Search

Cultivation of Application-Oriented Talents in the Safety Discipline Integrated with “Air-Space-Ground" Information Coupling and "Prevention-Mitigation-Rescue" Whole-Industry-Chain Collaboration

Author(s)

Qiongzhen Tang*

Affiliation(s)

School of Intelligent Engineering, Xiangsihu College of Guangxi Minzu University, Nanning, Guangxi, China *Corresponding Author

Abstract

In view of the current issue of disconnection between the current training of security disciplines and the needs of complex safety governance, this paper proposes to construct an application-oriented talent training system of security disciplines with integrated information coupling of Air-Space-Ground (ASG) and Prevention-Reduction-Rescue collaboration of the whole industry chain. Combined with the integration of scientific and technological innovation and industrial development, the transformation of safety discipline from the experience to the technology-data-intelligence driven is implemented, and a talent training curriculum system with professional characteristics is constructed. Through the integration of satellite remote sensing, unmanned aerial vehicle monitoring, ground sensing network and other technologies, the intelligent coupling of multi-source data is realized. At the same time, it breaks the traditional single-link training model of safety disciplines, and establishes a collaborative training mechanism for the whole industry chain covering risk prevention, disaster mitigation, and emergency rescue. It cultivates more high-quality and innovative safety talents for safety disciplines, and provides strong talent support for ensuring social security and stability and promoting sustainable economic and social development.

Keywords

Safety Disciplines, Talent Training, Data Coupling, Industrial Synergy; Innovative Applications

References

[1] Tang Q ,Liu Z ,Wang L , et al.The BIM Based Hospital Safety Engineering Management During the Construction Phase. Journal of Engineering System, 2025, 3(2): DOI:10.62517/JES.202502212. [2] Tang Q .Practice of BIM Digital Twin Virtual Simulation Experimental Teaching: A Case Study of the Curriculum Reform of Fire Safety Engineering. Higher Education and Practice, 2025, 2(4): DOI:10.62381/H251403. [3] Yang Y D, Wang C X. Exploration of the digital and intelligent characteristic talent cultivation model for safety engineering under the background of "New Engineering". Journal of Chifeng University (Natural Science Edition), 2025, 41(05): 68-72. [4] Wang Q, Li C B, An H Y, et al. Research on the mechanism of interdisciplinary innovative talent cultivation in industry-characteristic universities—Taking the "petrochemical + intelligent + green" interdisciplinary talent cultivation model for environmental and safety majors as an example. University Education, 2025, (09): 128-132. [5] Wang Q, You B, Wang P F, et al. A talent cultivation program for safety engineering under the background of "New Engineering"—A case study of Hunan University of Science and Technology. Safety, 2025, 46(04): 62-67. [6] Yao D, Sun Z, Liu A X. Exploration of application-oriented talent cultivation courses under the background of "New Engineering"—A case study of the course "Deep Foundation Pit Engineering". Modern Vocational Education, 2025, (09): 173-176. [7] Yao X W, Xu K L, Xu X H, et al. Exploring the undergraduate practical teaching model based on the interdisciplinary nature of the safety discipline—A case study of the course "Industrial and Urban Safety". Safety, 2024, 45(11): 74-78. [8] Huang Yajing. Application of Virtual Simulation Experiments in Computer-Related Courses in Colleges and Universities. New Wisdom, 2018, (02): 54-55. [9] Zhang Min, Zhou Yongyi, Liu Jinku, et al. Study on the Application Evaluation Index System of Virtual Simulation Experimental Teaching Courses in Colleges and Universities. China Modern Educational Equipment, 2022, (15): 1-6. DOI: 10.13492/j.cnki.cmee.2022.15.030. [10] Zhang Lei, Qiao Juan, Zhao Jinlong. Construction and Practice of the Virtual Simulation Experimental Curriculum System for Textile Intangible Cultural Heritage. Research and Exploration in Laboratory, 2025, 44(04): 229-235+252. DOI: 10.19927/j.cnki.syyt.2025.04.044.