1、环境工程专业攻读博士学位研究生培 养 方 案一、培养目标1具有热爱社会主义祖国、热爱共产党、坚持党的基础路线、遵纪守法的基本素质。品德良好，学风严谨，具有较强的事业心和献身精神，能理论联系实际，立志为祖国现代化事业服务的科技人才。2具有坚持宽广的理论基础和系统深入的专门知识。具有紧跟科技发展进行知识自我更新独立从事的学研究工作的能力，能够在理论研究、实验研究或专业技术研究中取得创造性成果的科技人才。3环境工程博士点的主要培养目标是应用物理化学、微生物学、材料学和生态学等学科的方法和手段，开展环境污染与健康、环境中持久性有机物的处理方法与技术、固体废弃物资源化及安全处置、环境污染模拟与控制和循环
2、经济与清洁生产等方向的污染控制理论、技术与装备研究。目前重点研究环境中毒害有机污染物对于人类健康的早期效应；研究毒害有机污染物在极端条件下（如射线、超临界、强磁场）的降解机理以及微生物净化机理；研究土壤、大气、地下水污染控制理论与修复技术；同时按照循环经济和产业共生的要求，探索环境资源循环转化与利用的新理论和新方法。本学科培养的学生具有能独立从事环境污染与控制研究、教学与环境管理的能力。二、学习年限1博士生的学习年限为 3-4 年2硕博连读的学习年限为 4.55 年3在职博士生的学习年限为 46 年三、主要研究方向1环境中毒害污染物分布、迁移、转化与界面相互作用2环境毒害污染物的外暴露及对健康
3、的早期效应3毒害污染物的控制与修复4污染辐射控制原理与方法5污染物监测/观测新技术6毒害污染物的物理化学特殊处理技术与原理7固体废物的资源化与危险废物的安全处置8绿色技术与清洁生产9环境污染控制材料制备与原理四、课程设置与学分要求（见表）1课程设置（见表）2学分要求(1) 三年制博士生：课程学习至少获得 16 学分。课程设置 2 门公共课、1 门专业课及学术研讨课(2) 在职博士生：课程与三年制博士生相同，但时间安排可按“在职任务”的实际情况而灵活安排。(3) 为提供学术水平，要求博士生在攻读博士期间讲 5 次学术讨论会及发表 3 篇论文五、科学研究和论文工作1开题报告(1) 开题：论文的研究
4、课题应与本专业的国际国内前沿研究相关或属于国家国民经济中的重大关键技术问题。(2) 开题的必要条件：应修满培养计划规定的学分（博士生阶段至少 16 学分）和递交2-3 篇文献阅读专题报告或学术讨论会小结报告。(3) 对开题报告的要求：在入学的一年内完成 8000 字以上的开题报告，内容包括文献综述、选题意义、研究内容、难点和特点、预期成果、可能的创新点等部分，引用文献不少于 50 篇。(4) 对开题报告的评审：组织 7 名高级职称（教授不少于 4 名）的有关教师听取开题报告和进行评议，评审通过后方可开题。开题报告为公开性报告。2阶段报告在论文课题研究的中期，在与开题报告相似的范围内，对论文的进
5、展情况进行阶段报告和中期考核，以保证按进度进行。若偏差较大，给予黄牌警告。3论文答辩(1) 前提条件A达到上海大学研究生学位授予科研成果量化指标和环境工程学科博士学位基本科研成果量化指标的要求；B已参加 30 次学术谈论会，评定成绩合格；C完成博士论文，经指导老师初审，2-3 位教授复审通过。(2) 通过论文预答辩(3) 评审和答辩按照研究生部相关规定执行。博士生的学位论文评阅和论文答辩按上海大学研究生学位授予工作细则执行。环境工程专业博士研究生课程设置类 别 课程编号 课 程 名 称 学时 学分 开课学期 备注000000701 现代科学技术革命与马克思主义 60 3 1公共基础课00000
6、0703 第一外国语（英语） 120 4 1,2学位课 专业基础课专业课110201701 表面物理化学 40 4 1必修课学术研讨课 专业前沿专题研讨 5Graduate Program for Ph.D. Degree in Environmental Engineering1.The aim1.1 The Ph.D. in environmental engineering is pursued by students who love the country and the communist party, insist the basic principle of the party
7、, comply with the law. With a good moral, strictness, enterprise, the candidate devotes oneself to the national modernization career.1.2. The Ph.D. candidate should have both the broad theoretical fundamentals and systematic and in-depth knowledge. He/she should have the initiative to update his/her
8、 knowledge following the latest technology development, and has potentials to make creative achievement in the fields of theoretical study, experimental study or technical study. 1.3. The main training objective of the Ph.D. program is to making study in the fields of environmental pollution & healt
9、h, the treatment techniques of POPs, solid waste recycle and safe disposal, environmental pollution modeling and control, recycling economy, clean manufacture, with the methods and measures of applied physical chemistry, microbiology, material science and ecology. The current research focus on sever
10、al areas, including the early effect of toxic organic pollutions on human health, the mechanisms responsible for degradation and biological purification of toxic organic pollution under extreme conditions (e.g. radial, hypercritical, ferromagnetic, etc.), the study on the pollution control of soil,
11、air and groundwater and bioremediation, the development of new knowledge and methods for the resource recovery. The goal of the program is to enhance the development of each students creativity and independence in the research of environmental pollution control and management. 2.Academic years2.1. 3
12、-4 years for full-time Ph.D. candidate2.2. 4-4.5 years for M.S.-Ph.D. candidate2.3. 4-6 years for part-time Ph.D. student3.Representative research areas3.1. The distribution, transfer, transform of the environmental toxic pollutants and interaction at the interface 3.2. The exposure of human to the
13、environmental toxic pollutants and its early effects on human health3.3. The control and treatment of toxic pollutants3.4. The control theory and methods of contaminated radiations3.5. The novel techniques for pollution monitoring and observation3.6. The theory and technology on physico-chemical tre
14、atment of toxic pollutants3.7. Resource recovery and safe disposal of hazardous solid waste3.8. Green technology and clean manufacture3.9. The preparation and principles of the materials for environmental pollution control4. Courses listing and credit requirement (See Table)4.1. Course listing (see
15、Table)4.2. Credit requirementsAt least 16 credits is required for full-time Ph.D. candidate. The curriculum includes two general courses, one core course and one seminar.The credit requirement for part-time Ph.D. student is the same as full-time student. For improving high quality of research, the P
16、h.D. student is required to give five oral presentations and publish three technical papers during the Ph.D. study.5Research and doctoral dissertation5.1Preliminary report(1)The student chooses area of research, which should focus on the latest research directions on the national and international l
17、evel, or the significant and key technical application of environmental engineering in national economy.(2)Requirement: Before the student begins the preliminary report about his or her research, the student should first take courses as the program required (16 subject units is the minimum for Ph.D.
18、 student) and complete two to three reports on literature review or some seminar reports after participating the research meeting.(3)Each student need to complete a preliminary report (8000 words) within the first year. In the report the student discusses his/her research proposal, including the rev
19、iews of literature, the objectives and scopes of his/her research, the key points of the study, and the plan for future work. The amount of cited literature should not be less than 50 in the preliminary report. (4)An examination committee consisting of seven faculty (in which at least four professor
20、s) review the preliminary report of Ph.D. student. The student should present a public oral report to the faculty and each presentation is followed by a question and answer period. Upon the satisfactory completion of the preliminary report, the student is admitted to Ph.D. candidacy. 5.2Interim exam
21、inationAt the middle point of research for Ph.D. degree, the student must schedule a meeting with his/her doctoral thesis committee and report the progress to the committee to make sure the study is confined within the scope as reported in the preliminary report and the research work is conducting a
22、ccording to schedule. 5.3Doctoral dissertation and defence(1) QualificationA The requirements for doctoral dissertation is satisfied according to regulations of Shanghai University and the School of Environmental and Chemical Engineering. B The doctoral candidate is required to participate in 30 doc
23、toral seminars.C The student writes a doctoral dissertation describing research result. The dissertation first should be reviewed by the supervisor and other two to three faculty. The committee indicates its approval of the dissertation before the process moves to the next step.(2)Successful complet
24、ion of preliminary oral defence(3)Examination and oral defenceThe copies of a complete written thesis will be sent to eleven to fifteen examiners for correspondence review and it is required that at least 8 examiners approve the thesis for doctoral oral defence. After the dissertation is amended fol
25、lowing the comments of examiners, an oral defence will be scheduled. If a student fails the thesis oral examination, please refer to related regulations issued by Graduate Studies, Shanghai University.The review process of doctoral thesis and the requirements of doctoral oral defence is accordance w
26、ith “The Regulations on Conferment of Graduate Degree in Shanghai University”.Curriculum for Ph.D. Degree in Environmental EngineeringCatagory Course Number Course Name Period Credit Term Remarks000000701Modern Science and Technology Revolution and Marxism60 3 1Public Basic Courses 000000703 The First Foreign Language (English) 120 4 1,2AcademicDegreeCoursesBasic and Specialized Courses110201701 Physical chemistry 40 4 1RequiredCoursesSeminars 5
