3 Container House Design Drawing

The design drawing of the 3-container house can refer to the creative villa case in Melbourne, whose design features cover spatial layout, lighting design, and creative elements, while also taking into account customer needs, building dimensions, and production and installation conditions.

1. Spatial Layout Optimization
The Melbourne case breaks the traditional single stacking mode of containers through staggered stacking, transforming the upper and lower floors into a stepped offset arrangement. This not only retains the modular characteristics of containers but also expands the utilization of vertical space. For example, the second-floor container extends to one side, forming a cantilevered terrace or leisure area, while the area below can be planned as a semi-open courtyard or storage space. The gaps between two containers are transformed into aisles, with functional areas divided by glass partitions or hollow designs, avoiding the sense of oppression caused by the elongated structure inside traditional containers. Additionally, the combination of three containers can flexibly divide areas such as bedrooms, living rooms, and kitchens. For example, a “two-story main container + one-story auxiliary container” mode can be adopted, with the main container serving as living quarters and the auxiliary container as a study or entertainment room.

2. Lighting and Transparency Design
Lighting is a core challenge in the design of container houses. The Melbourne case uses high-strength glass walls instead of traditional container metal walls, especially setting up full glass curtain walls at the front and back ends to ensure sunlight penetrates the interior; the combination of a white base color and dark wooden strip walls enhances the brightness of the space through color contrast. In stair design, perforated metal plates or hollow handrails are selected to ensure safety while allowing light to penetrate between floors. For standard 3×6-meter containers, horizontal long windows or skylights can be added on the sides, such as installing operable skylights in the bedroom area to兼顾 (take into account) both ventilation and lighting.

3. Creative and Ecological Integration
The circular hole in the roof is a signature design of the Melbourne case, allowing for interaction between the building and the natural environment by reserving space for tree growth, while also forming natural shading and ventilation channels. The work area by the window adopts full-view glass windows to bring outdoor scenery into the interior; the dining and kitchen area and the rest area adopt an open layout, with functional areas divided by an island counter or bar counter to reduce the sense of fragmentation caused by partitions. In addition, the industrial texture of containers can be utilized, combined with soft decoration elements such as wood and green plants, to create a living atmosphere that combines “roughness and warmth.”

4. Design and Production Considerations
During the design phase, customer needs (such as the number of bedrooms and functional area division) and building size limitations (such as the modular combination of 3×6-meter containers) need to be clarified. During the production process, equipment limitations need to be considered, such as the impact of cutting accuracy and welding processes on structural strength. The factory cutting and production cycle is approximately 5 days, and the on-site installation speed can reach 100 container houses per day (with a 3-person team), but basic construction (such as ground leveling and water and electricity pre-burying) needs to be planned in advance to ensure efficiency.