一、學科簡介Introduction

上海交通大學核反應堆工程專業(yè)始建于1958年，是國內首批創(chuàng)建并開展研究生培養(yǎng)工作的專業(yè)。1998年獲得“核能科學與工程”聯(lián)合博士學位授權點，2001年獲批“核科學與技術”一級學科博士后流動站。2006年增加學科設置、拓寬專業(yè)方向，成立了核科學與工程學院。2010年獲批核科學與技術一級學科點。

The discipline of Nuclear Science and Engineering at SJTU originated from the major of Nuclear Reactor Engineering which was established in 1958, and it is among the earliest ones in related field in China. In 1998, the joint doctoral program of "Nuclear Science and Engineering"was set up. In 2001, the first-level post-doctoral research station of "Nuclear Science and Technology" was approved. In 2006, the School of Nuclear Science and Engineering (SNSE) was established by increasing subjects and broadening the scope of specialties. In 2010, it was approved to be the first-level discipline in the field of Nuclear Science and Technology.

核科學與技術學科下設6個研究方向：核安全與系統(tǒng)仿真、反應堆熱工水力、核燃料循環(huán)與材料、核輻射防護與環(huán)境保護、核反應堆物理、先進核能系統(tǒng)。本專業(yè)具有一支國際化、高水平的師資隊伍，共有25名專職教師，教授6名, 其中曙光學者1名、優(yōu)青1名，副教授16名，所有專業(yè)教師均有博士學位，且具有海外經(jīng)歷。

The research fields in SNSE include six research directions: nuclear safety and system simulation, reactor thermo-hydraulics, nuclear fuel cycle and materials, nuclear radiation protection，reactor physics and advanced nuclear reactor systems. SNSE consists of 25 faculty members, and all have doctoral degree and overseas’ experience. Among them, it includes 6 Professors (1 Shuguang Scholar, 1 faculty member awarded the National Science Fund for Excellent Young Scholars) and 16 associate professors.

核科學與技術學科重實踐、寬基礎、嚴要求，培養(yǎng)學科交叉復合的創(chuàng)新人才。本專業(yè)注重對接國家核能發(fā)展重大需求，主持了國家“973”項目、國家自然科學基金重點項目、國家重點研發(fā)專項和國家科技重大專項課題等十余項，建成“上海市核電工程技術研究中心”和“先進核能系統(tǒng)熱工水力基礎研究國際合作基地”等實踐平臺，形成了研究生培養(yǎng)和科研工作的基礎。同時，本學科與美國密西根大學、德國KIT、日本東京大學、韓國科技大學等世界知名大學建成了國際交流合作平臺。

SNSE emphasizes on academic practice, broad foundation and strict requirements to cultivate students to be interdisciplinary, innovative as well as with global vision. In order to satisfy the fast development of nuclear energy application in China, SNSE hosted over 10 national key research projects，including National ‘973’ Project, Key Projects of NSFC, National Basic Research Programs, National Science and Technology Major Projects. Academic practice platforms aming to graduate education and research work have been established, such as “Shanghai Nuclear Power Engineering Technology Research Center" and "International Cooperation Base for Basic Research on Thermal-Hydraulic of Advanced Nuclear Reactor System". Meanwhile, SNSE has close international cooperation and develops exchange programs with University of Michigan, Karlsruhe Institute of Technology, University of Tokyo, Korea Advanced Institute of Science and Technology, etc.

二、培養(yǎng)目標Program Objective

圍繞學校研究生人才培養(yǎng)的總體目標，培養(yǎng)數(shù)理基礎知識優(yōu)秀、知識結構寬廣，專業(yè)領域知識精通，創(chuàng)新能力強、具備社會責任感、具有國際競爭力的核工程前沿領域專業(yè)人才，具備獨立承擔核工程技術和管理工作的能力。

We focus on the postgraduate training objective of our university. We will provide you with the excellent mathematical foundation, broad knowledge structure, high proficiency in a professional field, strong innovation ability, good sense of social responsibility, and global competitiveness in the frontier of nuclear engineering. You will be given the grounding to engage in nuclear engineering technology and management independently.

學生畢業(yè)時可達到：

1、具有優(yōu)秀的數(shù)理基礎理論知識，深入的核工程相關方向基礎知識，熟悉學科的進展、動向和最新發(fā)展前沿；

2、掌握解決工程問題的現(xiàn)代研究方法與實驗技術，具有應用理論和方法對相關專業(yè)方向工程問題的理解和分析的能力；

3、具有較強的創(chuàng)新意識，在本學科某一方向取得實踐性研究成果；

4、至少精通一門外國語，能熟練地閱讀本專業(yè)外文資料，具有較強的寫作能力；

5、具備優(yōu)秀的工程實踐能力、良好的職業(yè)道德和社會責任感。

Upon graduation, you will:

1. Have the excellent mathematical foundation, in-depth fundamental knowledge in nuclear engineering and related areas, and be familiar with the progress, trends and latest development of the discipline;

2. Master the modern research methods and experimental techniques to solve engineering problems, and have the ability to apply theories and approaches to understand and analyze technical engineering problems in related professional directions;

3. Have a strong sense of innovation, and get practical contribution in a specific area of the discipline;

4. Show proficiency in at least one foreign language, read foreign language literature of your major fluently, and have good skills in writing;

5. Have good engineering practice ability, professional ethics and social responsibility.

三、培養(yǎng)方式及學習年限 Training Mode and Study Duration

全日制專業(yè)碩士生采用全日制學習、導師負責制培養(yǎng)模式；新生入學后兩周內經(jīng)師生互選確定導師。

學制為二年半。基地生培養(yǎng)方式為1年校內+1.5年企業(yè)。未能按時完成學業(yè)者，經(jīng)申請批準后其學習年限可適當延長，最長可以延期至三年半。

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. The mode for Joint-training students is 1 year on-campus+1.5 years in enterprises. 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、課程學習要求 Course Requirement

全日制專業(yè)型碩士生，課程總學分≥23學分，本院開設的全英文課程、專業(yè)前沿課，至少選擇2門。其中：選擇GPA統(tǒng)計源的課程≥16學分，GPA≥2.7方可以進行論文答辯。
        Full-time Professional Master Program. Minimum credits: 23 credits, including at least 16 credits from GPA courses. One English-teaching course is required. Students whose GPA of the GPA courses is above 2.7 are eligible for doctoral study.

        1. 公共基礎課程   9.5學分
           General Courses. 9.5 credits.

       a. MARX6001新時代中國特色社會主義理論與實踐，2學分，必修

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

        b. MARX6003自然辯證法概論，1學分，必修
            MARX6003 Dialectic  of  Nature, 1 credit, compulsory.

        c. FL6001學術英語，2學分，必修
            FL6001 English for Academic Purposes, 2 credits, compulsory.

        d. GE6001學術寫作、規(guī)范與倫理，1學分，必修，院系開課
            GE6001 Academic Writing, Norms and Ethics, 1 credit, compulsory offered by ME school.

        e. GE6003 實驗室安全教育，0.5學分，必修，院系開課

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

        f. 數(shù)學課，數(shù)學公共基礎課至少修習1門、學分不限，必修

           Mathematics, compulsory.

       2. 專業(yè)前沿課：GE8001專業(yè)實踐，1學分，必修

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

       3. 專業(yè)基礎課：至少修習6學分；ME6566 復雜系統(tǒng)的設計與實踐，3學分，所有專碩生必修，如本科已修項目式實踐教學設計課程，可申請免修。

          Core Courses, at least 6 credits.
          Design and Practice of Complex System (ME6566), 3 credits, compulsory

五、培養(yǎng)過程要求 Training Requirement

基地生的培養(yǎng)環(huán)節(jié)（開題、中期考核、答辯）由校企聯(lián)合組織。所有學生的各環(huán)節(jié)的具體要求如下：

The training sessions (Proposal, Intermediate Evaluation and Defense) of the Joint-training students are organized by the college and enterprises. The specific requirements of each session for all students are as follows:

開題報告：在第三學期起開題。開題報告要求就學位論文選題的科學根據(jù)、目的意義、研究內容、預期目標、研究方法和課題條件等做出論證，并由導師組織3～5位教授加以審核。

Thesis proposal: Thesis proposal work will start in the 3^th 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.

年度報告（論文中期考核）：在開題報告完成后，第四學期。由碩士生本人提交、導師給出評語、學科、學院審核。年度報告的形式也可以結合學術討論會或專題研究報告會進行。年度報告的內容含：1、已完成的論文工作、階段性成果。2、下一步工作內容、擬發(fā)表論文計劃等。3、導師對已有工作的評價、以后工作的估計和指導。

Annual report (Thesis Project Intermediate Evaluation): The evaluation usually takes place in the 4^th 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.

論文答辯：在第五學期結束前后完成。論文答辯由一級學科統(tǒng)一組織，各一級學科推舉后15%的同學到學院層面上進行二次答辯。

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

實踐實習環(huán)節(jié)：

本專業(yè)全日制專業(yè)學位生需要完成1個學分GE8001《專業(yè)實踐》、6個學分社會實踐課程ME6564《復雜系統(tǒng)的設計與實踐》。

《專業(yè)實踐》：基地聯(lián)培生將由聯(lián)培基地單位給予成績考核與評定。

《復雜系統(tǒng)的設計與實踐》：所有專碩生必修，如本科已修項目式實踐教學設計課程，可申請免修。

Practical Internship: Students shall completed the study of a one-credit course named Professional practice (GE8001) and a six-credit social practice course(ME6564: Design and Practice of Complex System).

詳見一覽表：See the list for details

六、學術成果要求 Requirement on Academic Requirement

（一）對于碩士研究生在學期間發(fā)表論文的要求如下：

Paper Publication Requirements for master students:

1、每位碩士生在申請學位論文答辯之前，必須在核心期刊等重要刊物上以第一作者身份發(fā)表或錄用至少一篇論文，或者導師為第一作者本人為第二作者發(fā)表兩篇論文。

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、發(fā)表學術論文必須以上海交大名義發(fā)表。

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

（二）實踐成果

實踐成果類型主要包括產(chǎn)品設計、方案設計等形式，鼓勵結合工程前沿技術研究、重大工程設計、新產(chǎn)品或新裝置研制等進行完成。

產(chǎn)品設計形式。“產(chǎn)品”指通過作者的實踐活動產(chǎn)生具有實用性、創(chuàng)新性、科學性的智力成果，類型可以包括機電產(chǎn)品、設備或裝備等多種類型的工程產(chǎn)品。產(chǎn)品設計由“產(chǎn)品展示”和“產(chǎn)品設計報告”兩部分組成。產(chǎn)品設計應體現(xiàn)作者掌握本專業(yè)領域堅實的基礎理論和系統(tǒng)的專業(yè)知識，具有運用科學方法、技術手段、人文和環(huán)保知識等解決工程實際問題的能力。

方案設計形式。“方案設計”指綜合運用專業(yè)領域的基礎理論、專業(yè)知識、科學方法、專業(yè)技術手段與技術經(jīng)濟知識，融入人文和環(huán)保理念，對工程實踐中具有較高技術含量的工程項目、設備、裝備及其工藝等開展的設計活動。方案設計由“方案展示”和“方案設計報告”兩部分組成。方案設計應體現(xiàn)作者掌握本專業(yè)領域堅實的基礎理論和系統(tǒng)的專業(yè)知識，成果應具備新穎性、合理性與實際應用價值。

產(chǎn)品設計、方案設計的選題要求、內容要求、規(guī)范性要求、創(chuàng)新與貢獻要求、實踐成果展示及評鑒、評價要素等，參照全國工程專業(yè)學位研究生教育指導委員會《工程類專業(yè)學位類別碩士學位論文基本要求》執(zhí)行。

七、學位論文 Thesis/dissertation

1、學位論文的基本要求Basic Requirements

碩士學位論文，要求對所研究的課題有新見解或新成果，并對本學科發(fā)展或經(jīng)濟建設、社會進步有一定意義，表明作者掌握堅實的基礎理論和系統(tǒng)的學科知識，具有從事學術研究或擔負專門技術工作的能力。

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 dissertation theme. The doctoral dissertation 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.

學位論文必須是一篇系統(tǒng)的、完整的學術論文，是學位申請者本人在導師的指導下獨立完成的研究成果，論文不得抄襲和剽竊他人成果。學位論文的學術觀點必須明確，且立論正確，推理嚴謹，數(shù)據(jù)可靠，層次分明，文字通暢。

A graduate dissertation 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、學位論文的撰寫要求Format for Thesis

學位論文應使用中文撰寫，碩士學位論文字數(shù)一般為4～5萬。學位論文中使用的術語、符號、代號必須全文統(tǒng)一并符合規(guī)范化要求。計量單位一律采用國務院發(fā)布的《中華人民共和國法定計量單位》。學位論文一般包括以下12部分，依次為封面、題名頁、扉頁、摘要、目錄、符號說明（非必須）、正文、參考文獻、注釋（非必須）、附錄（非必須）、致謝、學術論文和科研成果目錄。

         The thesis should be written in Chinese. The terms, symbols and codes used in the dissertation 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 dissertation 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.