『一』 What is safety engineering
Safety engineering is a second-level discipline affiliated with the first-level discipline "Safety Science and Engineering".
The main courses of safety engineering include: advanced mathematics, probability theory and mathematical statistics, university physics, engineering university chemistry, electrical engineering, engineering drawing, engineering CAD, fluid mechanics, engineering mechanics, engineering thermodynamics and Basics of heat transfer, combustion and explosion theory, safety principles, safety system engineering, safety ergonomics, safety detection technology, occupational health and engineering, safety law, safety management engineering, risk analysis and safety evaluation, fire protection engineering, etc.
(1) Extended reading for safety engineering courses:
Training objectives: This major focuses on cultivating people who can engage in safety technology and engineering, safety science and research, safety Comprehensive senior engineering and technical talents in supervision and management, identification and detection of dangerous and harmful factors in the workplace, safety design and production, safety education and training, occupational health protection in production enterprises, etc.
Employment direction: Graduates can engage in safety engineering work and serve in related industries involving risk prevention and control and accident emergency response, including safety strategy, safety management, system analysis and evaluation, and safety product testing and R&D, etc., are also suitable for engaging in internationally accepted SHE (safety, health and environment) management careers.
『二』College courses in safety engineering
Public courses:
Required courses include: Ideological and Moral Cultivation and Legal Foundation, Modern China Historical outline, basic principles of Marxism, introduction to Mao Zedong Thought and the theoretical system of socialism with Chinese characteristics, college English, college computer basics, C language programming, advanced mathematics, linear algebra, probability theory and mathematical statistics, college physics, physical experiments Wait, ***54 credits. Elective courses include: humanities and social science modules, economics and management modules, school characteristic modules and professional communication English series module requirements,
Engineering basics and professional basic courses (subject basic courses):
Required courses include: engineering graphics, engineering mechanics, engineering fluid mechanics, thermal engineering foundation, mechanical design foundation, safety engineering chemistry foundation, chemical engineering principles, electrical and electronic technology, microcomputer principles and applications, detection technology, safety engineering Introduction, safety management, safety system engineering, ***38 credits; designated elective courses include: safety regulations, safety ergonomics, special equipment safety testing and assessment, environment, safety and health engineering, ***7 credits; optional Courses include: Control Engineering Fundamentals, AUTOCAD Technology, Matlab Programming and Application, and Reliability Technology.
Professional courses:
Required courses include: Fire and Explosion Control Technology, Boiler and Pressure Vessel Safety Technology, ***6.5 credits; designated elective courses include: Chemical Machinery and Equipment, Machinery Safety Engineering, electrical safety engineering, fire engineering and design, industrial ventilation and dust removal, safety evaluation, project budget and economics, environmental protection technology and equipment (bilingual courses), etc., ***16.5 credits; optional courses include: industrial anti-virus technology, noise and vibration control technology, building construction safety technology.
Intensive practice links:
Intensive practice links include ideological and political theory practice, ideological and moral behavior practice, metalworking internship, electronic internship, mechanical design basic course design, testing technology course design, safety Engineering course design, understanding internship, production internship, graduation project, etc.
Extracurricular teaching activities:
This module is divided into public *** basic module (college student learning guidance, situation and policy, military training), extracurricular scientific and technological activity module (scientific research practice, subject competition , thesis patents, extracurricular science and technology), extracurricular social activity modules (cultural and sports activities, social practice, volunteer activities), professional education modules (professional cutting-edge lectures, professional English, professional research, skills certificates).
『三』What are the main things to learn in the safety engineering major?
Main courses:
English, English for safety engineering majors, advanced mathematics, physical education, inorganic chemistry, inorganic chemistry Experimental specialties, university physics, physical experiments, Chinese revolutionary history and socialism, graphic geometry and cartography, linear algebra, probability theory and mathematical statistics, philosophy, organic chemistry, chemical analysis, physical chemistry, computer language and programming, Computer-aided design, mechanical design basics, mechanical parts design, electrical technology, professional foreign languages, electronic technology, enterprise economic management, political economics and socialist economy, fluid mechanics, fracture mechanics, engineering mechanics, thermal engineering, safety monitoring and monitoring technology , safety principles, safety management, safety system engineering, safety ergonomics, industrial ventilation and dust removal, electrical appliance safety, physical hazards, construction safety, hoisting machinery safety, fire and explosion protection, industrial anti-virus technology, boilers and pressure vessels Safety, equipment safety, safety laws and regulations, risk assessment, safety economics, etc.
『四』 Main courses of safety engineering major
Combustion and explosion science, safety engineering, ventilation, air conditioning and purification, safety monitoring and control, occupational hygiene, fluid mechanics and fluids Mechanical, engineering thermodynamics and heat transfer, analytical chemistry and physical chemistry, electrical and electronic technology, safety evaluation theory and methods, safety law, safety psychology, safety management basics and safety system engineering and analysis technology, etc.
『五』What to study in safety engineering major at university
Safety engineering major at university,
Subject education courses:
Advanced mathematics, Probability theory and mathematical statistics, university physics, engineering university chemistry, electrical engineering, engineering drawing, engineering CAD, etc.
Professional basic courses:
Fluid mechanics, engineering mechanics, engineering thermodynamics and heat transfer basics, combustion and explosion theory, etc.
Professional specialty courses:
Safety principles, safety system engineering, safety ergonomics, safety detection technology, occupational health and engineering, safety law, safety management engineering, risk analysis and Safety evaluation, fire engineering, safety economics, safety information technology, public security and emergency management, environmental engineering, pressure vessel safety technology, blasting engineering, mechanical and electrical safety, road traffic safety, building construction safety, mine safety technology , chemical industry safety technology, safety discipline development trends, etc.
『Lu』What courses are available in the safety engineering major of China University of Mining and Technology?
The predecessor of the School of Safety Engineering of China University of Mining and Technology was the Mining Department of the Coal Mining Department of Beijing Institute of Mining and Technology, which was founded in 1952. Wind and Safety Teaching and Research Office. Quan
In November 2007, the school decided to establish the School of Safety Engineering based on the national key disciplines of safety technology and engineering. The college currently has two undergraduate majors: safety engineering and fire protection engineering, both ranking first in the professional evaluation rankings of domestic authoritative institutions. Among them, the safety engineering major has passed the acceptance of the first batch of "provincial brand majors" in Jiangsu Province and has now become a national-level major. "The second type of characteristic professional construction site".
1. Main disciplines of safety engineering major
Mining engineering, mechanics, and system science.
2. Main courses of safety engineering major
Combustion and explosion science, safety engineering, ventilation, air conditioning and purification, safety monitoring and monitoring, occupational hygiene, fluid mechanics and fluid machinery, Engineering thermodynamics and heat transfer, analytical chemistry and physical chemistry, electrical engineering and electronic technology, safety evaluation theory and methods, safety law, safety psychology, safety management basics, safety system engineering and analysis technology, etc.
『撒』What is the professional knowledge of safety engineering?
What should you learn in safety engineering major?
Kuaiche Education, Mr. Zeng, the human resources director of a well-known company, said that safety engineering majors can train people to engage in safety technology and engineering, safety science and research, safety supervision and management, safety and health environment testing and monitoring, and safety design Senior engineering and technical talents who are integrated with production, safety education and training.
So is safety engineering a good major? Let me summarize the main courses, professional knowledge and professional skills of the safety engineering major for you!
What to study in safety engineering major
1. Main courses of safety engineering major:
Combustion and explosion science, safety engineering, ventilation, air conditioning and purification, safety monitoring and monitoring, occupational hygiene, fluid mechanics and fluid machinery, engineering thermodynamics and heat transfer, analytical chemistry and physical chemistry, electrical engineering and electronic technology, safety evaluation theory and method, safety law, safety psychology, basic safety management and safety Systems engineering and analysis technology, etc.
2. Safety engineering professional knowledge and skills:
Graduates should acquire the following knowledge and abilities:
1. Have a solid foundation in natural sciences, a good foundation in humanities and social sciences and comprehensive foreign language skills;
2. Master fluid mechanics and fluid machinery, engineering thermodynamics and heat transfer, engineering mechanics, analytical chemistry and physical chemistry, combustion and explosion science;
3. Master basic knowledge such as safety principles, safety ergonomics and safety system engineering;
4. Master electronics, electrical engineering and safety testing and monitoring instruments and technologies;
5. Master the knowledge and ability of safety engineering, ventilation and air conditioning engineering design, construction, supervision and management;
6. Master the ability to apply computers for safety engineering and ventilation engineering design, simulation, computer management, etc.
7. Master the basics of safety evaluation, be able to use system analysis, accident tree analysis, event tree analysis and ABC qualitative method to determine hazard control points and control levels, and participate in on-site hazards.
『8』What to learn in safety engineering majors
University studies are divided into two categories: The first category is basic subjects (must be learned in any major), such as advanced mathematics , physics and other engineering subjects, when I think of the high school mathematics in those days, I still feel deeply powerless. The second category is professional subjects, which are mainly subjects based on future practice. These are relatively difficult, such as safety psychology, safety principles, etc.
Next, let’s talk about the subdivisions of our major. After we have learned all the framework knowledge that must be applied to the major, we will choose our final specialization direction according to our own wishes. (As shown in the picture above of food safety), these knowledge are all based on the branches of basic scientific principles, and are very critical in determining your final employment destination.
I hope it can help you. If you have any questions, please leave a comment.
『九』 What are the professional courses in safety engineering?
Training objectives: This major cultivates safety technology and engineering, safety science and research, safety supervision and management, and safety and health environment testing. Comprehensive senior engineering and technical talents in monitoring, safety design and production, as well as safety testing, inspection, testing, and supervision of special equipment.
Main courses: safety detection technology, special equipment safety detection, chemical machinery and equipment, boiler and pressure vessel safety technology, electrical safety technology, fire and explosion protection technology, safety management, safety system engineering, safety ergonomics, Industrial ventilation and dust prevention, industrial anti-virus technology, physical factor hazards and control, environmental protection technology and equipment, fire engineering and design, environmental assessment, etc.
Employment direction: Be competent in safety supervision and inspection work in industrial enterprises, labor safety and quality and technical supervision departments, and engage in safety technology, industrial hygiene, safety and environmental protection research and design units, safety consulting and intermediary agencies Scientific research, technology development and application of environmental engineering, as well as management, education and training, etc.
『Shi』What is the profession of safety engineering?
1. Professional introduction
Safety engineering is based on the business of quality and technical supervision, inspection and quarantine industry. The discipline of measurement and control technology and instrumentation serves as a platform and is a new major composed of multi-disciplines intersecting natural sciences and social sciences.
2. Main research content
Safety technology development, safety engineering design, safety scientific research, safety supervision and management, safety education and training, as well as safety testing and inspection of special equipment, Testing and supervision; industrial hygiene engineering technology development and research, industrial hygiene engineering design, environmental testing and supervision, etc.
3. Graduation destination
You can work in safety management and supervision, safety pre-evaluation and disaster prevention in *** and enterprises and institutions, or go to universities and research institutes Engaged in related teaching and scientific research work.
(10) Extended reading for safety engineering courses:
Ability to learn safety engineering:
1. Have a solid foundation in natural science, good Basic humanities and social sciences and comprehensive foreign language proficiency.
2. Master fluid mechanics and fluid machinery, engineering thermodynamics and heat transfer, engineering mechanics, analytical chemistry and physical chemistry, combustion and explosives.
3. Master electronics, electrical engineering and safety testing and monitoring instruments and technologies.
4. Master basic knowledge such as safety principles, safety ergonomics and safety system engineering.
5. Master the ability to apply computers for safety engineering and ventilation engineering design, simulation, computer management, etc.
6. Master the knowledge and ability of safety engineering, ventilation and air conditioning engineering design, construction, supervision and management.
7. Master the basics of safety evaluation and be able to use system analysis, accident tree analysis, event tree analysis and ABC qualitative method to determine hazard control points and control levels, and participate in on-site hazards.