硕士研究生
培养管理
【培养方案】(085800-1)能源动力—动力学科2023级全日制专业硕士研究生培养方案
发布时间:2023-07-30

一、学科简介 Introduction

上海交通大学动力工程及工程热物理学科始建于1913年,1953年招收我国解放后第一批研究生,是国家首批一级重点学科,首批一级学科博士点。2011年所依托的机械与动力工程学院入选国家高等教育改革试点学院。在百年发展的历史上,培养了“两弹一星”科学家钱学森、王希季等一大批杰出人才。20165月入选全球ESI工程学万分之一学科。本学科设有“动力工程与工程热物理”一级学科博士点并设有"动力工程及工程热物理"博士后流动站。

学科拥有汽车电子控制技术国家工程实验室、燃煤污染物减排国家工程实验室(上海)、船舶与海洋工程动力系统国家工程实验室(上海交大)等3个国家级基地,动力机械与工程教育部重点实验室、太阳能发电及制冷教育部工程研究中心、燃气轮机与民用航空发动机教育部工程研究中心等省部级基地,下设叶轮机械、新能源动力、热能工程、制冷与低温、工程热物理和燃料电池等研究所。本学科师资力量雄厚,有工程院院士3人,中科院院士1人,国家创优争先奖1人,国家级教学名师1人,国家特聘专家3人,长江特聘(讲座)教授3人,国家杰青基金获得者7人,优青4人,青年长江1人,“百千万人才工程”国家级人选4人。拥有国家自然基金创新群体、教育部创新团队和科技部创新人才推进计划重点领域创新团队等先进群体。本学科科研成果丰硕,近年来主持承担国家自然科学基金重大项目、重点项目、国家重点研发专项等20余项,2005年以来获国家自然科学奖3项,国家技术发明奖2项,国家科技进步二等奖2项。

动力工程与工程热物理硕士点为我国能源与动力领域累计培养硕士数千名,大批硕士毕业生成为企业家、行业骨干和技术精英,为我国能源动力学科和行业发展做出了积极贡献。本学科全日制工程硕士培养过程注重工程实践,以解决重大工程中的技术问题为导向,希望毕业生成为能源动力行业的技术骨干和行业精英。

The discipline of Power Engineering and Engineering Thermophysics(PEET) in Shanghai Jiao Tong University was established in 1913. In 1953, it was selected as the first batch of state key discipline as well as one of the first disciplines in China that offered Doctoral degree program in Power and Energy Engineering. Affliated to the School of Mechanical Engineering, it was selected as one of the national pilot schools by Ministry of EducationMOEin 2011. Over the past century, the discipline has nurtured tens of thousands of graduates, contributing significantly to scientific and technological developments as well as economic growth at the national and international levels. Notable alumni include Xuesen Qian (co-founder of Jet Propulsion Laboratory) and Xiji Wang, whom were awarded the highest national honor – the Two Bombs and One Satellite Meritorious Award. Engineering discipline including PEET was rated as one of the top 0.01% ESI disciplines in May 2016. Aiming to develop an internationally renowned and cutting-edge research in PEET, there has been rapid progress, engagement with world-class scientists, grooming of national talents, and scientific research in the recent decades.

Cutting-edge research activities currently conducted in PEET are rooted in several national and key regional laboratories, which include National Engineering Laboratory for Automotive Electronic Control Technology, National Engineering Laboratory for Reducing Emissions from Coal Combustion (Shanghai), National Engineering Laboratory for Marine and Ocean Engineering Power SystemSJTU),Key Laboratory for Power Machinery and Engineering of MOE, Engineering Research Center of Chinese Ministry of Education (MOE) for Solar Power and Refrigeration, Gas Turbine and Civil Aero-engine. The full spectrum of research directions include Turbomachinery, Advanced Energy and Powertrain Technology, Thermal Energy, Refrigeration and Cryogenics, Engineering Thermophysics and Full Cell. The faculty includes one member of Chinese Academy of Sciences, three members of Chinese Academy of Engineering, one National Excellence Awardee, one National Renowned Teacher, three National Distinguished Professors, and three Chair Professors of Changjiang Scholars Program. In addition, seven faculty members were awarded The National Science Fund for Distinguished Young Scholars, four faculty members were awarded The National Science Fund for Excellent Young Scholars, one faculty member were awarded the Young Changjiang Scholars Program. Our pursuit of research innovation and global excellence has been recognized worldwide. The research were mainly granted by National High Technology Research Development Program China, National Natural Science Foundation of China, and National Basic Research Program of China. Research outcomes have led to 3 National Natural Science Awards, 2 National Technology Invention Awards and 2 Second-grade State Science and Technology Progress Award.

As a key institute of doctoral degree education in China, PEET is dedicated to nurturing academically inclined, all-rounded, and innovation-orientated students with global perspectives, who can become top engineers or renowned scholars in the global community. There have been thousands of Ph.D. degree students thus far, most of the alumni have grown to scientists, technology experts and industry leaders. Focusing on engineering practice and oriented to solve technical problems in major projects, graduates are aimed to becoming the technical backbone and elites of the energy and power industry.

二、培养目标 Program Objective

1、系统性地掌握能源与动力工程领域的基础理论和专业知识;

Having a systematic grasp of the basic theories as well as professional knowledge of power engineering and engineering thermophysics.

2、掌握本领域相关的先进工艺和技术;

Mastering advance technology and skills of energy and power engineering.

3、了解能源动力工程领域的技术进展和发展前沿

Understanding the progress, tendency and frontier of his/her own research field.

4、能够运用专业知识和先进的技术方法和手段解决本领域的实际工程问题

Capable of solving real-world engineering issues with the professional knowledge and advanced methodology.

5、具有一定的国际视野、能比较顺利地阅读和翻译本领域的外文资料,一定的写作和技术交流能力;

Having good global vision, including fluent reading and translating of professional documents, and academic communication skills.

6、能够胜任企业特别是大中型企业、科研院所的工程应用或科技管理等工作。

Qualified for the engineering application or scientific and technical management of large and medium enterprise or research institutions.

三、培养方式及学习年限 Training Mode and Study Duration

全日制专业硕士生采用全日制学习、导师负责制培养模式;新生入学后两周内经师生互选确定导师。

学制为二年半。未能按时完成学业者,经申请批准后其学习年限可适当延长,最长可以延期至三年半。

Full-time Professional Master Program students tutored full-time by supervisors. The intended supervisor is determined by mutual selection between professors and students within two weeks after enrollment.

The length of Full-time Professional Master Program is 2.5 years. Students who fail to complete the program within 2.5 years could apply for extension, with a maximum length of 3.5 years upon approval.

四、课程学习要求 Course Requirement

全日制专业型硕士生,课程总学分≥30学分,总学分上限为45学分。必须选择一门全英文课程。其中:选择GPA统计源的课程≥19学分,GPA≥2.7方可以进行论文答辩。
        
Full-time Professional Master Program. Minimum credits: 30 credits, including at least 19 credits from GPA courses. One English-teaching course is required. Students whose GPA of the GPA courses is above 2.7 are eligible for thesis defense.

1. 公共基础课程   12.5学分

           General Courses. 12.5 credits.

       a. MARX6001新时代中国特色社会主义理论与实践,2学分,必修

            MARX6001 The Theory and Practice of Socialism in China, 2 credits, compulsory.

        b. MARX6003自然辩证法概论,1学分,必修
            MARX6003 Dialectic  of  Nature, 1 credit, compulsory.

        c. FL6001学术英语,2学分,必修
            FL6001 English for Academic Purposes, 2 credits, compulsory.

        d. GE6001学术写作、规范与伦理,1学分,必修,院系开课
            GE6001 Academic Writing, Norms and Ethics, 1 credit, compulsory offered by ME school.

        e. GE6003 实验室安全教育,0.5学分,必修,院系开课

           GE6003 Laboratory Safety Education,0.5 credit, compulsory, offered by ME school.

        f. 数学课,6学分,必修

            Mathematics, 6 credits, compulsory.

       2. 专业前沿课:GE8001专业实践,1学分,必修

           Frontier Course.
           GE8001 Professional Practice, 1 credit, compulsory.

       3. 专业基础课:ME6564 复杂系统的设计与实践6学分,必修

          Core Courses.
       
  Design and Practice of Complex System (ME6564), 6 credits, compulsory

       4. 其余专业基础课、专业选修课:≥10.5学分

           Other Core Courses and Elective Courses. Minimum credits: 10.5 credits.

       5. 统计如下:

           Summarized as below.


课程类别

Course   Type

学分要求

Required   Credits

门数要求

Required   Courses

GPA   学分要求

Min   GPA

备注

Note

公共基础课
  General Courses

12.5

7

硕士阶段≥19学分,GPA≥2.7

19 credits and GPA≥2.7


专业基础课Core Courses

6

1


专业基础课Core Courses、专业选修课Elective Courses

≥10.5

NA

跨学科选课不超过2门,且仅作为非GPA统计源课程.

No more than 2 interdisciplinary courses   can be selected, which are counted as non-GPA course.

专业前沿课
  Frontier Courses

1

1

五、培养过程要求 Training Requirement

开题报告:在第三学期起开题。开题报告要求就学位论文选题的科学根据、目的意义、研究内容、预期目标、研究方法和课题条件等做出论证,并由导师组织35位教授加以审核。

Thesis proposal: Thesis proposal work will start in the 3th semester, which requires an argument on the scientific basis, purpose and significance, research content, expected goals, research methods, and project conditions of intended thesis topic and shall be evaluated by 3 or 5 professors invited by supervisor.

年度报告(论文中期考核):在开题报告完成后,第四学期。由硕士生本人提交、导师给出评语、学科、学院审核。年度报告的形式也可以结合学术讨论会或专题研究报告会进行。年度报告的内容含:1、已完成的论文工作、阶段性成果。2、下一步工作内容、拟发表论文计划等。3、导师对已有工作的评价、以后工作的估计和指导。

Annual report (Thesis Project Intermediate Evaluation): The evaluation usually takes place in the 4th semester after thesis proposal gets passed. The report shall be submitted by students with supervisor’s given comments, which will go through the evaluation of each department and school as well. The format of the annual report can also be done in the form of academic discussion or symposium on selected topics. The contents of the annual report include: 1. Completed thesis-related work and periodic results. 2. The content of the next-phase work and plans on paper publications. 3. Supervisor's evaluation of the finished work, estimation and guidance of the future work.

论文答辩:在第五学期结束前后完成。论文答辩由一级学科统一组织,各一级学科推举后15%的同学到学院层面上进行二次答辩。

Thesis Defense: The defense shall be held before the end of 5th semester by the discipline. Those who ranks in the last 15% shall attend the second defense organized by school.

实践实习环节:

本专业全日制专业学位生需要完成1个学分GE8001《专业实践》、6个学分社会实践课程(机械大学科的ME6562《复杂机电系统的设计与实践》或动力大学科的PE6540《复杂动力系统设计与实践》)。

Practical Internship: Students shall completed the study of a one-credit course named Professional practice (GE8001) and a six-credit social practice course(Mechanical Engineering department ME6562: Design and Practice of Mechanical and Electrical Systems or Power Engineering departmentPE6540: Design and Development of a Complex Power System)

在第一学年的暑期(夏季学期)统一安排。模式分为:校内实践平台、校外实践基地二种模式。大部分学生参加校内平台的项目式课程学习,少部分学生参加校外实践基地的企业实习完成课程学习。

Practical internship will be arranged in the summer semester of first academic year. The modes are divided into two kinds: on-campus practice platform and external practice base. Most students take part in project-based courses on the campus platform while a small number of students take part in enterprise internships in external practice bases to complete the course.

参与校内平台的项目式课程学习,学生需通过小组合作,进行3-4个月的项目实践与相关知识学习,完成实物作品的设计与制作,最终完成完整的原型机。同时参与学院组织的企业资深专家讲座,拓展视野。课程一般从4月中旬开始,到夏季学期结束时终止。

To participate in the project-based course learning on the campus platform, students need to work in groups to carry out 3 to 4 months of project practice and related knowledge learning, complete the design and production of real product, and finally complete the prototype. At the same time, participate in lectures delivered by senior experts from various companies invited by school to expand their horizons. The course generally starts in mid-April and ends at the end of summer semester.

参与校外实践基地的课程学习,学生需参与企业不定期的内部培训与讲座,并在第一年的夏季学期完成企业实习,实习期限根据情况时长不等。

In order to participate in the course of external practice base, students need to participate in specifically-arranged enterprise-internal training and lectures, and complete the internship during the summer semester of the first year. Internship duration varies according to the situation.

详见一览表:

See the list for details


全日制专业型硕士Full-time   Professional Master Program

资格考试Qualification Examination

开题报告Thesis Proposal

年度报告Annual Report

预答辩Pre-defense

答辩Defense

实践实习环节Engineering Practice

六、学术成果要求 Requirement on Academic Requirement

对于硕士研究生在学期间发表论文的要求如下:

Paper Publication Requirements for master students:

1、每位硕士生在申请学位论文答辩之前,必须在核心期刊等重要刊物上以第一作者身份发表或录用至少一篇论文,或者导师为第一作者本人为第二作者发表两篇论文。

It is required that the students should have at least 1 paper accepted/published by/in core journals as the first author, or at least 2 papers accepted/published by/in core journals as the second author, in which case his/her supervisor shall be the first author.

2、发表学术论文必须以上海交大名义发表。

The affiliation of the first author should be Shanghai Jiao Tong University (SJTU)

七、学位论文 Thesis/dissertation

1、学位论文的基本要求Basic Requirements

硕士学位论文,要求对所研究的课题有新见解或新成果,并对本学科发展或经济建设、社会进步有一定意义,表明作者掌握坚实的基础理论和系统的学科知识,具有从事学术研究或担负专门技术工作的能力。

The master students should choose topics related to the frontier field of the discipline or that of great significance to the progress of science and technology or economic and social development as their thesis theme. The doctoral thesis should demonstrate that the author is capable of undertaking scientific research independently and has a good grasp of the basic theories as well as a systematic and in-depth knowledge of the field of study.

学位论文必须是一篇系统的、完整的学术论文,是学位申请者本人在导师的指导下独立完成的研究成果,论文不得抄袭和剽窃他人成果。学位论文的学术观点必须明确,且立论正确,推理严谨,数据可靠,层次分明,文字通畅。

A graduate thesis shall be a systematic and complete academic paper, and should be completed by the applicant under the instruction of his/her supervisor. No cheating or plagiarizing is allowed. The graduate theses shall demonstrate clear academic insights, with accurate arguments, rigorous reasonings, reliable statistics, well-organized structures and fluent expressions.

2、学位论文的撰写要求Format for Thesis

学位论文应使用中文撰写,硕士学位论文字数一般为45万。学位论文中使用的术语、符号、代号必须全文统一并符合规范化要求。计量单位一律采用国务院发布的《中华人民共和国法定计量单位》。学位论文一般包括以下12部分,依次为封面、题名页、扉页、摘要、目录、符号说明(非必须)、正文、参考文献、注释(非必须)、附录(非必须)、致谢、学术论文和科研成果目录。

        The thesis should be written in Chinese. The terms, symbols and codes used in the thesis must be unified and conform to the requirements of standardization. All units of measurement shall adopt the "Statutory Unit of the People's Republic of China" promulgated by the State Council. The thesis generally consists of the following 12 parts: cover, title page, flyleaf, abstracts, contents, List of Symbols (if necessary), main body, reference, annotation (if necessary), appendix (if necessary), acknowledgements, List of Publications and achievements.

 

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