软件工程专业型硕士研究生培养方案模板.docx

1、软件工程专业型硕士研究生培养方案模板软件工程专业型硕士研究生培养方案（领域代码：*，授工程硕士学位）Education Plan for Professional Graduate in Software Engineering（Discipline Code:*,Award Master Degree of Engineering）一、培养目标I Objectives全日制软件工程专业卓越工程师硕士专业学位研究生培养目标是培养设计开发型、具有创新能力、创业能力和实践能力，具有国际视野的复合型软件工程人才。培养目标的基本要求是：1、培养严谨求实的科学态度和作风，具有创新求实精神和良好的科研道德

2、，并具备学术骨干优良的全面素质。2、具有软件工程领域的扎实的基础理论和系统的专业知识，能够适应科学进步及软件产业、信息产业和现代服务业的需要，掌握软件工程扎实的基础理论和工程技术基础，具备运用先进的软件工程方法、技术和工具从事大型软件的研究、分析、设计、开发、检测、维护和项目管理能力。3、培养创新精神，在本学科或专门技术上做出创新性的成果。4、培养科研团队精神与优秀职业素养，且具有从事科学研究工作的良好素质。5、掌握一门外语，具备良好的阅读、理解和撰写外语资料的能力和进行国际化交流的能力。Software engineering involves software industry, info

3、rmation industry and modern service technology, which represent the future direction of industrial development community. Software engineering discipline intends to training students who comply with the constitution and laws, and have well behavior. 1.Training rigorous and realistic scientific attit

4、ude and style, innovative and realistic spirit and good research ethics, academic backbone and have excellent overall quality. 2.Having expertise in the field of software engineering and solid foundation of theoretical systems, able to adapt to scientific progress and the software industry, informat

5、ion industry and modern service-oriented software engineering, software engineering, software project management and software engineering services four major research areas, with the use of advanced software engineering methods, techniques and tools for large software research, analysis, design, dev

6、elopment, testing, maintenance and project management capabilities.3.Practicing the spirit of innovation in the discipline or specialized technology to make innovative results.4.Cultivating research team, and has engaged in scientific research work of good quality.5.Have a good reading, comprehensio

7、n and writing ability and capacity for communication in foreign languages.二、研究方向II Disciplinary Research Areas1、软件工程理论 2、软件工程技术3、软件工程管理 4、软件服务工程1.Software engineering methods and techniques2.Cloud services and big data analytics3.Embedded systems and networking technology 4.Network and Information S

8、ecurity三、学制、学习年限及学分要求III Educational System and Years of Study1、全日制专业学位硕士研究生学制2年，学习年限一般为2年，最长不超过4年。2、应获得总学分不少于22学分，其中课程学分不少于16学分，学位课程学分不少于12学分，必修环节不少于6学分。1. The educational system for professional graduates in software engineering is two years and the study period lasts generally two to three years,

9、 no more than four years.2. Total credits in engineering of professional graduate should be greater or equal to 22 credits, at least 16 credits for course credit, at least 12 credits for degree course, and at least 6 credits for compulsory part.四、课程设置IV Curriculum System and Credit Requirements课程类别C

10、ourse category 课程编号Course No.课程名称Course name 学时Hour 学分Credit 开课学期Semester 开课单位School备注Remark 学位课degree courses*-006第一外国语（英、日、法、德、俄语）First Foreign Language(English, Japanese, French, German, Russian)5431外国语学院School of Foreign Languages*自然辩证法概论Introduction to Dialectics of Nature1811马克思主义学院School of M

11、arxism*数学物理方法Methods of Mathematical Physics3621理学院School of Science不少于2学分Not less than 2 credits*矩阵分析Matrix Analysis3621理学院School of Science*统计计算Statistical computing3621理学院School of Science*随机过程及应用Stochastic process and application3621或者2理学院School of Science*数值计算Numeral Calculations3621或者2理学院Schoo

12、l of Science*数学建模Mathematical modeling3621或者2理学院School of Science*高级人工智能技术Advanced artificial intelligence technology5431计算机学院School of Computer Science and Technology*高性能计算机网络High-performance computer network5431计算机学院School of Computer Science and Technology*现代软件工程学Modern software engineering5431计算

13、机学院School of Computer Science and Technology方法类Methodology*现代数据库技术Modern database technology5431计算机学院School of Computer Science and Technology*软件项目管理Software Project Management5431计算机学院School of Computer Science and Technology*现代计算机体系结构Modern computer architecture5431计算机学院School of Computer Science

14、and Technology*高级软件体系结构Advanced Software Architecture5431计算机学院School of Computer Science and Technology*可靠性工程导论Introduction to Reliability Engineering5431计算机学院School of Computer Science and Technology选修课Elective*外国语（专业）Foreign Languages (PRO)1811计算机学院School of Computer Science and Technology必选requir

15、ed软件工程方法与技术Software engineering methods and techniques*软件开发模式Software development model3622计算机学院School of Computer Science and Technology*算法分析与设计Design and Analysis of Algorithms3621计算机学院School of Computer Science and Technology*软件工程经济学Software Engineering Economic3622计算机学院School of Computer Science

16、 and Technology*构件化软件技术Component Software Technology3621计算机学院School of Computer Science and Technology*电子商务与电子政务E-commerce and e-government3621计算机学院School of Computer Science and Technology*现代信息系统集成Modern information systems integration3622计算机学院School of Computer Science and Technology*大型软件工程项目综合设计L

17、arge software projects integrated design1812计算机学院School of Computer Science and Technology云服务及大数据分析Cloud and big data analytics*智能计算方法Intelligent calculation3622计算机学院School of Computer Science and Technology*知识发现与数据挖掘Knowledge Discovery and Data Mining3621计算机学院School of Computer Science and Technolo

18、gy*人工神经网络技术Artificial Neural Network Technology3622计算机学院School of Computer Science and Technology*现代优化方法设计Modern Design Optimization3622计算机学院School of Computer Science and Technology*智能信息检索技术Intelligent Information Retrieval3622计算机学院School of Computer Science and Technology*社会媒体计算Social media comput

19、ing3622计算机学院School of Computer Science and Technology*大数据技术与应用Big DataTechnology and Applications3622计算机学院School of Computer Science and Technology*云计算应用Cloud computing applications1811计算机学院School of Computer Science and Technology*Web数据管理综合设计Integrated Data Management Web Design1811计算机学院School of C

20、omputer Science and Technology嵌入式系统与物联网技术Embedded systems and networking technology*嵌入式系统设计Embedded System Design3621计算机学院School of Computer Science and Technology*实时操作系统Real-Time Operating System3622计算机学院School of Computer Science and Technology*普适计算Pervasive Computing3622计算机学院School of Computer Sc

21、ience and Technology*计算机通信技术Computer Communication Technology3622计算机学院School of Computer Science and Technology*嵌入式及物联网综合设计Physical interconnection of embedded integrated design1812计算机学院School of Computer Science and Technology网络与信息安全Network and Information Security*网络与信息安全Network and Information Se

22、curity3621计算机学院School of Computer Science and Technology*计算机协同工作技术CSCW technology3622计算机学院School of Computer Science and Technology*分布式并行处理与应用Distributed Parallel Processing and Applications3622计算机学院School of Computer Science and Technology*计算机视觉技术Computer Vision Technology3622计算机学院School of Compute

23、r Science and Technology*数值模拟与可视化仿真Numerical simulation and visual simulation3622计算机学院School of Computer Science and Technology*网络、群体与市场Networks, groups and market3621计算机学院School of Computer Science and Technology*信息安全综合设计Information Security Design1812计算机学院School of Computer Science and Technology新

24、媒体技术New Media Technology*数字出版导论Introduction to Digital Publishing3621计算机学院School of Computer Science and Technology*数字出版元数据基础Digital Publishing metadata infrastructure3621计算机学院School of Computer Science and Technology*出版数据逻辑模型Publishing data logic model3621计算机学院School of Computer Science and Technol

25、ogy*数据治理与数据应用Data governance and data applications3622计算机学院School of Computer Science and Technology*元数据管理与数据质量Metadata management and data quality3622计算机学院School of Computer Science and Technology*数字传播工程综合实训Digital communication engineering integrated training1811计算机学院School of Computer Science and

26、 Technology必修环节Compulsory courses*计算机学院硕士课程实践Master of Computer Science, Practice21计算机学院School of Computer Science and Technology必选required*计算机学院硕士综合实践Master of Computer Science, Comprehensive Practice31计算机学院School of Computer Science and Technology必选required*开题及中期考核Open question and medium-term ass

27、essment12计算机学院School of Computer Science and Technology必选required五、必修环节VCompulsory Courses（一）实践环节全日制硕士专业学位研究生在学期间，必须保证不少于半年的实践教学，可采用集中实践与分段实践相结合的方式，应届本科毕业生的实践教学时间原则上不少于1年。全日制硕士专业学位研究生的实践环节分为课程实践和综合实践两部分。1、课程实践：在校内实验中心、研究中心等单位完成，主要进行专业课程实践和科研技能训练。课程实践合格者记2学分。2、综合实践：依托校外实践基地完成，在校内外导师的共同指导下，结合软件工程实际岗位，

28、进行专业综合实践和应用能力训练。综合实践合格者记3学分。以上两个实践环节是全日制硕士专业学位研究生培养过程的必备过程，研究生要提交实践计划，撰写实践总结报告。对研究生实践环节实行全过程管理和质量评价，确保实践教学质量。（二）选题报告及中期考核1、研究生应在导师指导下，通过查阅文献资料、调查研究，在第3学期提出学位论文选题报告。2、学位论文选题应来源于应用课题或工程实践，必须有明确的工程背景和应用价值。选题报告经开题报告考核小组审议通过，学院审定后报研究生院培养处教学管理科。选题报告通过后记1个必修环节学分。3、全日制硕士专业学位研究生参加学校的中期考核。其中期考核的具体要求，参照研究生手册“研究生中期考核与选题管理办法”执行。(A) Practice During the stu