Research on the Integration of System Design and Life Safety Education of Multi-functional Water Rescue Equipment

Abstract

Drowning remains a major global public safety issue, especially affecting children and youth. In response to the limitations of traditional rescue tools, this paper presents the design of the Ocean Wing Survival multifunctional water rescue device. The system integrates
autonomous navigation, remote control, GPS positioning, and visual-audio alert functions to ensure rapid and reliable water rescue across
diverse environments. In addition to its technical functionality, the device is also positioned as an educational tool to enhance water safety
awareness among students. Through integration into school training, simulations, and safety education curricula, it provides learners with
hands-on experience in rescue technologies and emergency response, bridging the gap between theoretical knowledge and real-life application. This research highlights the dual role of intelligent equipment in improving rescue operations and promoting life safety education. It offers a model for combining technology with experiential learning to build a safer and more resilient society.