Container House Research Base

The Container House Research Base is a practical learning venue that uses containers as architectural carriers and integrates educational functions. Typical examples include the Helu Research Travel Base by Zeyu Housing and the Container Project by educational institutions, both of which achieve functional diversification and educational scenario innovation through modular design.

The Helu Research Travel Base by Zeyu Housing focuses on the renovation of abandoned fangcang hospitals and employs modular construction techniques to flexibly combine functional modules, forming nine themed venues. Its design highlights the deep integration of spatial reconstruction and educational functions:

• Themed venues cater to all-age educational needs: The Life Skills Experience Pavilion cultivates children's self-care abilities by simulating family scenarios; the Fire Rescue Experience Pavilion strengthens safety practices with fire simulation devices and escape routes; the Natural Science Pavilion utilizes the airtightness of containers to create a micro-ecosystem, demonstrating the relationship between plant growth and climate; the Intangible Cultural Heritage Handicraft Pavilion preserves cultural memories through traditional craft experiences such as pottery and weaving.
• Modular design enhances space utilization: Standard container sizes (e.g., 20-foot and 40-foot) facilitate rapid assembly, forming expandable building clusters. For example, the Labor Practice Field constructs vertical planting areas by stacking containers, saving land resources and achieving a closed-loop education from theory to practice.
• Scalable capacity: The base can accommodate 1,200 teachers and students simultaneously, ensuring orderly activities through zoned management (e.g., separating dynamic and static areas, and age-based stratification), making it suitable for school group research trips or summer camps.

The Container Project by educational institutions focuses on minor protection and safety education, enhancing interactivity through color-coded zoning and scenario-based design:

• Clear functional zoning with distinct themes: The first floor of the Qingmiao Escort Ship uses colors to divide functional areas, such as the dark blue Legal Protection Zone, which popularizes the Minor Protection Law through infographics and interactive Q&A sessions; the bright orange Safety Island Zone introduces traffic safety signs, fire safety lessons, and rope-tying training, transforming safety knowledge into game tasks to boost children's participation.
• Vertical space expands educational dimensions: The second floor features a Resource Recycling Operation Zone, showcasing waste classification and recycling processes through renovated waste containers to cultivate environmental awareness; the Seedling Protection Garden and Seedling Corridor use plant growth as a thread to connect biological knowledge with labor education.
• Combination of modularity and flexibility: The detachable and reconfigurable nature of containers allows the base to adjust its layout according to educational needs, such as temporarily adding mental health counseling areas or technology experience modules to suit different research themes.

Both cases demonstrate the core advantages of container house research bases: rapid deployment, cost control, and customizable functions, providing replicable solutions for educational scenario innovation.