Discipline:Energy and Environmental Engineering
(Discipline Code: 080721)
Brief Introduction of Discipline
The sub-discipline was founded under the discipline of Power Engineering and Engineering Thermophysics in 2002. It is one of the key subjects in SEU financed by Project 211 and Program 985. It is the Key Subject of Jiangsu province. There are 20 full-time Staffs, including 8 professors (6 doctoral supervisors), 1 person was selected as Trans-Century Excellent Talents of MOE, 2 persons were selected as New Century Excellent Talents of MOE, 2 person as the “333 mid-aged Leading Talents in Science and Technology” of
Research Direction
1. Combustion pollutant formation mechanism, monitoring and control technology
2. Solid waste treatment, disposal and recycling
3. Treatment and recycling of industrial waste gas and liquid.
4. Clean coal power generation technology
5. Energy and environment management and system engineering
Training Objectives
The students will grasp basic theory and professional ability on Energy and Environmental Engineering. The students will have systematic and thorough expertise, become specialized in experimental techniques used in his/her research areas, and be capable of conducting independent research in scientific fields. The students graduated with a Master degree are competent for the scientific research, technological development and teaching. The graduated students will be proficient in one kind of foreign languages.
Training Period
Generally, the students are expected to graduate in 5 years, longest may delay for 6 years.
Credit Requirements and Curriculum (see attached list)
Confirmation Report
The confirmation report should be complete within the sixth semester and get approved by 5 related experts. Students can apply for the thesis defense at least one year after the confirmation.
Mid-term Assessment
The mid-term assessment is held in the sixth semester. According to the gained credits and confirmation report, the mid-term assessment needs to be scored abide by relevant provisions of graduate school.
Dissertation
〔Literature reading requirements, thesis written request, publication achievement requirements etc.〕
Literature Reading (for reference only, the same below)
Students are required to read at least 50 literatures on topics related to their dissertation and research direction including 20 literatures in foreign languages and to write a literature overview.
Dissertation Writing
In addition to compliance with the provisions of school, dissertation must be written in a systematic and complete manner, presenting clear concepts, correct argument, realistic description, concise writing structure, smooth and concise writing style, correct calculation, reliable data, and clear icons.
Dissertation Evaluation
The dissertation should have certain depth and breadth. The following requirements should be achieved: have obvious innovation, reach the international advanced level in some part of the content, and have certain coverage. The findings presented in the dissertation should show the recent discovery, the new opinion, and certain guiding sense to this discipline's academic development. Students are required to conduct at least 2 years research and to publish at least 3 papers in journals included in the List of Important Journal for Academic Degree and Graduate Education of Southeast University before being eligible for applying for a doctor's degree. Students should publish at least 3 papers as the first author, or 2 papers as the first author plus another as the second author. At least one of the papers be either indexed by SCI or published in an indexed journal with an impact factor over 2.0. The first affiliation of the academic paper must be
Attached List
Course Catalog | Course Number | Courses | Terms | Credit Hours | Credits | Teaching Method | Exam | Others |
Public Degree Courses | B000201 | Marxism of Contemporary | Fall/ Spring | 36 | 2 | Lecture | Exam | |
B000102 | Doctoral Degree English | Fall/ Spring | 60 | 5 | Lecture | Exam | | |
S003999 | Professional English | Fall/ Spring | 20 | 1 | | quiz | | |
Major Degree Courses | S003103 | Advanced Engineering Thermal Dynamics | Fall | 36 | 2 | Lecture | Exam | Choose 2 courses |
S003104 | Combustion Theory and Technology | Fall | 36 | 2 | Lecture | Exam | ||
S003105 | Thermal Control Theory and Technology | Spring | 36 | 2 | Lecture | Exam | ||
S003106 | Advanced Fluid Mechanics | Fall | 54 | 3 | Lecture | Exam | ||
S003107 | Advanced Heat Transfer | Fall | 54 | 3 | Lecture | Exam | ||
B003129 | Low Carbon Technology for Air Pollution Control | Fall | 36 | 2 | Lecture | Exam | Choose 2 courses | |
B003102 | Clean Coal Combustion and Power Generation | Spring | 36 | 2 | Lecture | Exam | ||
B003103 | Control of Discharge Gas from Combustion Coal | Fall | 36 | 2 | Lecture | Exam | ||
B003104 | Theory and Technology of Process control | Fall | 36 | 2 | Lecture | Exam | ||
B003105 | Special Engineering Thermo Physics | Fall | 36 | 2 | Lecture | Exam | ||
B003106 | Modern Refrigeration and Air Conditioning Technology | Fall | 36 | 2 | Lecture | Exam | ||
B003107 | Dynamic Characteristics of Thermal System and its Mathematical Model | Spring | 54 | 3 | Lecture | Exam | ||
B003115 | Special Combustion | Fall | 36 | 2 | Lecture | Exam | ||
S000111 | Engineering Matrix Theory | Fall/ Spring | 54 | 3 | Lecture | Exam | Choose 1 courses | |
S000114 | Mathematical Statistics | Fall | 36 | 2 | Lecture | Exam | ||
S000112 | Numerical Analysis | Fall/ Spring | 54 | 3 | Lecture | Exam | ||
S003100 | Lectures on the Cutting Edge and Development of the Discipline Research (10 times) | Fall/ Spring | 20 | 1 | Lecture | quiz | | |
S003201 | Gas-Solid Two-Phase Flow and its Numerical Simulation | Spring | 36 | 2 | Lecture | Exam | Choose 1 courses | |
S003202 | Thermal Engineering Information Technology and System | Spring | 36 | 2 | Lecture | Exam | ||
S003203 | Theory and Application of Fluidized Bed | Fall | 36 | 2 | Lecture | Exam | ||
S003204 | Operation Characteristics and Diagnosis of Power Machinery | Spring | 36 | 2 | Lecture | Exam | ||
S003205 | Dynamic Characteristics of Thermal System | Spring | 36 | 2 | Lecture | Exam | ||
S003206 | Renewable Energy | Spring | 36 | 2 | Lecture | Exam | ||
S003301 | Measurement and Control technology of Combustion Air Pollution | Spring | 36 | 2 | Lecture | Exam | ||
S003318 | Solid Waste Treatment Technology | Spring | 36 | 2 | Lecture | Exam | ||
S003401 | Principles of Refrigeration and Cryogenics | Fall | 36 | 2 | Lecture | Exam | ||
S003402 | Refrigeration and Air Conditioning System Optimization and Energy Saving Technology | Spring | 36 | 2 | Lecture | Exam | ||
S003501 | Error Theory and Data Processing | Fall | 36 | 2 | Lecture | Exam | ||
Compulsory Degree Courses | S003406 | Numerical Heat Transfer and Fluid Flow | Fall | 36 | 2 | Lecture | Project | Choose 1 courses |
B003125 | Combustion Optimization | Fall | 36 | 2 | Lecture | Project | ||
B003126 | Advanced Energy Systems Engineering | Spring | 36 | 2 | Lecture | Project | ||
B003127 | Heat and Mass Transfer across Building Enclosures | Spring | 36 | 2 | Lecture | Project | ||
| Modern Fluid Test Method and Signal Processing | Spring | 36 | 2 | Lecture | Project | ||
Compulsory Training | Social Practice Training | Generally it includes teaching practice, production practice (clinical practice), or social investigation. | 1 | | quiz | | ||
Selected Liberal Arts & Scientific Literacy Lecture | Students are required to attend at least 8 Liberal Arts & Scientific Literacy lectures before the mid-assessment. | 1 | | quiz | | |||
Academic Seminar & Academic Meeting | Students must participate in at least 10 academic seminars and give 5 reports, one of which in English; Participate in at least 1 academic conference (overseas) as well as other academic meetings and give at least 2 oral presentations. | 2 | | quiz | |
Note:
(1) The minimum total-credit requirements: 40 credits for students of science and engineering; 42 credits for students of medical science. The minimum credit requirements of master-degree courses are 10 credits; the minimum credit requirements of doctor-degree courses are 4 credits. In addition, students should have 4 credits from compulsory courses.
(2) All courses are normally required to complete within one and half year after registration.
(3) Degree courses are subject to this course plan, non-degree courses can be chosen from “Graduate Courses Catalog”.