connections to ensure overall stability after stacking. Before construction, structural load calculations should be performed to verify whether the load-bearing capacity of each floor meets the design requirements.