安全工程本科专业人才培养方案

1、安全工程专业本科人才培养方案Training Program for the Undergraduates Majoring in Safety Engineering 一、专业简介(Brief Introduction to the Major)安全是人类进行各种活动的客观需要，是人类社会发展的必然趋势。安全工程隶属于安全科学与工程一级学科，主要研究人类在生产和社会活动中面临的共同安全科学理论及技术问题，目的在于揭示安全科学的一般规律，直接指导安全科学与工程技术的研究与发展。西南科技大学安全工程专业于2002年底获得硕士学位授权资格，2003年开始招收本科生和研究生，2010年获得工程领域硕

2、士学位授权资格，2011年正式获批安全科学与工程一级学科授权点，已经形成了从学士到硕士的专业人才培养体系。专业依托非煤矿山安全技术四川省高等学校重点实验室、工程结构冲击与振动四川省重点实验室和力学与工程安全模拟仿真实验教学中心等平台，培养具备较强的综合专业技能，以及分析、解决安全工程及相关领域复杂工程问题的安全工程技术和管理的复合人才。. Brief Introduction to the MajorSafety is the objective need of human activities and the inevitable trend of human social developm

3、ent.Safety engineering belongs to the first-level discipline of safety science and engineering, which mainly studies the common safety science theories and technical problems faced by human beings in production and social activities. The purpose is to reveal the general rules of safety science and d

4、irectly guide the research and development of safety science and engineering technology.The safety engineering in southwest university of science and technology obtained the masters degree authorization qualification at the end of 2002, and began to enroll undergraduates and postgraduates in 2003. I

5、n 2010, the major obtained the masters degree authorization qualification in the field of engineering. In 2011, the program was officially approved as the first-level discipline authorization center of safety science and engineering.The professional based on some center platforms, such as non-coal m

6、ine safety technology key laboratory of sichuan university , Sichuan key laboratory of engineering structure shock and vibrationand mechanics and engineering safety simulation experimental teaching center,to develop comprehensive professional skills, as well as the analysis and solution of safety en

7、gineering and related complex engineering problems of safety engineering technology and management personnel.培养目标(Education Objectives)为适应新时期国家经济建设和技术发展，本专业培养具有扎实的自然科学基础和良好的人文素养，掌握安全工程领域专业基础知识，具有社会责任感和国际交流能力，能够在安全工程相关领域从事安全工程设计、安全风险评估、安全检测与监控、安全管理和事故应急等工作的工程技术和管理复合型人才。要求毕业5年的毕业生具有以下能力：（1）具备良好的职业道德和强

8、烈的社会责任感；（2）能够以重要的法律、伦理、监管、社会、环境和经济等方面宽广的系统视角，综合运用原理、方法和技术手段辨识、分析和解决复杂安全工程问题；（3）组织或协同跨学科团队实现项目目标并能在跨文化环境下有效沟通交流，适应独立和团队工作环境；（4）具有自主学习和终身学习的意识，在专业发展和领导能力上表现出担当和进步；（5）具备注册安全工程师和国家安全评价师的能力，在工业界、学术界、教育界和政府职能部门等成功开展与专业职业相关的工作，成为安全工程及相关行业中的技术骨干或核心管理人才。. Education ObjectivesIn order to adapt to the national

9、 economic construction and technology development in the new period, the major cultivates interdisciplinary engineering and management talents with solid natural science foundation and good humanistic quality, who grasp the basic knowledge of safety engineering specialty and can be engaged in safety

10、 engineering design, safety risk assessment, safety detection and monitoring, safety management and accident emergency response and other work in related fields of safety engineering.Graduates five years after graduation are required to have the following abilities:(1) havegood professional ethics a

11、nd strong sense of social responsibility;(2) able to identify, analyze and solve complex safety engineering problems with comprehensive application of principles, methods and technical means from a broad and systematic perspective of important legal, ethical, regulatory, social, environmental and ec

12、onomic aspects;(3) organize or cooperate with interdisciplinary teams to achieve project goals and be able to communicate effectively in cross-cultural environment, adapt to independent and team working environment;(4) have the awareness of independent learning and lifelong learning, and show respon

13、sibility and progress in professional development and leadership;(5) have the ability to be a registered safety engineer and national safety evaluator, successfully carry out professional and occupational related work in industry, academia, education and government functional departments, and become

14、 the technical backbone or core management talents in safety engineering and related industries.毕业要求(Graduation Requirements)（1）具备自然科学和工程基础知识，熟悉安全相关法律法规和技术规范，掌握事故发生机理、事故预防和控制规律，基本安全工程技术和管理手段。（2）能够将数学、自然科学、工程基础和安全工程专业知识用于解决复杂安全工程科学、技术和管理问题。具备应用数学、自然科学和安全科学的基本原理，识别、表达、并通过文献研究分析复杂安全工程问题，以获得有效结论的能力。（3）具

15、有安全工程技术、安全管理方法的研究、设计和实际运用的能力，具有安全监察能力。掌握事故预防和事故后损失控制的基本工程技术手段和基本管理手段，具有安全工程技术与管理方法的研究、设计、咨询、监察和应用等能力和实践应能力。（4）能够基于安全科学原理并采用科学方法对安全问题进行研究，包括设计实验、分析与解释数据、并通过信息综合得到合理有效的结论。（5）能够针对复杂的安全工程问题，开发、选择与使用恰当的技术、资源、现代工程工具和信息技术工具，包括对复杂工程问题的预测与模拟，并能够理解其局限性。（6）能够基于安全工程相关背景知识进行合理分析，评价安全专业工程实践和复杂安全工程问题解决方案对社会、健康、安全、

16、法律以及文化的影响，并理解应承担的责任。（7）能够理解和评价针对复杂安全工程问题的工程实践对环境、社会可持续发展的影响，具备自愿改善健康、安全和环境质量的责任关怀理念，遵循责任关怀的主要原则。（8）具有人文社会科学素养、社会责任感，能够在安全工程实践中理解并遵守工程职业道德和规范，履行责任。 （9）能够在多学科背景下的团队中承担个体、团队成员以及负责人的角色。（10）能够就复杂安全工程问题与业界同行及社会公众进行有效沟通和交流，包括撰写报告和设计文稿、陈述发言、清晰表达或回应指令。并具备一定的国际视野，能够在跨文化背景下进行沟通和交流。（11）理解并掌握安全工程管理原理与经济决策方法，并能在多

17、学科环境中应用。（12）具有自主学习和终身学习的意识，有不断学习和适应发展的能力。.Skills ProfileThis major is given priority to with the training of specialists in the field of comprehensive, graduation requirements shall be completely covered the following knowledge, ability and quality requirements:（1）master the basic knowledge of mathe

18、matics, natural science and engineering, master of the accident mechanism and regularity of social science and natural science, the statistical rule of master accident, master accident prevention and accident damage control after the basic safety engineering technology and management, master the bas

19、ic knowledge of safety engineering related laws and regulations.（2）to mathematics, natural science, engineering and safety engineering professional knowledge to solve complex Safety engineering science, technology and management issues. Have applied mathematics, natural science and the basic princip

20、le of safety science, recognition, expression, and through the literature research analysis complex Safety engineering problems, to gain the ability to effective conclusions.（3）safety engineering technology, safety management methods of research, design, and the ability of practical application, a s

21、afety monitoring capability. Master the accident prevention and accident damage control after basic engineering technology and management, has the Safety engineering technology and management methods of research, design, consultation, supervision and application ability and practice ability.（4）can b

22、e based on the principle of safety science and the scientific method is adopted to Safety issues, including design experiments, analyze and interpret data, and get reasonable and effective by information comprehensive conclusion.（5）ability to against the safety of the complex engineering problems, t

23、he development, selection and use of appropriate technology, resources and modern engineering tools and information technology tools, including the prediction and simulation of complex engineering problems, and to understand its limitations.（6）can carry on the reasonable analysis based on safety eng

24、ineering related background knowledge, safety evaluation of professional safety engineering practice and complex engineering solutions to problems of social, health, safety, and legal and the influence of culture, and understand the responsibility.（7）able to understand and evaluate the engineering p

25、ractice of safety engineering problems to the environment, the influence of the sustainable development of the society, have volunteered to improve the health, safety and environment quality of responsible care concept, follow the main principle of responsible care.（8）humanities and social science l

26、iteracy, social sense of responsibility, can be in safety engineering to understand and abide by professional ethics and engineering specifications, fulfill the responsibility.（9）can undertake in under the background of the multidisciplinary team in the individual, team members, and the role of the

27、head.（10）complex Safety engineering and industry peers and the social public to effectively communicate and exchange, including writing reports and design documents, presentation speech, clear expression or respond to commands. And have a certain international vision, can under the background of cro

28、ss-cultural communication and communication.（11）to understand and master the safety engineering principle and economic management decision-making method, and can be applied in a multidisciplinary environment.（12）with independent learning and the consciousness of lifelong learning, has the ability to

29、 constantly learn and adapt to the development.培养目标实现矩阵（毕业要求与课程的对应矩阵）Realization Matrix of Educational Objectives (Graduation Requirements by Courses)1、毕业要求对培养目标的支撑关系（表示支撑）The supportive relationship of graduation requirements on educational objectives培养目标1Educational Objectives 1培养目标2Educational Ob

30、jectives 2培养目标3Educational Objectives 3培养目标4Educational Objectives 4培养目标5Educational Objectives 5毕业要求1Graduation Requirements 1毕业要求2Graduation Requirements 2毕业要求3Graduation Requirements 3毕业要求4Graduation Requirements 4毕业要求5Graduation Requirements 5毕业要求6Graduation Requirements 6毕业要求7Graduation Require

31、ments 7毕业要求8Graduation Requirements 8毕业要求9Graduation Requirements 9毕业要求10Graduation Requirements 10毕业要求11Graduation Requirements 11毕业要求12Graduation Requirements 122、毕业要求与课程的对应矩阵The matrix of graduation requirements and courses毕业要求Requirements for Graduation指标点（知识与能力要求）Index Point(Requirements for Co

32、mpetence and Knowledge)支撑课程或培养环节Supporting Courses or Training Parts1、工程知识：具有安全工程所需的相关的数学、自然科学、工程基础和专业知识，并能用于解决危险源辨识、分析、模拟、预测、评价与控制等复杂安全工程问题。Engineering knowledge: have relevant mathematics, natural science, engineering foundation and professional knowledge required by safety engineering, and can be

33、 used to solve complex safety engineering problems such as hazard identification, analysis, simulation, prediction, evaluation and control.1.1掌握用于解决安全工程中模型建立、解算及数据采集、分析等问题的数学、物理和化学知识。Master the knowledge of mathematics, physics and chemistry to solve the problems of modeling, calculation, data colle

34、ction and analysis in safety engineering.高等数学A1Advanced Mathematics A1；高等数学A2Advanced Mathematics A2；线性代数BLinear Algebra；概率论与数理统计Probability and Mathematical Statistics；大学物理DCollege Physics D；普通化学AGeneral Chemistry A1.2掌握用于解决安全工程中力学建模、计算和分析，读图、制图空间关系以及基础电子等问题的工程基础和专业知识。Master basic and professional

35、engineering knowledge to solve mechanical modeling, calculation and analysis, map reading, spatial relationship of drawing and basic electronics in safety engineering.工程力学HAEngineering mechanics HA；流体力学A Fluid mechanics A；工程热力学B Engineering thermodynamics B；安全工程制图基础Safety engineering drawings；电工电子技术

36、CElectrician and electronic technology C；机械基础Mechanical basis1.3能利用安全工程专业知识解决危险源辨识、分析、模拟、预测、评价与控制等复杂安全工程问题。Can solve complex safety engineering problems byuse safety engineering expertise, such as hazard identification, analysis, simulation, prediction, evaluation and control, etc.安全学原理Ssafetyprinci

37、ple;安全人机工程Safety ergonomics;安全系统工程ASafety system engineering A；安全管理学Safety management；安全法学Safety law2、问题分析：具备识别、表达、分析复杂安全工程问题的能力，并能通过信息查询、文献检索对复杂安全工程问题进行分析以获得有效结论。Problem analysis: have the ability to identify, express and analyze complex safety engineering problems, and can analyze complex safety e

38、ngineering problems through information query and literature retrieval to obtain effective conclusions.2.1能够运用数学、物理、化学、力学基本原理对复杂安全工程问题进行正确识别和表述。Be able to correctly identify and express complex safety engineering problems using basic principles of mathematics, physics, chemistry and mechanics.高等数学A1

39、Advanced Mathematics A1；高等数学A2Advanced Mathematics A2；线性代数B Linear Algebra；概率论与数理统计Probability and Mathematical Statistics；大学物理D College Physics D；普通化学AGeneral Chemistry A；工程力学HA Engineering mechanics HA；流体力学A Fluid mechanics A；工程热力学BEngineering thermodynamics B；安全工程制图基础Safety engineering drawings；电

40、工电子技术CElectrician and electronic technology C；2.2能够运用相关知识对识别和表达出的复杂安全工程问题进行全面合理的分析。Able to use relevant knowledge to identify and express complex safety engineering problems for comprehensive and reasonable analysis.安全人机工程Safety ergonomics安全系统工程ASafety system engineering A安全评价Safety assessment安全法学Sa

41、fety law防火防爆Fire and explosion protection2.3结合文献检索和资料查询，对拟解决的复杂安全工程问题进行定性、定量评价，为设计/开发解决方案提供依据。Combined with literature search and data query, qualitative and quantitative evaluation of the complex safety engineering problems to be solved, providing basis for the design/development of solutions.安全评价S

42、afety assessment安全工程学Safety engineering职业卫生与防护Occupational health and protection安全检测与监测Safety Inspection and monitoring工业通风与除尘Industrial ventilation and dust removal灾害学Disaster science建设工程安全技术Construction engineering safety technology防火防爆Fire and explosion protection3、设计/开发解决方案：能够应用安全科学的基本原理和方法设计、开发

43、保障系统安全高效运行的解决方案，并能够在设计环节中体现创新意识，考虑社会、健康、安全、法律、文化以及环境等因素。Design/development solutions: able to apply the basic principles and methods of safety science to design and develop solutions to ensure the safe and efficient operation of the system, and able to reflect the consciousness of innovation in the

44、design process, considering social, health, safety, legal, cultural and environmental factors.3.1利用所学的设计方法，能够针对特定的工程安全问题，从安全技术和安全管理等角度提出专门的解决方案。With the design methods learned, I can propose special solutions to specific engineering safety problems from the perspective of safety technology and safet

45、y management.创新创业基础Fundamentals of InnovationandEntrepreneurship创新创业实践系列项目Innovation and entrepreneurship practice series projects安全系统工程课程设计Course design of safety system engineering安全人机工程课程设计Course design of safe man-machine engineering安全管理学课程设计Course design of safety manegement安全检测与监测课程设计Course de

46、sign of Safety detection and monitoring建设工程安全技术课程设计Course design of construction engineering safety technology职业卫生与防护课程设计Course design of Occupational health and protection安全管理学课程设计Course design of safety manegement安全评价课程设计Course design of Safety evaluation安全工程毕业设计（论文）Safety engineering graduation d

47、esign（Thesis）3.2能够利用工程基础知识和专业知识进行方案论证和方案比选，并在设计过程中综合考虑社会、健康、安全、法律、文化、环保等因素。Be able to use basic engineering knowledge and professional knowledge to demonstrate and compare schemes, and comprehensively consider social, health, safety, legal, cultural, environmental and other factors in the design pro

48、cess.安全评价课程设计Course design of Safety evaluation安全人机工程课程设计Course design of safe man-machine engineering安全检测与监测课程设计Course design of Safety detection and monitoring建设工程安全技术课程设计Course design of construction engineering safety technology职业卫生与防护课程设计Course design of Occupational health and protection事故调查分析

49、课程设计Course design of accident investigation analysis安全工程毕业设计（论文）Safety engineering graduation design（Thesis）4、研究：能够基于安全科学原理并采用科学方法对安全问题进行研究，包括设计实验、分析与解释数据、并通过信息综合得到合理有效的结论。Research: able to conduct research on safety issues based on safety science principles and scientific methods, including designi

50、ng experiments, analyzing and interpreting data, and obtaining reasonable and effective conclusions through information synthesis.4.1针对复杂工程问题，能够运用安全工程及相关工程基础实验的研究方法和基本测试技术，在相关文献检索、调研的基础上设计出合理的实验方案，并开展实验设备组装和实验系统构建。Aiming at complex engineering problems, I can use the research methods and basic testi

51、ng techniques of safety engineering and related engineering basic experiments, design reasonable experimental scheme on the basis of relevant literature search and investigation, and carry out the assembly of experimental equipment and the construction of experimental system.普通化学实验AGeneral Chemistry

52、 Experiments A安全工程力学实验Mechanics experiment of safety engineering安全工程制图实验Safety engineering drawings experiment安全人机工程实验Safety ergonomics experiment职业卫生与防护综合实验Occupational health and protectioncomprehensiveexperiment安全检测与监测综合实验Safety inspection and monitoring comprehensive experiment安全管理学综合实验Safety ma

53、nagement comprehensive experiment4.2能够安全地开展实验，有效采集实验数据，并能通过对实验数据的处理与分析、信息综合得到有效的结论。It can carry out experiments safely, collect experimental data effectively, and draw effective conclusions through the processing and analysis of experimental data and information synthesis.安全工程力学实验Mechanics experimen

54、t of safety engineering职业卫生与防护综合实验Occupational health and protectioncomprehensiveexperiment安全检测与监测综合实验Safety inspection and monitoring comprehensive experiment安全人机工程实验Safety ergonomics experiment5、使用现代工具：能够基于科学原理和方法，利用现代技术手段进行实验研究，预测、模拟及优化系统结构和技术，解决生产实践中的复杂工程问题。Using modern tools: able to conduct ex

55、perimental research, predict, simulate and optimize system structure and technology based on scientific principles and methods, and solve complex engineering problems in production practice.5.1能够针对复杂安全工程问题，选择恰当的数学和物理模型、工程工具和模拟软件等。Ability to select appropriate mathematical and physical models, engine

56、ering tools and simulation software for complex safety engineering problems.安全检测与监测Safety Inspection and monitoring大学计算机AFundamentals of Computer A计算机基本技能训练AComputer Application Skill Training A机械基础Mechanical basis安全工程制图基础Safety engineering drawings安全模拟与仿真Safety modeling and simulation5.2能够使用现代工程工具和

57、信息技术工具对复杂安全工程问题进行辅助设计、预测和模拟，并理解所使用现代工具和信息技术工具的局限性。Ability to use modern engineering tools and information technology tools to assist in the design, prediction and simulation of complex safety engineering problems, and understand the limitations of using modern tools and information technology tools.

58、安全检测与监测综合实验Safety inspection and monitoring comprehensive experiment计算机基本技能训练AComputer Application Skill Training A安全工程制图基础Safety engineering drawings安全模拟与仿真Safety modeling and simulation6、工程与社会：能够基于工程相关背景知识进行合理分析，具有系统的工程实践经历，具有分析、评价专业工程实践和复杂工程问题解决方案对社会、健康、安全、法律以及文化的影响的能力，并能理解应承担的责任。Engineering and

59、society: be able to conduct reasonable analysis based on engineering related background knowledge, have systematic engineering practice experience, be able to analyze and evaluate the impact of professional engineering practices and complex engineering problem solutions on society, health, safety, l

60、aw and culture, and understand the responsibilities that should be taken.6.1能基于工程相关背景知识，合理分析评价系统工程实践和复杂安全工程问题解决方案对社会、健康、安全、法律以及文化的影响。Can reasonably analyze and evaluate the impact of system engineering practices and complex safety engineering problem solutions on society, health, safety, law and cul