Core courses in university safety engineering

I didn’t go to college, but I think that unless it’s a security-related field, there probably won’t be many such courses. Normal.

Most of the experienced workers in safety fields started working in this field later in life; they only studied four courses when taking the safety certification exam! I’ve been thinking about furthering my studies in safety engineering recently. As you have a formal background in this field, could you tell me first what courses you have taken?

This is the information on the Safety Engineering program at Chongqing University that I had previously gathered: The Department of Safety Engineering was established in 2000. It began admitting undergraduate students nationwide in 2001; in the same year, it was granted the authority to confer master’s degrees in Safety Technology and Engineering. In 2003, it received the authority to grant doctoral degrees in this field, and in 2004 it was given the authority to confer both master’s and doctoral degrees in Safety Management. In 2000, it partnered with the American Lyall Group to establish the \"Lyall Mutual Professional Safety Research Center,\" and forged extensive cooperation and exchanges with relevant organizations both domestically and internationally. There are currently 27 teaching and research staff, including 1 academician of the Chinese Academy of Engineering, 9 professors, 8 doctoral supervisors, 6 associate professors. 14 of them hold doctoral degrees. One person has been selected for the first or second tier of the “Hundred, Thousand, Ten Thousand Talents Program,” one person has received the Ministry of Education’s “Young Teachers Award for Higher Education Institutions,” and another person is part of the Ministry of Education’s “Cross-Century Excellent Talent Training Program.” Main research areas of the Safety Engineering major: (1) Theory and applications of safety engineering (2) Accident prediction and risk assessment ； (3) Safety management ； (4) Methods and technologies for preventing and controlling occupational hazards ； (5) Environmental disaster prediction and control engineering ； (7) Safety monitoring and information-based management. Training Objectives: To cultivate high-level interdisciplinary engineering and technical professionals who are capable of working in industrial enterprises and labor management departments in areas such as safety engineering planning and design, monitoring and analysis, prevention and control, safety assessment, as well as research and development in safety technologies. Such professionals should possess both technical expertise and management skills, as well as moral integrity and competence. Core courses: Engineering Mechanics, Fluid Mechanics and Fluid Machinery, Engineering Thermodynamics, Analytical Chemistry, Electronic Circuits, Fundamentals of Mechanical Design, Safety Ergonomics, System Safety Engineering, Safety Economics, Fire and Explosion Prevention Engineering, Pressure Vessel Safety, Industrial Ventilation, Electrical Safety, Computer Security and Information Technology, Sensing Technology, Safety Detection and Monitoring Instruments, as well as enterprise management, along with 40 weeks of practical training. Career prospects: After graduation, students can work in various **departments at all levels, as well as in labor safety inspection agencies, safety technology research institutions, and various enterprises and public institutions. There they can be involved in occupational safety and health management in government agencies, enterprises, public security departments, fire services, insurance companies, and the construction industry, as well as in safety engineering design, safety assessments, accident analysis and handling, and risk prediction. They can also pursue teaching and research careers in universities and research institutions.

Theory of Combustion and Explosion, Course Design for Fire and Explosion Prevention, Engineering Thermodynamics, Engineering Heat Transfer, Strength and Vibration of High-Speed Rotating Components, Safety Technology for Process Equipment, Control Technology for Process Equipment, Engineering Fluid Mechanics, Accident Investigation and Analysis Techniques, Process Industry, Materials for Process Equipment Engineering, Instrumental Analysis, Engineering Mechanics, Physical Chemistry, AutoCAD, Chemical Process Safety Engineering, Environmental Quality Assessment, Safety Systems Engineering, Safety Engineering and Hazard Assessment, Safety Ergonomics, Course Design in Safety Engineering, Principles of Safety Science, Safety Management

I also chose Principles of Chemical Engineering and Linear Algebra; it was the teacher’s recommendation, as he said our teaching plan was incorrect and that Principles of Chemical Engineering would be included in the next session

Safety Systems Engineering, Safety Engineering and Hazard Assessment, Safety Ergonomics, Principles of Safety Science, Safety Management, Professional English for Safety, Physical Chemistry, Organic Chemistry, Analytical Chemistry, Biochemistry, Engineering Mechanics, Principles of Chemical Engineering, Electrical and Electronic Engineering, Toxicology, Instrumental Analysis, University Physics, Mechanical Safety, Equipment Safety, Industrial Safety, Electrical Safety, Building Safety, Safety of Hazardous Chemicals, Systems Engineering, Fire and Explosion Prevention, Risk Analysis

I have a bachelor’s degree in safety engineering, specializing in chemical safety. The core courses in my field include the four main branches of chemistry (organic, inorganic, analytical, and physical chemistry), principles of chemical engineering, engineering thermodynamics, AutoCAD, engineering mechanics, mechanical drawing, and so on； The specialized courses include: Theory of Combustion and Explosion, Fire and Explosion Prevention Course Design, Accident Investigation and Analysis Techniques, Identification of Major Hazard Sources, Safety Technology for Pressure Vessels, Safety Engineering and Hazard Assessment, Safety Ergonomics, Principles of Safety Science, Safety Management, Safety Systems Engineering, Course Design in Safety Engineering, and Professional English, among others

Here is an overview of the Safety Engineering program at Chongqing University as compiled by me: The Department of Safety Engineering was established in 2000. It began admitting undergraduate students nationwide in 2001; in the same year, it was granted the authority to confer master’s degrees in Safety Technology and Engineering. In 2003, it received the authority to grant doctoral degrees in this field, and in 2004 it was given the authority to confer both master’s and doctoral degrees in Safety Management. In 2000, it partnered with the American Lyall Group to establish the \"Lyall Mutual Professional Safety Research Center,\" and forged extensive cooperation and exchanges with relevant organizations both domestically and internationally. There are currently 27 teaching and research staff, including 1 academician of the Chinese Academy of Engineering, 9 professors, 8 doctoral supervisors, 6 associate professors. 14 of them hold doctoral degrees. One person has been selected for the first or second tier of the “Hundred, Thousand, Ten Thousand Talents Program,” one person has received the Ministry of Education’s “Young Teachers Award for Higher Education Institutions,” and another person is part of the Ministry of Education’s “Cross-Century Excellent Talent Training Program.” Main research areas of the Safety Engineering major: (1) Theory and applications of safety engineering (2) Accident prediction and risk assessment ； (3) Safety management ； (4) Methods and technologies for preventing and controlling occupational hazards ； (5) Environmental disaster prediction and control engineering ； (7) Safety monitoring and information-based management. Training Objectives: To cultivate high-level interdisciplinary engineering and technical professionals who are capable of working in industrial enterprises and labor management departments in areas such as safety engineering planning and design, monitoring and analysis, prevention and control, safety assessment, as well as research and development in safety technologies. Such professionals should possess both technical expertise and management skills, as well as moral integrity and competence. Core courses: Engineering Mechanics, Fluid Mechanics and Fluid Machinery, Engineering Thermodynamics, Analytical Chemistry, Electronic Circuits, Fundamentals of Mechanical Design, Safety Ergonomics, System Safety Engineering, Safety Economics, Fire and Explosion Prevention Engineering, Pressure Vessel Safety, Industrial Ventilation, Electrical Safety, Computer Security and Information Technology, Sensing Technology, Safety Detection and Monitoring Instruments, as well as enterprise management, along with 40 weeks of practical training. Career prospects: After graduation, students can work in various **departments at all levels, as well as in labor safety inspection agencies, safety technology research institutions, and various enterprises and public institutions. There they can be involved in occupational safety and health management in government agencies, enterprises, public security departments, fire services, insurance companies, and the construction industry, as well as in safety engineering design, safety assessments, accident analysis and handling, and risk prediction. They can also pursue teaching and research careers in universities and research institutions.

Sichuan University, School of Chemical Engineering, Safety Engineering. This post was last edited by wangning702 on 2009-3-13 at 19:31.]

Could those with a formal education create electronic versions of the courses they’ve studied and upload them for everyone to use?

I have the electronic version; I just need one more point to be able to upload it. Modern Engineering Drawing (I), Microcomputer System Configuration and Maintenance, Ideological and Moral Cultivation, Basic Materials and New Materials, Fundamentals of Computer Culture-1, The Art and Production of Ancient Chinese Bronzes, College English-1, Environmental Quality Assessment, Current Affairs and Policies-1, Psychology of Success, Physical Education-1, Literature Retrieval (III), College Mathematics (I), Calculus-2, Chemical Process Safety Engineering, College Physics (IV)-1, Access Database Programming, College English-2, The Art of War by Sun Tzu and Its Strategic Thinking, Current Affairs and Policies-2, Computer-Aided Drawing (II), Fundamentals of Law, Object-Oriented Programming, Engineering Training (II), International Sports Dance. *Introduction to Ideology, College English Test Band 4, Physical Education-2, Physical Chemistry Experiments (I). **Theory, Physical Demonstration Experiments -2, Fundamentals of Computer Culture (C Language Programming), Engineering Chemistry Experiments (I)-2, Basics of Electrical Engineering (II), College Physics Experiments (IIIA)-1, Physical Education-3, College Mathematics (I): Linear Algebra, Advances in Chemical Engineering (Lectures), Engineering Chemistry Experiments (I)-1, College Mathematics (I): Probability and Statistics, Foundations of Modern Chemistry (I)-1, Principles of Marxist Philosophy (for Science and Engineering Students), Physical Chemistry (III), Human Factors in Safety. **Introduction to Theory, Accident Investigation and Analysis Techniques, Engineering Mechanics, Course Design in Safety Engineering, Current Affairs and Policies-3, Safety Engineering and Hazard Assessment, College Physics (IV)-2, Current Affairs and Policies-6, College Physics Experiments (IIIA)-2, Production Practice *(I), College English-3, Safety Technology for Process Equipment, Comprehensive Electronic Technology Experiments, Current Affairs and Policies-7, Physical Education-4, Safety Management, College English-4, Current Affairs and Policies-4, Beauty and Medical Care, Instrumental Analysis (II), Performance Skills and Methods, Process Industries, Strength and Vibration of High-Speed Rotating Components, Theory of Combustion and Explosion, Control Technology for Process Equipment, Engineering Fluid Mechanics, Basics of Large Computers, Basics of Electronic Technology, Current Affairs and Policies-5, Principles of Marxist Political Economy, Principles of Safety Science, Engineering Materials for Process Equipment, Engineering Heat Transfer (II), Safety Systems Engineering, Engineering Thermodynamics (I), Introduction to Chemical Engineering and Advances in Chemical Technology-1, Fire and Explosion Prevention Course Design, Career Development Planning for College Students, College Mathematics (II): Calculus-1. Last edited by dongzhao on 2009-3-11 09:04

The Safety Engineering program ranks first among similar undergraduate programs nationwide and is a branded program in Jiangsu Province. This major aims to cultivate senior engineering and technical professionals who master the basic theories, knowledge, and skills in safety science, safety engineering, and related technologies. The main professional foundation and core courses include Engineering Fluid Mechanics, Engineering Thermodynamics and Heat Transfer, Combustion Science, Safety Systems Engineering, Principles of Safety, Safety Ergonomics, Ventilation and Air Purification Engineering, Air Conditioning Engineering, Fire and Explosion Protection Engineering, as well as Safety Monitoring and Control Technologies and Applications. Graduates can work in various industries across the country, engaging in safety management in enterprises and institutions, as well as in the supervision, monitoring, and control of occupational safety and health. They can also be involved in the planning and design of safety engineering projects, as well as in research on safety science theories and applied technologies. Additionally, they can work on research, design, testing, evaluation, supervision, and management related to ventilation, air conditioning, and safety technologies in enterprises, factories, mines, and both above-ground and underground construction projects.

It’s already the third grade – why can’t my class schedule still be uploaded? I can only upload pictures

I just joined the security department recently. So many courses to learn*?

Theoretical Mechanics, Material Mechanics, Fluid Mechanics, Mechanical Drawing, Fundamentals of Mechanical Design, Safety Systems Engineering, Principles of Safety, Safety Ergonomics, Industrial Ventilation, Fire and Explosion Prevention, Safety Inspection Techniques, Analytical Chemistry, Environmental Engineering, Industrial Noise and Vibration, Safety of Boilers and Pressure Vessels, Electrical Safety, Professional English

Mining engineering, mechanics, systems science. Main courses: Combustion and Explosion Science, Safety Engineering, Ventilation, Air Conditioning and Purification, Safety Monitoring and Control, Occupational Health, Fluid Mechanics and Fluid Machinery, Engineering Thermodynamics and Heat Transfer, Analytical Chemistry and Physical Chemistry

It’s really difficult to determine the specific courses for the field of safety, as its scope is extremely broad. It is recommended that universities should not offer undergraduate programs in this field; safety-related studies should be reserved for graduate levels only. Only in this way can safety truly fulfill its role

Moreover, it is recommended to recruit only those with practical work experience

Fundamentals of Information Technology in Safety Engineering, Risk Engineering, System Security Technologies, Oil Safety Technologies, Safety Inspection and Monitoring, Safety Technologies for Oil and Gas Field Extraction, Accident Investigation and Failure Analysis, Petroleum Safety Engineering, Chemical Process Safety Engineering, Introduction to the Petroleum Industry, Introduction to Oil Processing, Industrial Safety Technologies, Combustion and Explosion Science, Safety Systems Engineering, HSE Systems, Safety Management Engineering, Safety Monitoring and Control, Fluid Mechanics and Fluid Machinery, Computer-Based Measurement and Control Technologies, etc.