Power Engineering
(Code: 0858)
I. Professional Category Overview
Energy power is mainlysupported by the university's power engineering and engineering thermophysics discipline, which contains mechanical engineering, electrical engineering and other disciplinary directions, and was evolved from the major of chemical machinery established in 1956. In 1984, it became one of the three doctoral programs in chemical process machinery in China. In 2003, it established a postdoctoral mobile station in the first-level discipline of power engineering and engineering thermophysics. In 2010, it was granted the right to confer the first-level doctoral degree. The "Public Safety and Energy Saving" supported by it was awarded the funding for first-phase construction project of advantageous disciplines in Jiangsu Province (excellent), the "Advanced Energy Technology and Equipment" was awarded the funding for second-phase construction project of advantageous disciplines in Jiangsu Province (landmark achievements passed), the "Power Engineering and Engineering Thermophysics" was awarded the funding for third-phase construction project of advantageous disciplines in Jiangsu Province, and as the main supporting discipline for the engineering disciplines of our university, it has entered the top 3.6‰ of ESI.
The major is developed based on the orientation to social and regional development, and it conducts research by focusing on the fields of advanced energy systems, power systems, modern electric and electronics, electric power and energy internet technology, high voltage technology, energy storage technology, new energy development and utilization, low carbon technology, energy management, etc. Give full play to the advantages in terms of application transformation and solving key major technology problems, establish joint R&D centers with enterprises through long-term cooperation with local governments and enterprises, and build a service mechanism for regional economic development and a mechanism for incubation and industrialization of innovation results. Organically combine the advantages of cultivating talents in the field of energy and power engineering with the strength of related fields to achieve synergistic development and multi-dimensional linkage.
II. Cultivation Goals
Guided by Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, the discipline comprehensively implements the CPC's education policy, takes establishing moral values and educating people as the fundamental, and the all-round moral, intellectual, physical and aesthetic development as the main line, and cultivates high-level talents with firm political stance, noble ideological character, rigorous academic attitude and innovative spirit.
Holders of the academic degree in energy power should have good professional ethics and entrepreneurial spirit, strong ability to solve practical problems, professionalism and international vision; be proficient in a foreign language; be competent in technology development and application, engineering design and implementation, new technology promotion and application, engineering planning and management in the field of energy power; and be able to meet the needs of national and regional economic construction and engineering technology development.
III. Study Period and Credits
The study period for full-time professional master students is generally 3 years, with a maximum of 5 years. The maximum study period for part-time professional master students is not more than 6 years.
Professional degree master students should complete a total of 32 credits, including 24 credits for courses, 2 credits for attending academic lectures/reports (at least 15 times) and 6 credits for professional practice.
For professional degree master students enrolled at the university with equivalent academic attainments or from another discipline, they must make up the main undergraduate courses of the discipline they are studying or take the main courses (not less than two courses) of the graduate students in the field of their majors. The make-up courses will only be recorded with grades and no credits, but they should be included in the personal cultivation plan.
The study of courses for full-time engineering master students is completed within 1 year in principle.
IV. Curriculum Setting
Type Courses |
Course number |
Course name |
Course name in English |
Credit |
Credit hours |
Semester of course |
Remark |
Degree courses |
Public degree courses |
s001021 |
自然辩证法概论 |
Introduction to Natural Dialectics |
s001021 |
自然辩证法概论 |
Introduction to Natural Dialectics |
3 credits |
s001037 |
新时代中国特色社会 主义理论与实践 |
Theory and Practice on Socialism with Chinese Characteristics for a New Era |
s001037 |
新时代中国特色社会 主义理论与实践 |
Theory and Practice on Socialism with Chinese Characteristics for a New Era |
s001008 |
学科科技英语写作/实用英语写作 |
Academic English Writing/Practical English Writing |
s001008 |
学科科技英语写作/实用英语写作 |
Academic English Writing/Practical English Writing |
3 credits |
s001009 |
综合英语 (六级≥425分可免修) |
Comprehensive English |
s001009 |
综合英语 (六级≥425分可免修) |
Comprehensive English |
s071001 |
高等工程数学* |
Advanced Engineering Mathematics |
s071001 |
高等工程数学* |
Advanced Engineering Mathematics |
4 credits |
s001025 |
矩阵论 |
Matrix Theory |
s001025 |
矩阵论 |
Matrix Theory |
s001027 |
最优化方法 |
Optimization Methods |
s001027 |
最优化方法 |
Optimization Methods |
s001029 |
数值分析 |
Numerical Analysis |
s001029 |
数值分析 |
Numerical Analysis |
s001030 |
数学建模 |
Mathematical Modeling |
s001030 |
数学建模 |
Mathematical Modeling |
s001031 |
工程伦理 |
Engineering Ethics |
s001031 |
工程伦理 |
Engineering Ethics |
2 credits |
Professional degree courses |
s072053 |
工程流体力学理论及其应用* |
Theory and Application of Engineering Fluid Mechanics |
s072053 |
工程流体力学理论及其应用* |
Theory and Application of Engineering Fluid Mechanics |
6 credits |
s072061 |
传热学理论及工程应用* |
Theory and Engineering Application ofHeat Transfer |
s072061 |
传热学理论及工程应用* |
Theory and Engineering Application ofHeat Transfer |
s072062 |
工程热力学理论及应用* |
Theory and Application ofEngineering Thermodynamics |
s072062 |
工程热力学理论及应用* |
Theory and Application ofEngineering Thermodynamics |
s082108 |
工程燃烧学* |
Engineering Combustion |
s082108 |
工程燃烧学* |
Engineering Combustion |
s072064 |
能源利用原理与节能技术* |
Energy Utilizationand Technology of Energy Saving |
s072064 |
能源利用原理与节能技术* |
Energy Utilizationand Technology of Energy Saving |
s072047 |
结构强度理论与应用 |
Theory and Application of Structural Strength |
s072047 |
结构强度理论与应用 |
Theory and Application of Structural Strength |
s072054 |
过程设备现代设计技术及应用(案例课程) |
Process Equipment Design and Application |
s072054 |
过程设备现代设计技术及应用(案例课程) |
Process Equipment Design and Application |
s072055 |
腐蚀理论与防腐蚀工程 |
Corrosion Theory and Corrosion Protection Engineering |
s072055 |
腐蚀理论与防腐蚀工程 |
Corrosion Theory and Corrosion Protection Engineering |
s062034 |
高等工程电磁场* |
Advanced Engineering Electromagnetic Field |
s062034 |
高等工程电磁场* |
Advanced Engineering Electromagnetic Field |
s062035 |
现代功率变换技术* |
Modern Power Conversion Technology |
s062035 |
现代功率变换技术* |
Modern Power Conversion Technology |
s062036 |
电力系统分析与计算* |
Power System Analysis and Calculation |
s062036 |
电力系统分析与计算* |
Power System Analysis and Calculation |
Elective Courses |
Professional Elective Courses |
s073076 |
有限元理论与方法 |
Finite Element Theory and Method |
s073076 |
有限元理论与方法 |
Finite Element Theory and Method |
2 credits |
s073044 |
可靠性与风险工程 |
Reliability and Risk Engineering |
s073044 |
可靠性与风险工程 |
Reliability and Risk Engineering |
s073048 |
高温强度与寿命评价 |
Elevated Temperature Strength and Life Evaluation |
s073048 |
高温强度与寿命评价 |
Elevated Temperature Strength and Life Evaluation |
s073047 |
新能源技术 |
New Energy Technology |
s073047 |
新能源技术 |
New Energy Technology |
s073070 |
过程强化方法与节能技术 |
Process Strengthening Method and Energy Saving Technology |
s073070 |
过程强化方法与节能技术 |
Process Strengthening Method and Energy Saving Technology |
s073073 |
先进换热器的设计与应用 |
Advanced Design and Engineering Application of Heat Exchanger |
s073073 |
先进换热器的设计与应用 |
Advanced Design and Engineering Application of Heat Exchanger |
s073079 |
计算传热学及工程应用(案例课程) |
NumericalHeat Transfer and EngineeringApplication |
s073079 |
计算传热学及工程应用(案例课程) |
NumericalHeat Transfer and EngineeringApplication |
s073049 |
失效机理与分析方法(案例课程) |
Failure Mechanism and Analysis Technology |
s073049 |
失效机理与分析方法(案例课程) |
Failure Mechanism and Analysis Technology |
s073071 |
现代流动理论与测试技术(案例课程) |
Modern Flow Theory and Measurement Technology |
s073071 |
现代流动理论与测试技术(案例课程) |
Modern Flow Theory and Measurement Technology |
s073080 |
工程智能结构 |
Intelligent Engineering Structure |
s073080 |
工程智能结构 |
Intelligent Engineering Structure |
s073085 |
能源环境技术 |
Energy and Environment Technology |
s073085 |
能源环境技术 |
Energy and Environment Technology |
s083109 |
现代制冷与空调技术 |
Modern Refrigeration & Air Conditioning Technology |
s083109 |
现代制冷与空调技术 |
Modern Refrigeration & Air Conditioning Technology |
s083110 |
先进储能技术与应用 |
Technologies and Applications for Advanced Energy Storage |
s083110 |
先进储能技术与应用 |
Technologies and Applications for Advanced Energy Storage |
s083111 |
固废处理及先进资源化技术 |
Disposal and Advanced Reutilization of Solid Wastes |
s083111 |
固废处理及先进资源化技术 |
Disposal and Advanced Reutilization of Solid Wastes |
s063070 |
现代电机控制技术 |
Modern Motor Control Technology |
s063070 |
现代电机控制技术 |
Modern Motor Control Technology |
s063066 |
高电压新技术及其应用 |
High Voltage Technology and Application |
s063066 |
高电压新技术及其应用 |
High Voltage Technology and Application |
s063071 |
电力能源互联网技术 |
Power Energy Internet Technology |
s063071 |
电力能源互联网技术 |
Power Energy Internet Technology |
Public Elective Courses |
s004001 |
信息检索 |
Information Retrieval |
s004001 |
信息检索 |
Information Retrieval |
4 credits |
s004002 |
第二外语 |
Second Foreign Language |
s004002 |
第二外语 |
Second Foreign Language |
s004003 |
英语口语 |
Oral English |
s004003 |
英语口语 |
Oral English |
s004004 |
综合能力提升工程 |
Comprehensive Ability PromotionProgram |
s004004 |
综合能力提升工程 |
Comprehensive Ability PromotionProgram |
s004007 |
知识产权与技术创新 |
Intellectual Property and Technological Innovation |
s004007 |
知识产权与技术创新 |
Intellectual Property and Technological Innovation |
s004008 |
中国传统文化 |
Traditional Chinese Culture |
s004008 |
中国传统文化 |
Traditional Chinese Culture |
Compulsory Links |
Academic lectures/reports |
|
2 |
|
|
8 credits |
Professional practice |
|
6 |
|
|
Remark |
Note: Students have a free choice of professional elective courses among all the courses in the university according to the requirements of instructors and their research topics. |
V. Compulsory Links Management
1. Academic lectures/reports (2 credits)
Professionaldegree master students must attend at least fifteen academic seminars on and off campus during their study period, including at least five academic seminars arranged by the Graduate School, at least two lectures on the quality of humanities and aesthetics, and other lectures arranged by each college, and only those who have attended a total of at least fifteen seminars can obtain 2 credits for lectures/reports.
2. Professional practice (6 credits)
Professional degree master students must participate in professional practice for no less than half a year, which should not be less than one year for fresh undergraduates in principle. The organization of professional practice should implement and embody the principles of combining "centralized practice and sectional practice", "on-campus practice and on-site practice", and "professional practice and thesis work". A total of 6 credits is for professional practice sessions.
Professional practice should have clear task requirements and assessment indexes. Before the defense, graduate students should write a professional practice report of not less than 5,000 words, which will be assessed by experts inside and outside the university and the person in charge of the professional practice unit. Those who pass the assessment will be given 6 credits; and those who fail to pass assessment cannot participate in the defense. Requirements are detailed in the "Measures for Management of Professional Practice for Professional Master Students of Nanjing Tech University" (Nan Gong Yan (2019) No. 12).
VI. Thesis
1. Basic requirements for thesis
The basic requirements for thesis are detailed in the Basic Requirements for Doctoral and Master's Degrees in First-Level Disciplines (published by Higher Education Press, edited by the Sixth Discipline Review Group of Academic Degrees Committee of the State Council).
2. Thesis proposal
The topic should come from an applied topic or a practical problem, and must have a clear professional background and application value. Graduate students should write a proposal based on their topic selection and practical research.
The proposal should be made public at the end of the third semester or the beginning of the fourth semester within the field, and should be validated by 3-5 experts in relevant fields, among which there should be experts with senior professional and technical positions in relevant industry practice fields. Students may not apply for defense until at least half a year after the examination and approval of the proposal, as detailed in the Requirements for the Proposal of Graduate Students of Nanjing Tech University.
3. Mid-term assessment
The mid-term examination of the thesis is uniformly organized by the college at the end of the fourth semester or the beginning of the fifth semester, and the examination is carried out in accordance with the Implementation Measures for Mid-term Assessment of Master Students of Nanjing Tech University.
4. Thesis review and defense
Professional master students can apply for defense after completing all the links and credits stipulated in the cultivation plan. Thesis reviewers and members of the defense committee should include experts holding senior professional and technical positions in relevant industrial practice fields. Requirements for thesis review and defense are detailed in the Detailed Rules for the Master's Thesis Defense and Review and Degree Application of Nanjing Tech University.
5. Academic achievement requirements
Result assessments for professional degree master students are implemented according to the requirements of Degree Evaluation Sub-committee.
VII.Criteria for Graduation and Degree Awarding
The criteria for graduation and degree awarding shall conform with the relevant regulations of the university.