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Innovative Design of Household Earthquake Rescue Products Based on Design Thinking and FAST Method

Author(s)

Yun Zhao

Affiliation(s)

Kongjiang High School, Shanghai, China

Abstract

Earthquake disasters pose a significant threat to human life and property worldwide. To improve families' ability to survive earthquakes, innovative design of household earthquake rescue products using design thinking and functional analysis system technology (FAST) has become an effective method. The FAST method helps designers clarify the core tasks of products and innovatively optimize their structure and user experience. This design combines common emergency situations in earthquakes, such as taking refuge, seeking help, and obtaining emergency supplies. By combining design thinking and the FAST method, the design process becomes more systematic and innovative, ultimately achieving the best balance between product functionality and user experience, and providing strong protection for family survival and self-rescue in earthquakes.

Keywords

Product Demand; Artificial Intelligence; Structural Calculation; Earthquake Rescue

References

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