PDF《武汉理工大学能源与动力工程学院》

武汉理工大学能源与动力工程学院 School of Energy &

Power Engineering of Wuhan University of Technology

2016 版本科培养方案 Undergraduate Education Plan(2016) 武汉理工大学教务处 Academic Affairs Office of Wuhan University of Technology 目录能源动力系统及自动化…5-1 Energy &

Power System and Automation 5-1 油气储运工程…5-14 Oil and Gas Storage and Transportation Engineering…5-14 轮机工程…5-29 Marine Engineering Education Scheme…5-29 能源动力系统及自动化(卓越工程师班)5-42 Energy &

Power System and Automation(Excellent Engineer Class)5-42 轮机工程专业(卓越工程师班)5-54 Marine Engineering Education Scheme (Excellent Engineer Class)5-54 【能源与动力工程(船舶)专业】2016 版本科培养方案 Undergraduate Education Plan for Specialty in Energy &

Power Engineering (2016) 专业名称 能源与动力工程 (船舶) 主干学科 船舶与海洋工程 Major Energy &

Power Engineering Major Disciplines Marine and ocean engineering 计划学制 四年 授予学位 工学学士 Duration

4 Years Degree Granted Bachelor of Engineering 最低毕业学分规定 Graduation Credit Criteria 课程类 Course Classification 课程性质 Course Nature 通识课程 Public Basic Courses 学科大类课程 Basic Disciplinary Courses 专业课程 Specialized Courses 个性课程 Personalized Course 集中性实践 Practice Courses 课外学分 Study Credit after Class 总学分 Total Credits 必修课 Required Courses

35 37.

5 42.5

30 选修课 Elective Courses

9 6

10 10

10 190

一、培养目标与毕业要求 Ⅰ Educational Objectives &

Requirement

(一) 培养目标 (1) 具有良好的人文社会科学理论知识和素养,较扎实地掌握自然科学基础理论知识;

身 心健康,具备良好的敬业精神、社会责任感和工程职业道德;

关注当代全球和社会中 的能源危机和环境污染等问题;

具有环境保护意识、能源安全意识、质量意识、产品 安全和安全生产意识. (2) 具有从事能源与动力工程领域科学研究、工程设计和技术服务等工作所需的数理知识 和其它相关自然科学知识,并能将数学和科学工具运用于解决工程问题. (3) 具有综合运用能源与动力工程领域的专业理论知识,具备动手操作的工程实践能力, 能够解决能源与动力工程(系统)在使用与管理、测试与分析、设计与开发、制造与 检测等方面的工程技术问题. (4) 具有应用各种技术手段查询资料、获取信息的能力;

具有应用语言、文字、图形等进 行工程技术表达和交流的能力;

掌握一门外国语以及计算机应用的基本能力. (5) 具有良好的口头和书面表达和交流沟通能力、良好的团队意识和合作精神,具有终身 学习的能力.

(一) Educational Objectives (1) Has the good humanities and social science literacy, basic science theory knowledge, good professional ethics, a good sense of social responsibility and the engineering professional ethics;

be healthy in physical and psychological, Pay attention to the energy crisis and environmental pollution, etc.;

has the consciousness of environmental protection, energy security, quality, product safety and production safety. (2) Has the mathematical and physical science knowledge in energy and power engineering researching, engineering designing, technical services field, can solve the engineering problem by using the tool of Mathematics and science. (3) Has the ability of using energy and power engineering field professional theoretical knowledge synthetically, doing engineering practice, solving the project technical issues about energy and power engineering (systems) in the management, testing and analysis, design and development, manufacturing and other testing aspects. (4) Possess the basic ability to use a variety of techniques seek information, express and exchange engineering technology by using language, text, graphics ,use a foreign language and basic computer skills. (5) Get skills of good oral and written expression and communication, good team spirit and cooperation and lifelong learning.

(二) 毕业要求 (1) 学生掌握从事本专业领域所需的数学、物理等相关自然科学和管理知识. (2) 学生掌握本专业的基本理论知识和工程基础知识,能够利用原理性知识进行自主发 现、自主设计和自主解决与能源与动力工程(系统)相关的科学问题和工程问题. (3) 学生掌握能源与动力工程领域的设计和开发平台,能理解动力(装置)系统的设计、 制造、安装、维修和检验的方法和步骤. (4) 学生掌握典型内燃机工作过程的规律与原理、与工程过程相关的性能分析,以及影 响性能各因素和参数的优选、匹配原理和方法;

能够掌握提高内燃机动力性、经济 性、排放性能以及可靠性的方法和途径. (5) 学生能够理解内燃机污染物的生成机理,掌握其控制方法与途径;

掌握内燃机状态 监测、故障诊断与电子控制技术. (6) 学生具备有关电子电路、信号处理和自动控制系统的基础应用知识. (7) 学生具备有效进行实验和模拟仿真设计与操作的能力,并能够对实验结果进行分析 和解释. (8) 学生了解本专业的发展动态和前沿,熟悉能源与动力工程领域的最新开发工具种类 和发展方向. (9) 学生具有良好的思想素质、身体素质、心理素质、文化修养、社会道德和责任担当 等人文素养. (10) 学生了解当代全球问题和社会问题,在工程设计中综合考虑经济、环境、法律、安 全和伦理等制约因素. (11) 学生具有逻辑思维和辩证思维的能力,具有批判意识和求真务实的科学思维方法, 具有创新意识,掌握基本的创新方法. (12) 学生掌握运用现代信息技术跟踪并获取信息的方法, 熟练进行文献检索和资料查询. (13) 学生具有良好的口头和书面表达和交流能力,至少熟练掌握一门外语进行技术交流 沟通和翻译能力.具有良好的团队意识和合作精神. (14) 学生能够胜任本专业入门级的职业岗位,具备研究生课程学习所需的认知和基础能 力. (15) 学生具有进行终身学习的愿望和能力,具有适应能源、动力技术不断发展的能力.

(二)Educational Requirement (1) Master in the relevant science and management knowledge in the professional fields of mathematics, physics, etc. (2) Be able to discover, design and solve Energy and Power Engineering (Systems) related scientific problems and engineering problems independently by using the basic theoretical knowledge and professional engineering basics. (3) Master the design and development platform, design methods and the power (device) system design,Manufacture,,

installation,maintenance and inspection steps in the field of energy and power engineering field. (4) Master the principles of the internal combustion engine working process, performance analysis about engineering process-related performance analysis, the matching principles of the factors affecting performance,and the method of improving the power, emission performance,and the reliability of engine. (5) Understand the formation mechanism of the internal combustion engine pollutants, control methods and approaches, and the internal combustion engine condition monitoring, fault diagnosis and electronic control technology. (6) Have basic knowledge about the application of electronic circuits, signal processing and automatic control system. (7) Be able to effectively carry out the experiment, simulation design and operation, and analyze the experimental results. (8) Can understand the development of dynamic and frontier of the professional, and the latest development of tool types and development direction of energy and power engineering field. (9) Have the good thought quality, physical quality, psychological quality, culture, morality and social responsibility and other humanistic literacy. (10) Acknowledge global problems and social problems on present, economic, environment, law, security and ethics factors should be considered in the design of engineering. (11) Have ability of logical thinking and dialectical thinking, with scientific thinking method of critical consciousness and pragmatic, and also have innovative consciousness, the basic creative way should be mastered. (12) Master the use of methods of modern information technology to track and acquire information, skilled document retrieval and data query. (13) With good oral and written expression and communication skills, master at least a foreign language for technical communication and translation. Has a good sense of team spirit and cooperation. (14) Qualified for the occupation entry level of their own domain, with ability of cognitive and basic course of post graduate study required. (15) Have the desire and ab........