What do you study in safety technology management?

Safety Management is an important and practical secondary discipline in the system of safety science and technology, which includes sub-disciplines such as safety information system, labor protection management, risk analysis, accident management and industrial disaster control. Safety management science is the most basic safety means of enterprise safety production, and its theory and methods have been generally valued in the field of labor safety and disaster reduction and prevention and related professions.　　Through the practice of human's long-term safety activities, as well as the research and development of safety science and accident theory, people have clearly recognized that to effectively prevent accidents in production and life, and to ensure human's safe production and safe life, there are three major safety countermeasures for human beings: one is safety engineering technology countermeasures, which is an important means of intrinsic safety for technical systems; the second is safety education countermeasures, which is an important safeguard measure for the quality of safety; the third is safety management, which is an important safeguard measure for the quality of safety; and the third is safety management. The third is the safety management countermeasures, this countermeasure involves both physical factors and human factors. Therefore, safety management is an important branch discipline in the system of safety science and technology, and it is an important aspect of the "three major countermeasures" of human accident prevention.　　Safety management is first of all conventional safety management, sometimes called traditional safety management, such as safety administration, safety supervision and inspection, safety equipment and facilities management, labor environment and health conditions management, accident management and so on. Conventional safety management specifically includes the following management techniques and methods: production safety policy; production safety work system; five principles of production safety (the principle of unity of safety and production; the principle of three no spares; the principle of three simultaneous; the principle of five simultaneous; the principle of three simultaneous); comprehensive safety management; the three-responsible system; the system of safety inspections; the four-inspection project; the technology of the safety inspection form;" 11440 management method"; "0123 management method"; "01467" safety management method; three do no harm activities; overhaul "ABC The "ABC" management method; "four full" safety management; "5S" activities; "five do not start a fire" management; approval of fire tickets "five letter five do not believe"; "four check five rectification"; "inspection tag system"; prevent electrical misoperation "five-step operation management method "; human flow, logistics management; three-point control; eight check and eight improvement activities; safety team activities three implementation; safety team safety construction; safety education. Routine safety management is a commonly used accident prevention method at present, and plays an important role in the practice of enterprise safety production and social safety life.　　The most important aspect of safety management engineering is modern safety management. Modern safety management is the necessary way for modern society and modern enterprises to realize modern safe production and safe life. A production enterprise with modern technology inevitably needs a corresponding modern safety management engineering. Therefore, modern safety management is the most active and cutting-edge research field in safety management engineering. The theories and methods of modern safety management engineering include: the principle of safety philosophy; the principle of safety system theory; the principle of safety cybernetics; the principle of safety information theory; the principle of safety economics; the principle of safety coordination; the principle of safety thinking mode; the principle of accident prediction and prevention; the principle of accident mutation; the theory of accident causation; the theory of accident modeling; the management of safety legal system; the management method of safety target; the management method of no hidden danger; the behavior of safety Sampling Technology; Safety Economic Technology and Methods; Safety Evaluation; Safety Behavioral Science; Microcomputer Application of Safety Management; Safety Decision Making; Accident Determination Technology; Intrinsic Safety Technology; Hazard Analysis Methods; Risk Analysis Methods; Systematic Safety Analysis Methods; Systematic Hazard Analysis; Fault Tree Analysis; PDCA Cyclic Methods; Hazardous Control Techniques; and Construction of Safety Culture.　　The significance and purpose of modern safety management engineering also lies in the following: to change the traditional vertical single-factor safety management into the modern horizontal integrated safety management; to change the traditional accident management into the modern event analysis and hidden danger management (change the after-action type into the preventive type); to change the traditional passive safety management object into the modern safety management dynamics; to change the traditional static safety management into the modern dynamic safety management; to change the traditional safety auxiliary management which only cares about the economic benefits of production into the modern dynamic safety management; and to change the past safety auxiliary management which only cares about the economic benefits of production into the modern dynamic safety management. Production and economic benefits of the safety of the ancillary management for the modern efficiency, environment, safety and health of the integrated effect of management; change the traditional passive, auxiliary, lagging safety management program for the modern active, essential, ahead of the safety management program; change the traditional externally compelled safety index management for the endogenous type of management of the safety objectives (change the secondary factors for the core business).