游艇会yth1111



安全工程 学科专业学位研究生培养方案

发布时间:2019-04-26 作者: 来源:


专业代码:  085224                  学科门类:工学(08)   

Code of Specialty:  085224              Department of Discipline: Engineering  (08) 

一级学科:安全科学与工程             学分要求:   32     

First-grade Discipline: Safety Science and Engineering        Credit Setting: 32  


一、学科、专业简介 (Disciplines Instruction)

青岛科技大学安全工程专业始建于2001年,并于2002开始招收本科生,是游艇会yth1111重点建设专业。于2006年取得“安全技术及工程”二级学科硕士学位授予权,于2010年招收和培养工程硕士,于2011年取得“安全科学与工程”一级学科硕士学位授予权,于2013年取得“安全与环境功能材料”二级博士点 。目前设有一个“安全工程”专业教研室和“化工过程安全中心”及“现代安全管理与技术发展中心”两个研究机构。本学科拥有青岛市化工火灾预防与安全重点实验室、青岛市海洋环境腐蚀与安全防护工程研究中心、山东省海洋环境腐蚀与安全防护工程研究中心、山东省重点行业领域事故防范技术研究中心(危险化学品)等科研平台,拥有中央与地方共建项目“化工安全与环境特色实验室”、中央财政支持地方高校建设项目“化工过程安全与污染控制实验室”和山东省高等游艇会yth1111骨干学科建设项目“环境与安全教学实验中心”等实验实践教学平台。安全工程专业现有专业教师27名,其中博士生导师3名,教授8名,副教授12名,20人具有博士学位。目前本科生在校生人数360人,硕士研究生在校人数100多人。本学科研究生毕业后进入政府安监部门、各类生产企业、安全评价公司、设计院或游艇会yth1111从事安全领域相关的工程、管理、教学、科研、咨询服务等工作,部分学生继续攻读博士学位。

The major of safety engineering was set up in Qingdao University of Science and Technology (QUST) in 2002, which is the key subject of QUST. The grant authority of master degree in safety technology and engineering for grade II science division was achieved in 2006. The grant authority of master degree in engineering field was achieved in 2010. Furthermore, the grant authority of master degree in safety science and engineering for grade I science division was achieved in 2011. At the same time, the graduate students can also further their study for doctor degree in chemical safety or material safety fields. At present, the department of safety science and engineering includes the teaching group of safety engineering and two research centers (chemical process safety center and modern safety management and technology development center). This subject has scientific research platforms, including the Key Laboratory of Qingdao Chemical Fire Prevention and Safety, Qingdao Marine Environment Corrosion and Safety Protection Engineering Research Center, Shandong Marine Environment Corrosion and Safety Protection Engineering Research Center, Shandong Province Key Industry Field Accident Prevention Technology Research Center (dangerous chemicals), et al.  The discipline has a Central and Local Government Joint Development Project “Special Laboratory for Chemical Safety and Environment”, a Central Government Supporting Local University Built Project “Laboratory for Chemical Process Safety and Pollution Control” and a Shandong University Key Discipline Project “Teaching Experimental Center for Environment and Safety”. There are 27 teachers including 3 Ph.D. supervisors, 8 professors, 12 associate professors. Among them, 20 teachers have doctor degree. The number of undergraduates and post-graduates studying now is 360 and 100 respectively. Most of the post-graduates have joined government safety supervision department, various enterprises, companies of safety evaluation, designing institutes, universities or colleges and other organizations to conduct the various work about safety such as engineering, management, teaching, studying and technology service. Additionally, some post-graduates pursue doctor degree after graduation to polish their ability in the major of safety.

近年来在中央、地方及游艇会yth1111的大力支持下,游艇会yth1111安全工程学科在师资队伍、实验室条件等软硬件建设方面实现了快速发展,保证了安全工程专业教学水平稳步提高。在此基础上积极鼓励教师开展科研工作,为研究生的培养打造了良好的学术平台。游艇会yth1111安全工程学科逐渐形成以下五个稳定的研究方向:火灾动力学演化及事故模拟;化工过程安全;化工安全材料;安全风险管理;化工废物安全处置技术与管理。

In recent years, with the strong support of the central, local and school, the science of safety engineering in our school has developed rapidly in the construction of soft and hardware such as teachers and laboratory conditions, ensuring the steady improvement of the teaching level of safety engineering. On this basis, teachers should be encouraged to carry out scientific research work so as to create a good academic platform for postgraduate training. The discipline of safety engineering in our school has gradually formed five stable research directions: fire dynamics evolution and accident simulation; chemical process safety; chemical safety materials; safety risk management; technology and management of chemical waste safety disposal.

安全工程专业具有很强的学科交叉性,游艇会yth1111安全专业正是依托其优势专业(化学、化工和材料)发展起来的,具有良好的研究基。谌瞬排嘌、科学研究和解决地方经济发展面临的安全问题等方面有较强的发展潜力,取得了一批研究成果。近5年承担国家级项目15项、省部级项目12项以及一批企业委托课题;出版专著5部;发表论文240余篇,其中SCI、EI收录120余篇;获省部级科技奖励12项,获国家专利22项;获得山东省专业学位研究生优秀实践成果奖3项。

The major of safety engineering has a strong interdisciplinary nature. The security major of our school is developed with its advantages (Chemistry, chemical and material). It has a good research foundation. It has a strong potential in the development of personnel training, scientific research and the security problems facing the development of local economy. A number of research results. In the last 5 years, there are 15 national projects, 12 provincial and ministerial projects and a number of enterprise entrustment projects; 5 publications and 240 articles, including more than 120 articles SCI and EI; 12 provincial scientific and technological awards and 22 national patents, and 3 items of excellent practice achievement award for Shandong Professional Degree Graduate Students.

二、培养目标(Objectives of Training)

1. 拥护中国共产党的领导,热爱祖国,遵纪守法,具有服务国家和人民的高度社会责任感、良好的职业道德和创业精神、科学严谨和求真务实的学习态度和工作作风,身心健康。具有较强的安全意识,德、智、体全面发展。

To support the leadership of the Communist Party of China, love the motherland, abide by the law, have a high sense of social responsibility for the country and the people, good professional ethics and entrepreneurial spirit, scientific and rigorous and realistic learning attitude and work style, and physical and mental health. With a strong sense of safety, moral, intellectual and physical development in an all-round way.

2. 掌握安全工程专业领域坚实的基础理论和宽广的专业知识,熟悉安全工程行业领域的相关规范,在安全工程领域的某一方向具有独立担负工程规划、工程设计、工程实施、工程研究、工程开发、工程管理等专门技术工作的能力,具有良好的职业素养。

Master the solid basic theory and broad professional knowledge in the field of safety engineering, and be familiar with the relevant specifications in the field of safety engineering. In a certain direction of the field of safety engineering, it has the ability to independently undertake the technical work of engineering planning, engineering design, engineering implementation, engineering research, engineering development, engineering management and so on. It has good professional quality.

3. 掌握一门外语,具备良好的国内外学术交流能力,能熟练使用外语阅读专业书籍、查阅文献并撰写论文。

Mastering a foreign language, having good academic communication skills at home and abroad, proficient in using foreign language reading professional books, consulting literature and writing papers.

三、学制及学习年限Educational System and Length of Schooling

安全工程专业硕士学位研究生可采用全日制和非全日制两种学习方式。全日制专业硕士生的学制为2-3年,实行学分制,培养年限最长为5年,其中课程学习时间不超过1年,成绩有效期为5年。非全日制专业硕士生的学制为3-4年,实行学分制,培养年限最长为6年,其中课程学习时间不超过1年,成绩有效期为6年。

Master's degree students in safety engineering can adopt two learning methods, full time and part-time. The full-time professional master's academic system is 2-3 years, the credit system is carried out, the longest training period is 5 years, and the course study time is not more than 1 years, and the effective period is 5 years. The academic system of the part-time professional master is 3-4 years, the credit system is carried out, the longest training period is 6 years, and the time of course study is not more than 1 years, and the effective period is 6 years.

全日制专业硕士生所修课程的总学分不少于32学分,其中学位课程(必修,包括政治理论、外语、数学、知识产权和专业必修课)不少于18学分,非学位课程不少于8学分,必修环节6学分。

The credit system is adopted in studying the postgraduate courses. The full-time schooling postgraduates must complete the courses of ≥30 credits including the degree courses of ≥18 credits (obligatory courses such as political theory, foreign language, mathematics and specialized courses) and none degree courses of ≥6 credits. The research section is 6 credits.

四、研究方向(Research Orientation)

序号

Num

 

Name

研究方向及特点

The Research Orientation and characteristic

1

火灾动力学演化及事故模拟

Fire Dynamics Evolution and Accidents   Simulation

方向是安全科学与工程领域重要的研究方向之一。该方向在化工火灾动力学过程及模拟、化学化工事故模拟、危险化学品热灾害及评价等方面具有特色和优势。  

This orientation is one of the important research fields in   safety science and engineering. The main advantages and characteristics are   to explore the process and mechanisms of chemical fire dynamics and   simulation, to model the chemical accidents, to understand the chemical   thermal hazard and assessment.

2

化工过程安全

Chemical   Process Safety

重点开展化工过程本质安全理论及应用、化工设备安全技术、基于非常态机理模型的过程故障诊断等方面的研究。

The main research fields are concentrated on the inherent   safety theory and application of chemical process, safety technology of   chemical equipment, process faults diagnosis based on the abnormal states   mechanism models.

3

化工安全材料

Chemical Safety Materials

主要侧重化工设备的腐蚀与防护、安全热控涂层材料、阻燃聚合物材料等方面的研究。

The focus of this research field is to study the chemical   equipment corrosion mechanisms and protection, thermal controlled safety   coating materials and the development of flame retarded materials.

4

安全风险管理

Safety Risk Management

在化工能源安全风险管理、化工安全风险评估与控制、化工安全标准的制定及方法学研究等方面形成了自己的特色。

The characteristics of this research field are typical in   studying the chemical resource safety risk management, chemical safety risk   assessment and control, chemical safety standards.

5

化工废物安全处置技术与管理

Safety Disposal   Technology and Management of Chemical Waste

本方向以化工生产过程产生的具有较大潜在:π缘囊禾、固态及气态废物为对象,研究其安全处置技术与管理方法,解决化工废物无害化及资源化中的技术与管理问题。

In this research field, the disposal technologies and the management   methods for those hazardous liquid, solid and gaseous wastes from chemical   production are focused to deal with the problems in the decontamination and   resource process of various wastes.

五、课程设置Course Setting

安全工程 学科专业学位研究生课程设置

Course Setting of Master Disciplines for Safety Engineering

                                                   

课程                  类别

Course Type

课程

编号

Course NO

课程名称

Course Name

课堂

学时

Class

Hour

学分

Credit

开课

学期

Semester Classes

教学

方式

Teaching Method

考核

方式

Assessing Method

开课

单位

Class Department

备  注

Remarks



学              位              课

Degree

Course

公共基础课Common Course

G000042

中国特色社会主义理论与实践研究

Research Chinesecharacteristics

40

2

I

A

A

马克思主义游艇会yth1111

必修Obligatory Courses

 

G000052

综合英语(含16学时视听)

Comprehensive English(I,Contains   16 classes of audio-visual)

64

2

I

A

A

外国语游艇会yth1111

必修Obligatory Courses

 

G000053

通用学术英语(II)

General Academic EnglishII

32

2

II

A

A

外国语游艇会yth1111

必修Obligatory Courses

 

G000019

数值分析

Numerical Analysis

Numerical Analysis

32

2

I 

A

A

数理

游艇会yth1111

 

G000020

应用统计

Application of Statistics

32

2

I 

A

A

数理

游艇会yth1111

 

G000056

工程伦理

Engineering Ethics

32

1

I 

A

A

工程硕士必修

 

专业基础课Specialized Course

M100100

化工传递过程

Heat, Mass and Momentum Transfer

32

2

I

A

A

游艇会yth1111

 

M100019

化工过程本质安全及防护
Inherent   safety of chemical process and protection

32

2

II

A

A

 

M100009

安全评价

Safety Assessment

32

2

I

A

A

 

M100020

功能材料及安全工程

Function material and safety   engineering

32

2

II

A

A

 

选              修             课

Selective

Course

G000040 

自然辩证法概论

Natural Dialectics

18

1

I

A

A

马克思主义游艇会yth1111

必选

 

 G000054

体育

Physical Education

16

1

I

D

F

体育游艇会yth1111

必选

 

G000055

口语

Spoken Language

16

1

I

A

E

外国语游艇会yth1111

必选

 

G000005

知识产权

Intellectual Property

16

1

I

A

A

法游艇会yth1111

 

M100104

计算机在安全中的应用

Computer-aided Process Safety Engineering

32

2

I

A

C

游艇会yth1111

 

M100098

特种化学品安全技术

Safety Technology of Hazardous Chemicals

32

2

II

A

A

 

M100068

事故案例分析

Accident Cases Analysis

32

2

I

A

A

 

M100112

计算机辅助HAZOP分析技术
 
Computer-aided HAZOP Analysis Technology

32

2

II

A+E

0.5C+0.5D

 

M100008

安全风险管理

Safety Risk Management

32

2

I

A

A

 

M100018

危险废物安全管理与处置技术

Safety management and disposal   technologies for hazardous wastes

32

2

II

A

A

 

研究环节

M100002

开题报告

Thesis Proposal

1

II

 

M100005

中期考核

Medium-term Assessment

1

II-III

 

M100027

专业实践

Professional Practice

2

III-IV

 

M100026

学位论文

Dissertation

4

 

补修              课程

Make-up Course

 

可根据导师要求补修,不计入学分

Patching   in order to mentor 's requirement,Not   includedincluded in the credit

 

 

 

 

 

 

注 1.教学方式代码:A课堂讲授,B学术研讨,C专题报告,D实践,E其他;例:0.7A+0.3B

Notes1. Teaching   method codes: A—lecturing in class B—Academic discussion, C—subjective   report, D—practice,E—others; e.g.: 0.7A+0.3B

 

注2.考核方式代码:A闭卷笔试,B开卷笔试,C课程论文,D平时作业,E口试,F其他;例:0.8A+0.2D

Notes2 Examining   method codes: A—written exam with closed paper, B—written exam with opened   paper, C—Class paper, D—ordinarily assignment, E—oral test ,F—otherse.g.: 0.8A+0.2D

 

六、论文的要求Dissertation Requirements

1. 术论文

在学期间发表论文或取得成果达到《青岛科技大学研究生科研成果审核办法及指标》的要求;至少1篇与学位论文有关的SCI、EI期刊论文或1件授权国家发明专利(青岛科技大学为第一署名单位;学生第一作者导师为通讯作者,或导师第一作者学生第二作者)。

1. Academic Paper

When applying for a degree, full-time graduate students are required to publish 1 academic papers related to their academic papers in EI and their above public publications (Qingdao University of Science and Technology is the first signatory; the first author is the student and the tutor is the correspondent author, or the second author is the student and the first author is the tutor), or 1 of the authorizing country's invention patents.

2. 学位论文

全日制专业硕士学位论文(设计)选题应直接来源于生产实际或者有明确的工程背景和应用价值,可以是一个较为完整的工程技术项目规划或研究,可以是工程设计项目或技术改造项目,可以是技术攻关研究专题,也可以是新工艺、新设备、新材料、新产品的研制与开发。论文选题应有一定的技术复杂性、先进性和工作量,能体现作者运用科学管理论、方法和技术手段解决工程实际的能力。

2. Degree Dissertation

The selected title of the degree dissertation may come from actual production or has a specific engineering background and application value, which may be a complete engineering technology project or research including design project or technical reconstruction project. The dissertation may also involve the development of new process, new equipment, new material or new production. The dissertation should reveal the depth of technology, technology advantages and requirement of amount of work. In the dissertation, the ability to solve the engineering problems can also be reflected.

全日制、非全日制专业硕士学位论文(设计)均应在双导师指导下,由攻读全日制专业硕士专业学生本人独立完成。学位论文(设计)完成后,一般由所在工程领域的领导小组安排有关教师并会同双导师对学位论文的学术真实性和撰写的规范性进行预审。

The dissertation can be guided by two supervisors and completed by the student independently. The completed dissertation should be checked first by a leader team composed of experts in engineering fields after the check and the admission of the supervisor.

论文在答辩前要请两位在安全工程领域有较深造诣的专家评阅。论文答辩应由校内外专家组成的答辩委员会主持进行。通过答辩者,准予毕业,并由校学位委员会批准,授予硕士学位。

Prior to thesis oral defense, the thesis must be subjected to an assessment made by two experts majoring in safety science and engineering. Thesis defense committee composed of the experts hosts the proceedings. Approved by the university appraisal committee, the master degree will be conferred on those students who pass the thesis oral defense

3. 专业实践

专业实践是安全工程专业学位研究生获得实践经验,提高实践能力的重要环节。安全工程专业学位研究生可采用集中实践和分段实践相结合的方式开展专业实践。具有2年及以上企业工作经历的安全工程专业学位研究生专业实践时间不少于6个月,不具有企业工作经历的安全工程专业学位研究生实践时间不少于1年。非全日制安全工程专业学位研究生专业实践可结合自身工作岗位任务开展。

3. Professional Practice

Professional practice is an important step in obtaining practical experience and improving practical ability for graduate students of safety engineering degree. Graduate students in safety engineering degree can carry out professional practice through the combination of centralized practice and piecewise practice. The professional practice time of the graduate student of safety engineering with 2 years or above is not less than 6 months, and the practice time of the graduate student of safety engineering degree, which does not have the experience of the enterprise, is not less than 1 years. The full-time professional practice of safety engineering degree can be carried out in conjunction with its own post tasks.

 

 

 

 

 

 

 

 

 

 

 

 

 

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