上海海运学院研究生培养方案doc.docx

1、上海海运学院研究生培养方案doc电气工程博士研究生培养方案学科专业名称：电气工程 专业代码：0808 学位授予类别： 博士一、 学科简介电气工程学科是研究电磁领域的客观规律及其应用技术的学科，其涵盖的主要内容包括电磁形式的能量、信息的产生、传输、控制、处理、测量及其相关的系统运行、设备制造等技术，是现代科技领域中的核心学科和关键学科。本学科于1999年获得电力电子与电力传动博士点授予权，是上海市教委重点学科。2018年获得电气工程一级学科博士点。现设有“交通部航运技术与控制工程重点实验室”、“教育部集装箱供应链技术工程研究中心”、中央与地方共建的“海洋清洁能源发电实验室”、“上海海事大学施耐德

2、电气联合实验室”、“英飞凌-上海海事大学联合实验室”、“船舶微网与电力推进实验室”、“港机与海洋工程装备检测中心（检验检测机构）”等研究和实验基地，成为面向行业前沿领域的一流研究和实验平台。拥有博士生导师8名，外聘博导6名，上海市“外专千人特聘教授”4名，其他海外专家若干人。设有3个研究方向，形成了电力电子技术以海洋新能源开发和船舶电源变换为主线，电力传动技术以船舶与水下机器人的电力推进、故障诊断与容错控制为主线，智能信息与智能控制技术以港航装备机电系统信息融合、健康管理与安全控制、智能化与自动化、物联网互联网与工业大数据为主线的研究特色。二、 培养目标1 掌握马克思主义的基本原理，坚持党的基

3、本路线，热爱祖国，遵纪守法，品德良好，学风严谨，具有较强的事业心和献身精神，积极为祖国现代化建设服务。 2 在本学科上掌握坚实宽广的基础理论和系统深入的专门知识，具有独立从事科学研究工作的能力，在科学或专门技术上取得创造性成果。 3 能熟练地阅读本专业的外文资料，并具有一定的写作能力和国际学术交流能力。4 身体健康。三、主要研究方向研究方向名称主 要 研 究 内 容研究生导师电力电子与海洋新能源电能变换 研究电力电子变流技术在海洋新能源及电能质量控制等领域的应用，港口、船舶大功率电力传动装置的变频控制技术和系统集成技术等。许晓彦、汤天浩等船舶电气与水下机器人 研究船舶电气与水下机器人技术，包括

4、水下机器人与海事搜救； 船舶电气与电力推进；港航系统故障诊断与容错控制；人工智能与海洋传感器网络。朱大奇、施伟锋等机电系统安全控制与智能化 研究港航装备机电系统信息融合、健康管理与安全控制、智能化与自动化、物联网互联网与工业大数据技术。胡雄、王锡淮、王天真等四、课程设置（博士）课程类别课程名称学时学分开 课学期开 课单 位任课教师拟定任课教师学位课（必修1314学分）中国马克思主义与当代322一文理学院公共英语（必修）A类研究生（免修不免考）321一二外语学院C类研究生642泛涵分析483一文理学院电气学科研究前沿322一二物流工程学院外 籍外 籍非线性系统理论483二文理学院吕 菁现代电力电

5、子与传动控制专题322一物流工程学院谢 卫汤天浩专业选修课（8学分）鲁棒控制理论与应用322二物流工程学院王锡淮智能控制与智能系统322二物流工程学院王天真电磁场理论322二物流工程学院何 敏智能故障诊断与容错控制322二信息工程学院朱大奇胡 雄电力系统非线性建模与控制322一物流工程学院施伟锋机电系统安全工程322二物流工程学院胡 雄现代信号处理及应用322一物流工程学院胡 雄王 微物流装备引论322二物流工程学院王悦民郑 培补修课（2门，不计学分）其他必修环节（不计学分）学术活动与专题讨论会8次导师学术报告3次三四导师文献综述2次三四导师科学道德与学风建设1次一物流工程学院中期考核第三学期

6、初科研要求以技术原创为目标，聚焦学科前沿领域，开展学术研究和探索。学位论文第36学期其他要求建议学习期间，学生选讲、交流自己的科研活动和成果。备注：博士学位研究生必须取得21个学分，并完成培养计划中其他必修环节的全部内容，方可申请论文答辩。方案执笔人： 学院主管院长： 分委员会主席： 五、本学科专业文献阅读的主要书目与主要期刊目录序号著作和期刊名称作者和出版单位备注1IEEE Trans. on Power ElectronicsIEEE2IEEE Trans. on Circuit TheoryIEEE3IEEE Trans. on Industry ApplicationIEEE4IEEE

7、 Industrial Electronics MagazineIEEE5IEEE Trans. on Fuzzy SystemsIEEE6IEEE Trans. on Industrial ElectronicsIEEE7IEEE Trans. on Neural Networks And Learning SystemsIEEE8Proceedings of The IEEEIEEE9IEEE Circuits and Systems MagazineIEEE10IEEE Electron Device LettersIEEE11IEEE Journal Of Emerging and S

8、elected Topics in Power ElectronicsIEEE12IEEE trans. on Control Systems TechnologyIEEE13IEEE Trans. on ReliabilityIEEE14IEEE Trans. on Smart GridIEEE15IEEE Trans. on Sustainable EnergyIEEE16International Journal of Electrical Power & Energy SystemsELSEVIER17International Journal of Robust and Nonlin

9、ear ControlWILEY18Journal of The Franklin Institute-Engineering and Applied MathematicsELSEVIER19IET Control Theory & ApplicationsIET20IET Electric Power ApplicationsIET21IET Generation Transmission & DistributionIET22IET Renewable Power GenerationIET23IEEE Trans. on Aerospace and Electronic Systems

10、IEEE24IEEE Trans. on Dielectrics and Electrical InsulationIEEE25IEEE Trans. on Electron DevicesIEEE26AutomaticaIFAC27IEEE Trans. on MagneticsIEEE28IEEE Trans. on Power DeliveryIEEE29IEEE Power and Energy MagazineIEEE30IEEE Trans. on ELectromagnetic CompatibilityIEEE31IEEE Trans. on Instrumentation &

11、 MeasurementIEEE32IEEE Trans. on Automatic ControlIEEE33IEEE Trans. on Neural NetworksIEEE34IEEE Trans. on Power SystemsIEEE35IEEE Trans. on Energy ConversionIEEE36Electric Power Systems ResearchELSEVIER37电工技术学报中国电工技术学会38中国电机工程学报中国电机工程学会39自动化学报中国自动化学会40控制理论与应用华南理工大学，中科院数学与系统科学研究院41控制与决策东北大学42电气传动天津电

12、气科学研究院有限公司，中国自动化学会43电力电子技术中国电工技术学会电力电子专业委员会44电气传动自动化天水电气传动研究所有限责任公司45信息与控制中国科学院沈阳自动化研究所，中国自动化学会46模式识别与人工智能中国自动化学会，高性能计算机研究中心，中国科学院合肥智能机械研究所47电源学报中国电源学会48仪器仪表学报中国仪器仪表学会49电力系统自动化南瑞集团有限公司（国网电力科学研究院有限公司）50电机与控制学报哈尔滨理工大学51电源技术中国电子科技集团公司第十八研究所（天津电源研究所）52电力自动化设备南京电力自动化研究所有限公司，国电南京自动化股份有限公司说明文献阅读： 研究生在校学习期间

13、根据本学科的研究方向，结合导师的科研和自己的论文选题的需要阅读一定数量的中外文资料，掌握学科发展的研究前沿。六、本学科研究生实践能力的培养1、博士研究生必须承担或参与导师规定的科研项目；2、博士研究生进入课题研究阶段，必须进入实验室或企业，在导师指导下完成规定的实验或工程实践工作。3、在完成科研计划任务和实践工作后，方可进入论文阶段，申请论文答辩。Doctor Program for Specialty in Electrical EngineeringMajority Name: Electrical Engineering; Majority code: 0808Degree author

14、ization category: Ph. DI. Subject IntroductionElectrical Engineering is a discipline that studies the objective law and its application technology in the field of electromagnetic field. Its main contents include the generation, the transmission, control, processing, measurement of the energy and inf

15、ormation in the electromagnetic form, and the technologies for the related system operation and equipment manufacturing. It is the core and key discipline in the field of modern science and technology.The authorization of Ph.D degree in Power Electronics and Electric Drives was gained in 1999. Also

16、it is the Key Discipline Projects supported by Shanghai Education Commission. Later in 2018, the authorization of Ph.D degree in the first-class discipline - electrical engineering was achieved.There are some laboratories and research institutes such as the Shipping Technology and Control Engineerin

17、g Key Laboratory of the Ministry of Transport of PRC, the Container Supply Chain Technology Engineering Research Center of Ministry of Education of PRC, the Ocean Clean Energy Generation Laboratory which is mutual owned by central government and local government, the Schneider Electric and Shanghai

18、Maritime University United Laboratory, the Marine Microgrids and Electric Propulsion Laboratory, SMU-TUV Nord Crane & Offshore Machinery Joint Laboratory. These research and experimental bases have become the first class platform to face the advanced technology in related industry.There are 8 Ph.D s

19、upervisors, 6 invited supervisors, 4 distinguished visiting professors of Shanghai Administration of Foreign Experts Affairs, as well as some overseas experts.Their research interesting focus on 3 areas: power electronics technologies for the applications in ocean renewable energy developments and s

20、hip power conversion; electric drives technologies for the applications in electric propulsion, fault diagnosis and fault tolerant control for ship or underwater vehicle; intelligent information processing and intelligent control for applications in the information fusion, health management and safe

21、ty control, intelligence and automation, internet of things and industrial big data for the electromechanical systems of harbor and shipping equipments.II. Training Objective1. Sticking to policy direction confirmedly and rightly, upholding Four Fundamental Principles, loving our motherland, complyi

22、ng with law and discipline, contributing to ones country in constructing socialist modernization actively.2. Train a true precise study attitude, independent thinking and innovative scientific inspirit. Study the theories and system knowledge in power electronics, electric drives, control systems an

23、d computer technologies, moreover have the ability of scientific research and engineering practice.3. Be Proficient in reading foreign language literature, have writing skills and international academic communication skills.4. Have a good health. III. Main Research DirectionResearch Direction TitleM

24、ain Research ContentGraduate Student TutorsPower electronic and renewable energy conversionResearch on power electronic technologies and their applications in ocean renewable energy and power quality control; frequency conversion control technology and system integration technology for the high-powe

25、r electric drive devices of ports and ships. Xu Xiaoyan, Tang Tianhao, et alMarine electrical system and underwater vehicleResearch on technologies of marine electrical system and underwater vehicle, including underwater vehicle and maritime search and rescue, marine electrical system and electric p

26、ropulsion, fault diagnosis and fault tolerant control for the harbor and shipping systems, artificial intelligence and ocean sensor network.Zhu Daqi, Shi Weifeng, et alSafety control and intelligentization of electromechanical systemResearch on technologies of information fusion, health management a

27、nd safety control, intelligence and automation, internet of things and industrial big data for the electromechanical systems of harbor and shipping equipments.Hu Xiong, Wang Xihuai, Wang Tianzhen, et alIV. Curriculum SettingClassificationCourses TitleHoursCreditsSem.SchoolTeacherPreparing teachersSp

28、ecialty degree courses(Required 1314 credits)Modern science & technology revolution and Maxism3221Liberal Arts and Sciences CollegeForeign LanguageClass A3211Foreign Language CollegeClass B6422Functional Analysis4831Liberal Arts and Sciences CollegeFrontiers of electrical engineering research3221,2L

29、ogistics Engineering CollegeForeignersForeignersNonlinear system theory3222Liberal Arts and Sciences CollegeLu JingModern power electronics and electric drive control topics4831Logistics Engineering CollegeXie WeiTang TianhaoSpecialty optional courses(Required 8 credits)H control theory and its applications3222Logistics Engineering CollegeWang XihuaiIntelligent control & systems3222Logistics Engineering CollegeWang TianzhenElectromagnetic field theory32