Establishment of Urban Rail Safety Protection and Emergency Management Education Framework Integrating STEM & PCOM Matrix

Jian Li; Jing Lu; Hongtao Li; Huiqing Lian; Jingjing Rong; Nan Li; Ru Chen; Xin Wang

doi:10.54097/zdf5jh17

Authors

Jian Li
Jing Lu
Hongtao Li
Huiqing Lian
Jingjing Rong
Nan Li
Ru Chen
Xin Wang

DOI:

https://doi.org/10.54097/zdf5jh17

Keywords:

Urban Rail, STEM, PCOM, AI, Matrix, Education System Framework

Abstract

From the perspective of systems engineering, apart from the technical reasons of the rail transit itself, the deficiencies in planning and design, as well as the misunderstandings of various professional operation managers regarding the use of rail transit equipment and emergency evacuation, are all the causes of the frequent occurrence of rail transit accidents. A systematic knowledge system covering multiple links and targeting multiple objects for rail transit risks is of vital importance. This thesis focuses on the planning, construction, operation, passenger organization and emergency management of rail transit, and constructs a system of basic consensus, professional knowledge, safety protection and key technical points for emergency response. The aim is to establish a common understanding basis for all kinds of people, including planners, constructors, operators and passengers, regarding each link of rail transit, and break through the knowledge blind spots and barriers caused by thinking inertia, professional limitations and cognitive differences. This paper proposes the concept of "PCOM's full-process safety and emergency management control" for the urban rail transit safety and emergency management major and courses, and constructs a course matrix based on the STEM concept, the proposed matrix that includes science, technology, engineering, and mathematics, as well as planning, construction, operation and emergency processes. This kind of matrix construction is conducive to enhancing the practicality and systematic level of higher education when conducting course education in complex scenarios such as urban rail transit operations.

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