动力工程及工程热物理

（学科代码：0807）

学科简介

学科由中国锅炉学创始人范从振、汽轮机学创始人王守泰、热工学创始人夏彦儒和热工控制学创始人钱钟韩在国立中央大学（本校前身）创建，是中国动力工程及工程热物理学科的发源地之一，至今已培养出包括7名中国科学院/工程院院士在内的近万名热能动力类高级专门人才。本学科是江苏省优势学科和东南大学“985工程”、“211工程”、“双一流”重点建设学科，内含热能工程、工程热物理、动力机械及工程、制冷与低温工程、流体机械及工程等二级学科，其中热能工程为国家重点学科、制冷与低温工程为江苏省重点学科。拥有火电机组振动国家工程研究中心、能源热转换及其过程测控教育部重点实验室、江苏省污染治理与资源化工程技术研究中心、江苏省太阳能技术重点实验室等科研基地。

培养目标

掌握马克思主义基本原理，坚持四项基本原则，热爱祖国，遵纪守法，品行端正，具有为人民服务和为社会主义建设事业献身的精神。在动力工程和工程热物理等方面，具有坚实的理论基础、系统的专门知识和良好的创新精神，胜任攻关复杂基础问题，进行基础理论创新和先进技术研发的工作。具备在能源动力领域开展先进科学研究、解决重大技术问题和培养高水平人才的领军能力。至少熟练掌握一门外语，具备国际交流能力和国际竞争力。

研究方向

（1）流体流动与传热传质；（2）燃烧与污染控制技术；（3）热工测量与自动化控制；（4）热力系统仿真、优化与诊断；（5）动力机械振动分析及应用；（6）制冷与空调技术；（7）新能源技术

培养年限

博士生培养学制为4年，最长可延至6年。

学分要求和课程设置（见附表）

开题报告

按照《东南大学研究生论文选题和开题报告的原则与要求》执行。

中期考核

按照《东南大学博士研究生中期考核与筛选办法》执行。

学位论文

文献阅读

在论文选题及研究方向范围内至少阅读文献200篇，其中外文文献100篇，完成一篇综述。

论文撰写

除符合学校规定外，学位论文必须是一篇系统、完整的学术论文，要求概念清楚、立论正确、论述严谨、计算正确、数据可靠，且层次分明、文笔简洁、流畅、图标清晰。

论文学术水平

论文学术水平博士论文应有一定的深度和广度，要求达到：具有明显的创新性，部分研究内容应达到国际先进水平，并具有一定涵盖面。学位论文的研究结果应有新发现、新见解，对本学科的学术发展具有一定的指导意义。围绕论文开展科研工作的时间不少于2.5年。

本学科申请博士学位前应发表学术成果要求按照学校相关规定执行。

预答辩报告

在学位论文工作基本完成以后，博士生应当进行论文工作总结报告，邀请五名以上同行专家对论文工作的主要成果和创新性等进行评议，同行专家应当为本学科或相关学科博士生指导教师或具有正高级专业技术职务的专家，其中半数以上应当具有博士生指导资格。

预答辩报告通过后方可申请答辩，进行学位论文送审。

附表：

注:1.博士生课程总学分至少13学分，其中必修课至少8学分；

2. 必修课一般应在入学后一年内完成；

3．必修课程根据此表，选修课程从“研究生课程目录”中选择。

Discipline：Power Engineering and Engineering Thermophysics

(Discipline Code:080700)

Brief Introductionto Discipline

 The discipline was founded by Fan Congzhen, founder of Chinese boiler science, Wang Shoutai, founder of steam turbines, Xia Yanru, founder of thermal engineering, and Qian Zhonghan, founder of thermal control science, at the National Central University (predecessor of the University), which is one of the birthplaces of China’s Power Engineering and Engineering Thermophysics disciplines. Up to now, nearly 10,000 senior engineers in thermal power including 7 academicians of the Chinese Academy of Sciences/Engineering have been trained. This discipline is a dominant discipline in Jiangsu Province, the “985 Project”, “211 Project” and “Double First-class”key construction disciplines of Southeast University, including several second-class disciplines like thermal engineering, engineering thermophysics, power machinery and engineering, refrigeration and cryogenic engineering, fluid machinery and engineering, in which thermal engineering is a national key discipline, refrigeration and cryogenic engineering is a key discipline in Jiangsu Province. It has scientific research bases such as National Engineering Research Center of Turbogenerator Vibration, Key Laboratory of Energy Thermal Conversion and Control of Ministry of Education, Jiangsu Engineering Research Center for pollution treatment and resource utilization, and the Key Laboratory of Solar Energy Technology of Jiangsu Province.

Objectives

Students willgrasp the fundamental principles ofMarxism, stick to the Four Cardinal Principles,have the sense of patriotic duty,abide by the laws and regulations,and behave upright. Meanwhile, the students will develop their spirit of serving the people and devoting to the construction of socialism.

Students will acquire solid and broad theoretical principles as well as systematical and in-depth expertise in the field of energy and power, etc. Students will have the capability of doing scientific research independently and solving relevant technical problems. They will be competent for scientific research, teaching, etc.

Students will acquire proficiency in at least one language other than Chinese.

Research Directions

(1) fluid flow and heat and mass transfer; (2) combustion and pollution control technology; (3) thermal measurement and automation control; (4) thermal system simulation, optimization and diagnosis; (5) dynamic mechanical vibration analysis and application; (6) refrigeration and air conditioning technology; (7) new energy technology.

Duration

4 years usually, and no more than 6 years.

Credit Requirements and Curricula (refer to the Appendix)

Thesis Proposal

In accordance with Principles and Requirements of Southeast University on Topic Selection and Topic Report of Graduate Thesis.

Interim Assessment

In accordance with Measures of Southeast University on Medium-term Assessment and Screening for Doctoral Graduates.

Doctoral Dissertation

Including requirements on literature reading, thesis writing, publication, etc.

Literature Reading

Studentsare required to read at least200 literatures (including 100 literatures written in foreign languages) related to their dissertation and research direction,and writea review.

DissertationWriting

In addition to compliance with the provisions of SEU, doctoral dissertation must be written in a systematic and completemanner, presenting clear concepts, correct arguments, realistic description, concise writing structure, smooth and concise writing style, correct calculation, reliable data, and clear icons.

Dissertation Evaluation

 Doctoral dissertation should be written with a certain depth, breadth and distinctive creativeness. Some part of the research should reach the advanced world levels. The findings and conceptions presented in the dissertation should be new and have positive impact on academic development of this discipline. Students are required to conduct at least 2.5 years research related to the dissertation.

Assessment standard of doctoral degree for doctoral candidates in Southeast University.

Appendix

Note:  

 1. After registration, the students are normally required to complete 13 credits for all the courses, including 8 credits for compulsory courses.

 2. All compulsory courses are normally required to be completed within one year after registration.

 3. Compulsory courses are subject to this course plan; elective courses can be chosen from “Graduate Courses Catalog”.

供热、供燃气、通风及空调工程

（学科代码：081404）

学科简介（300字以内）

供热、供燃气、通风与空气调节工程是一门技术性和实用性很强的工程学科。随着建筑节能、智能化楼宇、生态建筑和建筑环境等技术的发展，该学科在我国应用前景与发展潜力十分巨大。我校从上世纪90年代初期开始，先后在新型制冷空调技术、楼宇自动化、建筑节能与建筑环境等领域开展了有关的研究。10多年来，承担了一批国家支撑项目、863、973、重点研发、国家自然科学基金和省部级重点科研项目，取得了一系列在国内处于领先水平的研究成果，有的已达到国际先进水平，并在国内外产生了一定影响。多年来该学科与美国、英国、意大利、日本、新西兰、新加坡和香港等国家和地区的高等学校与研究所建立了长期的合作关系。

培养目标（150字以内，以下内容仅供参考）

掌握马克思主义基本原理，坚持四项基本原则，热爱祖国，遵纪守法，品行端正，具有为人民服务和为社会主义建设事业献身的精神。在供热、供燃气、通风与空气调节工程等方面，具有坚实、宽广的理论基础和系统深入的专门知识。具有独立开展科学研究和解决有关技术问题的能力。能胜任科学研究、教学等方面的工作。至少熟练掌握一门外语。

研究方向

（1）空调与制冷设备新技术，（2）可再生能源利用与建筑节能，（3）楼宇智能化，（4）HVAC系统先进技术，（5）室内空气品质分析与控制

培养年限

博士生培养年限一般为3—4年，最长可延至6年。

学分要求和课程设置（见附表）

开题报告

按照《东南大学研究生论文选题和开题报告的原则与要求》执行。

中期考核

按照《东南大学博士研究生中期考核与筛选办法》执行。

学位论文

文献阅读

在论文选题及研究方向范围内至少阅读文献100篇，其中外文文献50篇，完成一篇综述。

论文撰写

除符合学校规定外，学位论文必须是一篇系统、完整的学术论文，要求概念清楚、立论正确、论述严谨、计算正确、数据可靠，且层次分明、文笔简洁、流畅、图标清晰。

论文学术水平

论文学术水平博士论文应有一定的深度和广度，要求达到：具有明显的创新性，部分研究内容应达到国际先进水平，并具有一定涵盖面。学位论文的研究结果应有新发现、新见解，对本学科的学术发展具有一定的指导意义。围绕论文开展科研工作的时间不少于2年。申请博士学位前至少必须满足如下条件之一：1、在 SCIE/SSCI源刊上发表学术论文二篇，其中在 JCR 分区表 中指定相应学科领域 Q1、Q2 区期刊学术论文至少一篇；2、在 SCIE/SSCI源刊或 EI/CSCD（核心版）源刊上发表学术论文三篇，其中被 SCIE/SSCI收录学术论文至少二篇；3、在 SCIE/SSCI源刊上发表被 SCIE/SSCI收录学术论文二篇，且获授权国家发明专利一件。

附表：

注:1.博士生课程总学分至少13学分，其中必修课至少8学分；

2. 必修课一般应在入学后一年内完成；

3．必修课程根据此表，选修课程从“研究生课程目录”中选择。

Discipline：Power Engineering and Engineering Thermophysics

(Discipline Code:080700)

Brief Introductionto Discipline (within 300 words)

Heating, ventilation and air conditioning is a technical and practical engineering discipline. With the development of technologies such as building energy conservation, intelligent buildings, ecological buildings and building environment, the application and development of HVAC show great potential in China. Since the early 1990s, our school has carried out related research in the fields of new refrigeration and air-conditioning technology, building automation, building energy conservation and building environment. Over the past 10 years, a number of projects, such as national support projects, 863 program, 973 program, key research and development projects, the National Natural Science Foundation and provincial and ministerial-level key scientific research projects, have been launched and a series of research results at leading level in China have been achieved, some of which are international advanced and has a certain impact at home and abroad. Over the years, long-term cooperative relationships with universities and research institutes in the United States, Britain, Italy, Japan, New Zealand, Singapore and Hong Kong have been established on the discipline.

Objectives (about 150 words;the followingis for reference only)

Students willgrasp the fundamental principles ofMarxism, stick to the Four Cardinal Principles,have the sense of patriotic duty,abide by the laws and regulations,and behave upright. Meanwhile, the students will develop their spirit of serving the people and devoting to the construction of socialism.

Students will acquire solid and broad theoretical principles as well as systematical and in-depth expertise in the field of energy and power, etc. Students will have the capability of doing scientific research independently and solving relevant technical problems. They will be competent for scientific research, teaching, etc.

Students will acquire proficiency in at least one language other than Chinese.

Research Directions

1.  New technology for air conditioning and refrigeration equipment;

2.  Renewable energy utilization and building energy conservation;

3.  Intelligent building;

4.  Advanced technology of HVAC system;

5.  Indoor air quality analysis and control.

Duration

3-4 years usually, and no more than 6 years.

Credit Requirements and Curricula (refer to the Appendix)

Thesis Proposal

in accordance with Principles and Requirements of Southeast University on Topic Selection and Topic Report of Graduate Thesis.

Interim Assessment

in accordance with Measures of Southeast University on Medium-term Assessment and Screening for Doctoral Graduates.

Doctoral Dissertation

〔including requirements on literature reading, thesis writing, publication, etc.

Literature Reading (for reference only,)

Students are required to read at least 100 literatures (including 50 literatures written in foreign languages) related to their dissertation and research direction, and write a review.

DissertationWriting(for reference only)

In addition to compliance with the provisions of University, doctoral dissertation must be written in a systematic and complete manner, presenting clear concepts, correct arguments, realistic description, concise writing structure, smooth and concise writing style, correct calculation, reliable data, and clear icons.

Dissertation Evaluation(for reference only)

 Doctoral dissertation should be written with a certain depth, breadth and distinctive creativeness. Some part of the research should reach the advanced world levels. The findings and conceptions presented in the dissertation should be new and have positive impact on academic development of this discipline. Students are required to conduct at least two years research related to the dissertation. At least one of the following conditions must be met before being eligible for applying for a Doctor's Degree: 1. Publish two academic papers in the SCIE/SSCI source journals, including at least one of the Q1 and Q2 journal academic papers in the corresponding subject area in the JCR partition table; 2. Publish three academic papers in SCIE/SSCI Source Journals or EI/CSCD (Core Edition) Source Journals, including at least two academic papers indexed by SCIE/SSCI; 3. Publish two academic papers in SCIE/SSCI Source Journals and one authorized national invention patent.

Appendix

Note:  

 1. After registration, the students are normally required to complete 13 credits for all the courses, including 8 credits for compulsory courses.

 2. All compulsory courses are normally required to be completed within one year after registration.

 3. Compulsory courses are subject to this course plan; elective courses can be chosen from “Graduate Courses Catalog”.

环境科学与工程

（学科代码：0830）

学科简介

东南大学环境学科拥有悠久的发展历史，从上世纪40年代初期中央大学土木工程系设置的卫生工程学组算起，已有70多年的历史。恢复高考后，我校是教育部直属第一批5所全国最早创办环境工程专业的院校（1979年）。本学科具有环境学科博士、硕士、本科和继续教育的完整教学体系。学科拥有“985工程”经费资助建设的“环境科学与工程实验中心”、“江苏省污染控制及资源化工程技术研究中心”，以及与环境学科相关的“能源热转化及其过程测控教育部重点实验室”，并与公共卫生学院共建“东南大学环境医学工程教育部重点实验室”，具有完备的供博士后研究人员开展科学研究的基础条件。

培养目标

掌握马克思主义基本原理，坚持四项基本原则，热爱祖国，遵纪守法，品行端正，具有为人民服务和为社会主义建设事业献身的精神。在环境科学与工程等方面，具有坚实的理论基础、系统的专门知识和良好的创新精神，胜任攻关复杂基础问题，进行基础理论创新和先进技术研发的工作。具备在环境保护与污染防治领域开展先进科学研究、解决重大技术问题和培养高水平人才的领军能力。至少熟练掌握一门外语，具备国际交流能力和国际竞争力。

研究方向

（1）水污染控制与水深度处理；（2）大气污染控制和废气净化；（3）固体废弃物处理处置与资源化；（4）湖泊富营养化控制和生态修复；（5）饮用水安全保障理论与技术；（6）燃煤大气污染防治

培养年限

博士生培养学制为4年，最长可延至6年。

学分要求和课程设置（见附表）

开题报告

按照《东南大学研究生论文选题和开题报告的原则与要求》执行。

中期考核

按照《东南大学博士研究生中期考核与筛选办法》执行。

学位论文

文献阅读（仅供参考,下同）

在论文选题及研究方向范围内至少阅读文献200篇，其中外文文献100篇，完成一篇综述。

论文撰写

除符合学校规定外，学位论文必须是一篇系统、完整的学术论文，要求概念清楚、立论正确、论述严谨、计算正确、数据可靠，且层次分明、文笔简洁、流畅、图标清晰。

论文学术水平

论文学术水平博士论文应有一定的深度和广度，要求达到：具有明显的创新性，部分研究内容应达到国际先进水平，并具有一定涵盖面。学位论文的研究结果应有新发现、新见解，对本学科的学术发展具有一定的指导意义。围绕论文开展科研工作的时间不少于2.5年。

本学科申请博士学位前应发表学术成果要求按照学校相关规定执行。

预答辩报告

在学位论文工作基本完成以后，博士生应当进行论文工作总结报告，邀请五名以上同行专家对论文工作的主要成果和创新性等进行评议，同行专家应当为本学科或相关学科博士生指导教师或具有正高级专业技术职务的专家，其中半数以上应当具有博士生指导资格。

预答辩报告通过后方可申请答辩，进行学位论文送审。

附表：

注:1.博士生课程总学分至少13学分，其中必修课至少8学分；

2. 必修课一般应在入学后一年内完成；

3．必修课程根据此表，选修课程从“研究生课程目录”中选择。

Discipline：Environmental Science and Engineering

(Discipline Code: 0830)

Brief Introductionto Discipline (within 300 words)

Southeast University Environmental Science has a long history of development. It has more than 70 years since the health engineering group set up by the Civil Engineering Department of the Central University in the early 1940s. After the resumption of the college entrance examination, our school is one of the first five institutions in the country to establish environmental engineering under the Ministry of Education (1979). The discipline has a complete teaching system for doctoral, master, undergraduate and continuing education. With foundation of the “985 Project”, the discipline has the “Environmental Science and Engineering Experiment Center”, the “Jiangsu Provincial Pollution Control and Resource Engineering Technology Research Center”, and the “Energy Thermal Transformation and Process Measurement and Control Department of the Ministry of Education” which is related to environmental disciplines. Meanwhile it has the “Key Laboratory of Environmental Medical Engineering of the Southeast University” which is established with the School of Public Health. The discipline has complete basic conditions for postdoctoral researchers to carry out scientific research.

Objectives (about 150 words;the followingis for reference only)

Students willgrasp the fundamental principles ofMarxism, stick to the Four Cardinal Principles,have the sense of patriotic duty,abide by the laws and regulations,and behave upright. Meanwhile, the students will develop their spirit of serving the people and devoting to the construction of socialism.Students will acquire solid and broad theoretical principles as well as systematical and in-depth expertise in the field of environmentalscience and engineering, etc. Students will have the capability of doing scientific research independently and solving relevant technical problems. They will be competent for scientific research, teaching, etc.Students will acquire proficiency in at least one language other than Chinese.

Research Directions

(1) Water pollution control and water treatment, (2) Air pollution control and exhaust gas purification, (3) Solid waste treatment and disposal, (4) Lake eutrophication control and ecological restoration, (5) Drinking water safety assurance theory and technology, (6) Prevention and control of coal-fired air pollution

Duration

4 years usually, and no more than 6 years.

Credit Requirements and Curricula (refer to the Appendix)

Thesis Proposal

In accordance with Principles and Requirements of Southeast University on Topic Selection and Topic Report of Graduate Thesis.

Interim Assessment

In accordance with Measures of Southeast University on Medium-term Assessment and Screening for Doctoral Graduates.

Doctoral Dissertation

Including requirements on literature reading, thesis writing, publication, etc.

Literature Reading

Studentsare required to read at least 200 literatures (including 100 literatures written in foreign languages) related to their dissertation and research direction and writea review.

DissertationWriting

In addition to compliance with the provisions of SEU, doctoral dissertation must be written in a systematic and completemanner, presenting clear concepts, correct arguments, realistic description, concise writing structure, smooth and concise writing style, correct calculation, reliable data, and clear icons.

Dissertation Evaluation

 Doctoral dissertation should be written with a certain depth, breadth and distinctive creativeness. Some part of the research should reach the advanced world levels. The findings and conceptions presented in the dissertation should be new and have positive impact on academic development of this discipline. Students are required to conduct at least 2.5 years research related to the dissertation.

Assessment standard of doctoral degree for doctoral candidates in Southeast University.

Appendix

Note:  

 1. After registration, the students are normally required to complete 13 credits for all the courses, including 8 credits for compulsory courses.

 2. All compulsory courses are normally required to be completed within one year after registration.

 3. Compulsory courses are subject to this course plan; elective courses can be chosen from “Graduate Courses Catalog”.

能源动力（工程博士）

（类别代码：0858）

类别简介（400字以内）

本类别可追溯到国立东南大学时期的热工课题组和电机工程系，近百年的历史积淀。本类别立足于能源、环境和电气工程交叉领域中的科学和工程技术问题，拥有雄厚的建设基础，包括国家 “985工程”、“211工程”，东南大学“双一流”重点建设学科，国家重点学科，江苏省一级学科重点学科，江苏省国家一级重点学科培育建设点和江苏省优势学科等。类别设有一系列高水平的科学研究基地和工程技术平台，包括火电机组振动国家工程研究中心、国家级工程实践教育中心、能源热转换及其过程测控教育部重点实验室、伺服控制教育部技术工程中心、江苏省污染治理与资源化工程技术研究中心、江苏省太阳能技术重点实验室、江苏省智能电网技术与装备重点实验室、江苏省电力工程实验中心等，并与公共卫生学院共建“东南大学环境医学工程教育部重点实验室”。在类别领域的基础研究、应用研究、高新技术开发及产业化等方面取得了显著成果，具有完备的供博士后研究人员开展科学研究的基础条件。

培养目标（150字以内）

掌握马克思主义基本原理，坚持四项基本原则，热爱祖国，遵纪守法，品行端正，具有为人民服务和为社会主义建设事业献身的精神。

在传统能源高效利用、新能源技术、污染物控制和电气工程等方面，掌握系统、深入的专业知识，现代化的技术手段和解决工程问题的先进方法。具备工程项目研究、设计、施工、管理等方面的领军能力，具备在推动能源动力领域产业发展和工程技术进步方面做出创新性成果的能力。

至少熟练掌握一门外语，具备国际交流能力和国际竞争力。

研究方向

（1）流体流动与传热传质；（2）燃烧与污染控制技术；（3）热工测量与自动化控制；（4）制冷与空调技术；（5）新能源利用技术；（6）现代电机驱动与伺服控制；（7）电机电器设计与多物理场分析；（8）电力系统规划、运行与控制；（9）电力电子装置与控制系统。

培养年限

工程博士培养学制为4年，最长可延至6年。

学分要求和课程设置（见附表）

开题报告

按照《东南大学研究生论文选题和开题报告的原则与要求》执行。

中期考核

按照《东南大学博士研究生中期考核与筛选办法》执行。

学位论文

文献阅读

在论文选题及研究方向范围内至少阅读文献200篇，其中外文文献100篇，完成一篇综述。

论文撰写

除符合学校规定外，学位论文必须是一篇系统、完整的学术论文，要求概念清楚、立论正确、论述严谨、计算正确、数据可靠，且层次分明、文笔简洁、流畅、图标清晰。

论文学术水平

按照《东南大学博士研究生申请专业学位博士考核标准》执行。

预答辩报告

在学位论文工作基本完成以后，博士生应当进行论文工作总结报告，邀请五名以上同行专家对论文工作的主要成果和创新性等进行评议，同行专家应当为本学科或相关学科博士生指导教师或具有正高级专业技术职务的专家，其中半数以上应当具有博士生指导资格。

预答辩报告通过后方可申请答辩，进行学位论文送审。

附表：

注:1. 博士生课程总学分至少13学分，其中必修课至少8学分；

2. 一般应在入学后一年内完成所有课程学分；

3．必修课和公共选修课根据此表，选修课程从“研究生课程目录”中选择。

Energy and Power (Doctor of Engineering)

(Discipline Code: 0858)

Brief Introductionto Discipline

This discipline includes four major fields of science: (1) Power Engineering and Engineering Thermophysics, (2) Heating, Gas Supply, Ventilation and Air Conditioning Engineering, (3) Environmental Science and Engineering, and (4) Electrical Engineering as well as their application extensions on engineering technology.

This discipline has strong merits in construction, including preponderant disciplines in Jiangsu Province and key construction disciplines of “985 Project”, “211 Project” and “Double-First Class” in Southeast University, and Thermal Engineering is a national key discipline, Electrical Engineering is the key disciplines of Jiangsu Province, China. This discipline also owns a series of high-level scientific research and engineering technology bases, including the National Engineering Research Center for Thermal Power Unit Vibration, the Key Laboratory of Energy Thermal Conversion and Process Measurement and Control, Engineering Research Center for Motion Control of Ministry of Education, the Research Center of Pollution Control and Resource Engineering of Jiangsu Province, the Key Laboratory of Solar Energy Technology of Jiangsu Province, and the Jiangsu Provincial Key Laboratory of Smart Grid Technology & Equipment、Jiangsu Provincial lab center of power engineering. And the School of Public Health has jointly established the “Key Laboratory of Environmental Medicine Engineering, Southeast University”, which has a complete set of basic conditions for postdoctoral researchers to carry out scientific research.

Objectives

Students will grasp the fundamental principles of Marxism, stick to the Four Cardinal Principles, have the sense of patriotic duty,abide by the laws and regulations,and behave upright. Meanwhile, the students will develop their spirit of serving the people and devoting to the construction of socialism.

Students will acquire solid and broad theoretical principles as well as systematical and in-depth expertise in the field of energy, power, environment, Electrical Engineering, etc. Students will have the capability of doing scientific research independently and solving relevant technical problems. They will be competent for engineering practice, scientific research, etc.

Students will acquire proficiency in at least one language other than Chinese.

Research Directions

(1) Fluid flow and heat transfer mass transfer;

(2) Combustion and pollution control technology;

(3) Thermal measurement and automation control;

(4) Refrigeration and air conditioning technology;

(5) New energy utilization technology;

(6) Modern motor drive and servo control；

(7) Electrical design and multi physics analysis ；

(8) Power system planning, operation and control；

(9) The power electronic device and control system；

Duration

4 years, and no more than 6 years.

Credit Requirements and Curricula

Thesis Proposal

In accordance with Principles and Requirements of Southeast University on Topic Selection and Topic Report of Graduate Thesis.

Interim Assessment

In accordance with Measures of Southeast University on Medium-term Assessment and Screening for Doctoral Graduates.

Doctoral Dissertation

Including requirements on literature reading, thesis writing, publication, etc.

Literature Reading

Studentsare required to read at least 200 literatures (including 100 literatures written in foreign languages) related to their dissertation and research direction,and writea review

DissertationWriting

In addition to compliance with the provisions of SEU, doctoral dissertation must be written in a systematic and completemanner, presenting clear concepts, correct arguments, realistic description, concise writing structure, smooth and concise writing style, correct calculation, reliable data, and clear icons.

Dissertation Evaluation

Assessment standard of doctoral degree for doctoral candidates in Southeast University.

Appendix

Note:  

 1. After registration, the students are required to obtain 13 credits, including 8 credits forcompulsory courses.

 2. All compulsory courses are normally required to be completed within one year after registration.

 3. Compulsory courses and public elective courses are subject to this course plan;specialized elective courses can be chosen from “Graduate Courses Catalog”.

动力工程及工程热物理

（学科代码：0807）

学科简介

学科由中国锅炉学创始人范从振、汽轮机学创始人王守泰、热工学创始人夏彦儒和热工控制学创始人钱钟韩在国立中央大学（本校前身）创建，是中国动力工程及工程热物理学科的发源地之一，至今已培养出包括7名中国科学院/工程院院士在内的近万名热能动力类高级专门人才。本学科是江苏省优势学科和东南大学“985工程”、“211工程”、“双一流”重点建设学科，内含热能工程、工程热物理、动力机械及工程、制冷与低温工程、流体机械及工程等二级学科，其中热能工程为国家重点学科、制冷与低温工程为江苏省重点学科。拥有火电机组振动国家工程研究中心、能源热转换及其过程测控教育部重点实验室、江苏省污染治理与资源化工程技术研究中心、江苏省太阳能技术重点实验室等科研基地。

培养目标

掌握马克思主义基本原理，坚持四项基本原则，热爱祖国，遵纪守法，品行端正，具有为人民服务和为社会主义建设事业献身的精神。在动力工程和工程热物理等方面，具有坚实的理论基础、系统的专门知识和良好的创新精神，胜任攻关复杂基础问题，进行基础理论创新和先进技术研发的工作。具备在能源动力领域开展先进科学研究、解决重大技术问题和培养高水平人才的领军能力。至少熟练掌握一门外语，具备国际交流能力和国际竞争力。

研究方向

（1）流体流动与传热传质；（2）燃烧与污染控制技术；（3）热工测量与自动化控制；（4）热力系统仿真、优化与诊断；（5）动力机械振动分析及应用；（6）制冷与空调技术；（7）新能源技术

培养年限

直博生培养学制为5年，最长可延至7年。

学分要求和课程设置（见附表）

开题报告

按照《东南大学研究生论文选题和开题报告的原则与要求》执行。

中期考核

按照《东南大学博士研究生中期考核与筛选办法》执行。

学位论文

文献阅读

在论文选题及研究方向范围内至少阅读文献200篇，其中外文文献100篇，完成一篇综述。

论文撰写

除符合学校规定外，学位论文必须是一篇系统、完整的学术论文，要求概念清楚、立论正确、论述严谨、计算正确、数据可靠，且层次分明、文笔简洁、流畅、图标清晰。

论文学术水平

论文学术水平博士论文应有一定的深度和广度，要求达到：具有明显的创新性，部分研究内容应达到国际先进水平，并具有一定涵盖面。学位论文的研究结果应有新发现、新见解，对本学科的学术发展具有一定的指导意义。围绕论文开展科研工作的时间不少于3年。

本学科申请博士学位前应发表学术成果要求按照学校相关规定执行。

预答辩报告

在学位论文工作基本完成以后，博士生应当进行论文工作总结报告，邀请五名以上同行专家对论文工作的主要成果和创新性等进行评议，同行专家应当为本学科或相关学科博士生指导教师或具有正高级专业技术职务的专家，其中半数以上应当具有博士生指导资格。

预答辩报告通过后方可申请答辩，进行学位论文送审。

附表：

注:1. 直博生在校期间课程总学分最低要求为：30学分。其中硕士专业必修课至少8学分，博士专业必修课至少4学分。此外，还应完成综合素养环节9学分。

2．直博生全部学位课程学分一般应在入学后的两年内完成。

3．必修课程根据此表，选修课程从“研究生课程目录”中选择。

Discipline：Power Engineering and Engineering Thermophysics

(Discipline Code:0807)

Brief Introductionto Discipline

 The discipline was founded by Fan Congzhen, founder of Chinese boiler science, Wang Shoutai, founder of steam turbines, Xia Yanru, founder of thermal engineering, and Qian Zhonghan, founder of thermal control science, at the National Central University (predecessor of the University), which is one of the birthplaces of China’s Power Engineering and Engineering Thermophysics disciplines. Up to now, nearly 10,000 senior engineers in thermal power including 7 academicians of the Chinese Academy of Sciences/Engineering have been trained. This discipline is a dominant discipline in Jiangsu Province, the “985 Project”, “211 Project” and “Double First-class”key construction disciplines of Southeast University, including several second-class disciplines like thermal engineering, engineering thermophysics, power machinery and engineering, refrigeration and cryogenic engineering, fluid machinery and engineering, in which thermal engineering is a national key discipline, refrigeration and cryogenic engineering is a key discipline in Jiangsu Province. It has scientific research bases such as National Engineering Research Center of Turbogenerator Vibration, Key Laboratory of Energy Thermal Conversion and Control of Ministry of Education, Jiangsu Engineering Research Center for pollution treatment and resource utilization, and the Key Laboratory of Solar Energy Technology of Jiangsu Province.

Objectives

Students willgrasp the fundamental principles ofMarxism, stick to the Four Cardinal Principles,have the sense of patriotic duty,abide by the laws and regulations,and behave upright. Meanwhile, the students will develop their spirit of serving the people and devoting to the construction of socialism.

Students will acquire solid and broad theoretical principles as well as systematical and in-depth expertise in the field of energy and power, etc. Students will have the capability of doing scientific research independently and solving relevant technical problems. They will be competent for scientific research, teaching, etc.