Page 6 - 新时期安全工程技术发展与创新

ABSTRACT

In depth analysis of the new technology empowerment path in the core
chapter: BIM technology realizes visual simulation of construction safety;
Building a real-time monitoring network for structural health in the Internet of
Things; Artificial intelligence driven intelligent identification of hidden dangers
and behavior warning; Virtual reality revolutionizes security training models.
Through cases such as “BIM + IoT” deep excavation monitoring, demonstrate
the effectiveness of multi technology integration in smart construction site
management. Emphasize the collaborative relationship between engineering
quality and safety, establish a PDCA cycle integrated quality and safety control
system, and use root cause analysis to block the transmission of quality defects to
safety accidents. In the construction site safety management process, standardize
the overall safety planning and JSA hazard identification process, refine the
protection configuration standards for high-altitude operations, and innovate the
VR safety training mode. The environmental protection department connects the
soil erosion assessment model with green construction technology, establishes
waste classification control and ecological restoration technical specifications.
Standardize the FTA analysis process and apply the four no let go principle in the
accident investigation chapter, and establish a case warning education mechanism.
The innovative practice section demonstrates the dual value of technological
breakthroughs in risk prevention and control, using cases such as Beidou slope
monitoring to illustrate the path of industry university research transformation,
and analyzes challenges such as lagging standards and talent shortage. Analyzing
advanced experiences such as the CDM system in the UK and the US from an
international perspective, exploring the localization of ISO 45001 standards and