What Is Safety Engineering?

Safety engineering is a second-level discipline that belongs to the first-level discipline "Safety Science and Engineering (Subject code 0837)". This major focuses on cultivating safety technology and engineering, safety science and research, safety supervision and management, and workplace hazardous and hazardous Compound advanced engineering and technical talents in factor identification and detection, safety design and production, safety education and training, and occupational health protection in manufacturing enterprises are a comprehensive and interdisciplinary discipline that covers a wide range.

Program in Safety Engineering

Safety engineering is a second-level discipline belonging to the first-level discipline "Safety Science and Engineering (Subject Code 0837)".

Volunteer report based on college entrance examination-China Education Online ^[1]

This major cultivates talents who can meet the major needs of socialist construction and the needs of the country's stable development, have a solid grasp of basic knowledge of natural sciences, engineering technology, and certain knowledge of humanities and management. Practice the core values of socialism and develop morally, intellectually, and physically. Master the basic theory, professional knowledge, basic skills and discipline development of safety science, safety technology, safety management and occupational health, and have the ability and quality to engage in design, research, testing, evaluation, supervision and management of safety engineering, and become Senior professionals with innovative thinking and keeping up with international frontiers.

Graduates can work in safety engineering, and can serve 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 research and development. They are also suitable for internationally accepted SHE (Safe and Healthy Environment) Management Occupation. Graduates can get a national registered safety engineer qualification within five years of work, and the major will return regularly to keep in line with social needs. Professional training features are mainly based on major safety disciplines, enabling students to master general safety technologies in various industries of industry and trade, such as mechanical and electrical safety, fire protection, occupational health, and special equipment safety. They can build or operate safety management systems with typical accident prevention and control and emergency treatment. ability. On this basis, through some industry safety technology courses related to production practice, students have a wider range of industry adaptation and engineering experience in employment.

Graduates of safety engineering majors can enter the government and institutions to engage in safety supervision and management; they can enter universities and research institutes to engage in related teaching and scientific research; they can go to large construction enterprises, large factories and mines, and production enterprises to engage in construction sites Safety management, on-site safety education, enterprise safety management, work-related accident handling, and prevention of occupational diseases.

The safety engineering major faces the risk growth caused by national development and material energy intensification in the new period. Students are required to be familiar with the accident mechanism, scientifically use the existing resources to minimize the risk, and in practice should have the ability to identify risks, organize programs, communicate and train, Professional capabilities such as emergency response. After graduation, it is higher than the level required by the national registered safety engineer.
1. Knowledge requirements In terms of engineering knowledge, mathematics, natural sciences, engineering foundations, and professional knowledge can be used to solve complex engineering risk prevention and control problems. Able to conduct a reasonable analysis based on engineering related background knowledge, evaluate the impact of safety engineering practices and complex engineering risk problem solutions on society, health, safety, law and culture; be familiar with safety regulations and common standard systems, master the statistical laws of accidents, and prevent accidents And emergency management basic engineering technical measures and management methods.
2. Ability requirements Problem analysis ability to apply the basic principles of mathematics, natural sciences and engineering sciences to identify and analyze complex engineering safety issues to obtain effective conclusions on risk prevention and control; be able to design safety assurance solutions for complex engineering issues, design Design / development of risk management and control schemes for systems, units (components) or technological processes that meet safety requirements; be able to study risk management and control issues for complex projects based on safety principles and adopt scientific methods, and obtain reasonable and effective information through comprehensive risk correlation information Conclusion; Able to develop, select and use appropriate safety technology, resources, modern engineering tools and information technology tools for complex influencing factors of engineering accidents; be able to effectively communicate and communicate with industry peers and the public on complex engineering issues, including writing Reports and design manuscripts, presentations, clear expressions or response instructions; have an understanding and grasp of engineering management principles and economic decision-making methods, have risk identification and emergency focus, and can maintain high safety water for typical engineering projects in a multi-disciplinary environment Project management skills.
3. Quality requirements. Professional standards: respect for life, humanities and social science literacy, social responsibility, and ability to perform responsibilities in engineering practice; individuals and teams: able to assume the roles of individuals, team members, and leaders in a multidisciplinary team , Good at balancing collective and personal development goals. Lifelong learning: can adapt to the working environment of engineering projects, have the consciousness of autonomous learning and lifelong learning, continuously update knowledge and experience, and always maintain the ability to continuously learn and adapt to development.

Bachelor of Engineering

Registered assistant security engineer (junior registered security engineer), registered security engineer (intermediate registered security engineer), registered nuclear security engineer, etc.

The results of the first-level discipline "Safety Science and Engineering Discipline" announced by the Fourth Discipline Evaluation of the Degree and Graduate Education Development Center of the Ministry of Education in 2017 are as follows:

Among the first-level disciplines, there are 20 universities with doctoral authorization in the country and 20 participating in the evaluation; some universities with master's authorization also participated in the evaluation; 52 universities participated in the evaluation (Note: universities with the same evaluation results) Sorted in no particular order, arranged by school code).

evaluation result	School code and name
A +	10290 China University of Mining and Technology
A-	10460 Henan University of Technology 10533 Central South University 10704 Xi'an University of Science and Technology
B +	10003 Tsinghua University 10007 Beijing Institute of Technology 10008 University of Science and Technology Beijing 10291 Nanjing University of Technology 11414 China University of Petroleum
B	10147 Liaoning Technical University 10361 Anhui University of Science and Technology 10424 Shandong University of Science and Technology 10491 China University of Geosciences 10611 Chongqing University
B-	10004 Beijing Jiaotong University 10112 Taiyuan University of Technology 10145 Northeastern University 10488 Wuhan University of Science and Technology
C +	10010 Beijing University of Chemical Technology 10059 Civil Aviation University of China 10288 Nanjing University of Science and Technology 10534 Hunan University of Science and Technology 10555 South China University 10561 South China University of Technology
C	10110 North University of China 10141 Dalian University of Technology 10143 Shenyang University of Aeronautics and Astronautics 10219 Heilongjiang University of Science and Technology 10251 East China University of Science and Technology
C-	10148 Liaoning University of Petroleum and Chemical Technology 10292 Changzhou University 10426 Qingdao University of Science and Technology 10459 Zhengzhou University 10674 Kunming University of Science and Technology

2018 Alumni Association Edition Safety Engineering Major Ranking:

Ranking	School Name	profession	Area
1	University of Science and Technology of China	7	Anhui
2	China University of Mining	6	Jiangsu
2	Central South University	6	Hunan
4	University of Science and Technology Beijing	6	Beijing
4	Xi'an University of Science and Technology	6	Shaanxi
6	Beijing University of Chemical Technology	5	Beijing
6	Changan University	5	Shaanxi
6	China University of Geosciences (Wuhan)	5	Hubei
6	Tohoku University	5	Liaoning
6	Anhui University of Science and Technology	5	Anhui
6	Henan Polytechnic University	5	Henan
6	Nanjing University of Science and Technology	5	Jiangsu
6	Shandong University of Science and Technology	5	Shandong
6	Beijing Institute of Technology	5	Beijing
6	Liaoning University of Engineering and Technology	5	Liaoning
6	Kunming University of Science and Technology	5	Yunnan
6	Sichuan University	5	Sichuan
18	China University of Mining and Technology (Beijing)	4	Beijing
18	China University of Petroleum)	4	Shandong
18	Nanjing University of Technology	4	Jiangsu
twenty one	North University of China	4	Shanxi
twenty one	Taiyuan University of Technology	4	Shanxi
twenty one	Shenyang Aerospace University	4	Liaoning
twenty one	North China Institute of Technology	4	Hebei
twenty one	Henan Institute of Engineering	4	Henan
twenty one	Hunan University of Science and Technology	4	Hunan
twenty one	Hunan Institute of Technology	4	Hunan
twenty one	South China University of Technology	4	Guangdong
29	Nanhua University	3	Hunan
29	Southwest Jiaotong University	3	Sichuan
29	Nanjing Information Engineering University	3	Jiangsu
29	China University of Geosciences (Beijing)	3	Beijing
29	Changzhou University	3	Jiangsu
29	Beijing University of Aeronautics and Astronautics	3	Beijing
35	Inner Mongolia University of Science and Technology	3	Inner Mongolia
35	China Jiliang University	3	Zhejiang
35	Shanxi Datong University	3	Shanxi
35	Tianjin University of Technology	3	Tianjin
35	Capital University of Economics	3	Beijing
35	Dalian University of Technology	3	Liaoning
35	Heilongjiang University of Science and Technology	3	Heilongjiang
35	Wuhan University of Science and Technology	3	Hubei
35	Anhui University of Architecture	3	Anhui
35	China Civil Aviation Flight Academy	3	Sichuan
35	Fuzhou University	3	Fujian
35	Beijing industry university	3	Beijing
35	Chongqing University	3	Chongqing
35	Northwestern Polytechnical University	3	Shaanxi
35	Guangxi University	3	Guangxi
35	Zhejiang University of Technology	3	Zhejiang
35	Zhengzhou University	3	Henan
35	Chongqing University of Science and Technology	3	Chongqing

The scope of this discipline is focused on the fields of production safety and public safety, and the main cross-cutting areas are: industry safety technology and engineering, social safety, food safety, disaster prevention and mitigation, nuclear safety, inspection and quarantine, environment and health.

Majors similar to this major are: environmental engineering, safety technology and engineering, disaster prevention engineering, safety management engineering, environmental science and engineering, radiation protection, occupational health protection, etc.