（学科代码：430114）

　　集团土木工程学科建立于1923年，经过金宝桢、徐百川、梁治明、刘树勋、丁大钧、方福森、方左英、唐念慈、吕志涛、邓学钧、蒋永生等几代人的不懈努力，已在该领域取得了大批研究成果，在国内外享有较高声誉。现有土木工程博士后流动站、土木工程一级学科博士点、国家重点学科、教育部重点实验室和教育部特聘教授岗位，是国家“211工程”、“985工程”重点建设学科。

建筑与土木工程专业涵盖了结构工程、防灾减灾与防护工程、岩土工程、桥梁与隧道工程、市政工程、土木工程建造与管理、工程力学等学科，不仅涉及工程学科，还与经济学、人文社科、管理学科交叉。

掌握马列主义毛泽东思想和邓小平理论，热爱祖国，遵纪守法、学风严谨，实事求是，有良好的敬业精神和合作精神。

培养建筑与土木工程领域应用型高层次技术、管理人才。研究生须掌握该工程领域较坚实的基础理论、宽广的专业知识、现代管理知识以及先进的科技方法。具有独立从事建筑与土木工程规划、工程设计、工程施工和工程管理的工作能力。

（1）土木工程（含结构工程、防灾减灾与防护工程、岩土工程、桥梁与隧道工程）

（2）市政工程

（3）土木工程建造与管理

   学习年限一般为2年。

学分要求和课程设置（见附表）

学位论文选题应来源于应用课题或现实问题，必须有明确的职业背景和应用价值。学位论文形式可采用调研报告、应用基础研究、规划设计、产品开发、案例分析、项目管理分析报告等形式。学位论文要求概念清楚、论述严谨、计算正确、数据可靠，且层次分明、文笔简洁、流畅、图标及各类符号规范清晰，以体现研究生综合运用科学理论、方法和技术解决实际问题的能力。

在学位论文选题及研究方向范围内至少调研、阅读文献30篇，至少完成一篇综述报告。

围绕学位论文开展科研工作的时间一般不少于1年。鼓励实行双导师制。

 

组 别	课程 编号	课程名称	开课 学期	学时	学分	授课 方式	考试 方式	备注
A 公 共 基 础 课	S000101	自然辩证法和科学社会主义	秋季	36	2.0	面授讲课	笔试
	S000105	硕士学位外语	秋季	54	3.0	面授讲课	笔试
	S005999	外语专业文献精读	春季	18	1.0	面授讲课	笔试
B 专 业 基 础 课	S000112	数值分析	秋季	54	3.0	面授讲课	笔试	选1
	S014101	最优化理论与方法(运筹学)	秋季	54	3.0	面授讲课	笔试
	S005101	计算力学	秋春	54	3.0	面授讲课	笔试	选1
	S005110	工程结构设计理论	秋春	54	3.0	面授讲课	笔试
	S005119	环境水力学	秋季	36	2	面授讲课	笔试
	S005202	项目经济分析原理与方法	秋春	54	3.0	面授讲课	笔试
C 专 业 必 修 课	S005111	高层建筑结构	秋季	36	2.0	面授讲课	笔试	至少选 2 门
	S005133	高等土力学	秋季	54	3.0	面授讲课	笔试
	S005140	高等基础工程	秋春	54	3.0	面授讲课	笔试
	S005106	桥梁结构分析理论	秋春	54	3.0	面授讲课	笔试
	S005141	隧道工程	秋春	36	2.0	面授讲课	笔试
	S005112	工程结构抗震分析	春季	54	3.0	面授讲课	笔试
	S005137	工程结构抗风分析	春季	36	2.0	面授讲课	笔试
	S005127	给水与废水处理原理	秋季	54	3.0	面授讲课	笔试
	S005129	水需求管理与规划	春季	36	2.0	面授讲课	笔试
	S005205	现代项目管理理论和方法	春季	54	3.0	面授讲课	笔试
	S005115	工程施工技术理论	秋季	36	2.0	面授讲课	笔试
	S005134	复杂工程施工与安全技术	秋季	36	2.0	面授讲课	笔试
	S005316	有限元程序设计	秋季	36	2.0	面授讲课	笔试
	S005121	工程结构鉴定与加固技术	春季	36	2.0	面授讲课	笔试
	S005139	纤维增强复合材料与结构	春季	36	2.0	面授讲课	笔试
	S005107	结构动力学	秋季	54	3.0	面授讲课	笔试
	S005131	结构试验与检测	春季	36	2.0	面授讲课	笔试
D	职业素质课程		秋季、春季		2.0	请企业专家或领导做6次职业素质讲座。考查
必 修 环 节	实践训练环节	一般为工程生产实践，时间0.5-1.0年，要求提交总结报告交导师签字认可			5.0		考查
	学术讨论和学术会议	参加学术研讨活动和学术会议至少2次并做至少1次学术报告			1.0		考查

注：1. 工程硕士研究生在校期间课程总学分最低要求为26学分，其中学位课程最低学分要求为18学分 （含职业素质课程2学分），其余为非学位课程。此外，还应完成必修环节6学分。

2.     要求所有课程学习一般应在入学后一学年半内完成，其中学位课程学习一般应在入学后一学年内完成。

3.     学位课程根据此表，非学位课程从“研究生课程目录”中选择。

4.     实践环节时间可以采用连续性的也可采用间断累积的方式。

 

 

 

 

（subject code：430114）

Discipline of Civil Engineering of Southeast University was established in 1923. With the tireless efforts of several generations such as Jin Baozhen, Xu Baichuan, Liang Zhiming, Liu Shuxun, Ding Dajun, Fang Fusen, Fang Zuoying, Tang Nianci, Lv Zhitao, Deng Xuejun, Jiang Yongsheng etc., discipline of Civil Engineering has been achieved large number of research results in this area and enjoys a high reputation both at home and abroad. There are Post-doctoral Research Station of Civil Engineering, I Grade Doctoral Discipline of Civil Engineering, the National Key Discipline, Education Ministry Key Laboratory and Changjiang Scholar Professor Positions of Education Ministry. It is the key construction disciplines of the national "211 Project" and "985 Project".

The Architecture and Civil Engineering Specialty covers disciplines such as Structural Engineering, Disaster Prevention and Reduction &Protection Engineering, Geotechnical Engineering, Bridge and Tunnel Engineering, Municipal Engineering, Civil Construction and Management, Engineering Mechanics. These involve not only engineering, but also economics, humanities and social sciences, management subjects.

The master must grasp Marxism-Leninism, Maoism and Deng Xiaoping theory, love Motherland, abide on discipline and law, have rigorous style of study, seek truth from facts and have a good spirit of professionalism and cooperation.

The technical and management personnel in the field of Architecture and Civil Engineering are brought up. The master must have a good broad theoretical foundation of Civil Engineering, knowledge of modern management methods and advanced technology. At the same time, the master is fostered to be able to engage in the field of architecture and civil engineering planning, engineering design, engineering construction and engineering management.

(1) Civil Engineering (including Structural Engineering, Disaster Prevention and Reduction &Protection Engineering, Geotechnical Engineering, Bridge and Tunnel Engineering.)

(2) Municipal Engineering

(3) Civil Construction and Management

Generally 2 years

Credit Requirements and Curriculum（see attached table）

The thesis topics should be derived from the application or practical problems, and must have a clear career background and application value. Thesis research report, applied basic research, planning and design, product development, case studies, project management, analysis and other forms can be used in the dissertation. The dissertation should be required clear concepts, discusses rigorous, correct calculation, reliable data, evident structure, concise writing and regulated symbols in order to reflect the post-graduate’s ability of integrated use of scientific theories, methods and techniques to solve practical problems.

In the scope of the thesis topics and research direction, at least 30 references should be reviewed. At least one synthesis report should be completed.

Thesis research work should be carried out not less than 1 year. The system of Two-Tutor is encouraged.

Group No.	Course No.	Course Title	Study Semester	Hours	Credit	Medium	Examination	remark
A. The public basic courses	S000101	Natural Dialectics and Scientific Socialism	Autumn	36	2.0	Present instruction	Written
	S000105	Degree English of Master	Autumn	54	3.0	Present instruction	Written
	S005999	Intensive Reading of Professional Literature in English	Spring	18	1.0	Present instruction	Written
B. The Professional Basic Courses	S000112	Numerical Analysis	Autumn	54	3.0	Present instruction	Written	Select1
	S014101	Optimization Theory and Methods (operational research)	Autumn	54	3.0	Present instruction	Written
	S005101	Computational Mechanics	Autumn -Spring	54	3.0	Present instruction	Written	Select1
	S005110	The Design Theory on Engineering Structure	Autumn -Spring	54	3.0	Present instruction	Written
	S005119	Hydraulics  of Circumstance	Autumn	36	2	Present instruction	Written
	S005202	The Principles and Methods of Project Economic Analysis	Autumn -Spring	54	3.0	Present instruction	Written
C. Professional courses	S005111	Tall Building Structures	Autumn	36	2	Present instruction	Written	Select2 at least
	S005133	Advanced Soil Mechanics	Spring	54	3.0	Present instruction	Written
	S005140	Advanced Foundation Engineering	Spring	54	3.0	Present instruction	Written
	S005106	Analytical theory of bridge structures	Autumn -Spring	54	3.0	Present instruction	Written
	S005141	Tunnel Engineering	Autumn -Spring	36	2.0	Present instruction	Written
	S005112	Seismic Analysis of Engineering Structures	Spring	54	3.0	Present instruction	Written
	S005137	Wind-Resistance Analysis of Engineering Structures	Spring	36	2.0	Present instruction	Written
	S005127	Principles of water and supply wastewater treatment	Autumn	54	3.0	Present instruction	Written
	S005129	Water Demand Management and Planning	Spring	36	2.0	Present instruction	Written
	S005205	Modern project management	Autumn	54	3.0	Present instruction	Written
	S005115	Building Construction technique	Autumn	36	2.0	Present instruction	Written
	S005134	The construction of large-scale complex projects	Autumn	36	2.0	Present instruction	Written
	S005316	Finite Element Programming	Autumn	36	2.0	Present instruction	Written
	S005121	Technique of Structure Evaluation and Strengthening	Spring	36	2.0	Present instruction	Written
	S005139	Fiber reinforced polymer (FRP) and FRP reinforced structure	Spring	36	2.0	Present instruction	Written
	S005107	Structural Dynamics	Autumn	54	3.0	Present instruction	Written
	S005131	Structural test and inspection	Spring	36	2.0	Present instruction	Written
D	Professional Quality Courses		Autumn -Spring		2.0	Six professional quality lectures by enterprise experts and leadings	check
Compulsory part	Practice training	In general, the training is production practice from six months to one year. The final report should be submitted to the tutor and requires approval signature			5		check
	Academic discussion and academic conferences	Participate in academic seminars or academic meetings at least 2 times and do academic report at least 1 time.			1		check

Note: 1. During master's courses at school, the minimum requirement of the total credits is 26 credits, including degree programs credit of 18 credits (including 2 credits of professional quality courses) which is the minimum requirement, and the remaining are non-degree courses. Furthermore, it should be a compulsory part of the completion of 6 credits.

2. All courses require graduate students to learn after school should normally be completed within half and one year, and degree programs should be learned in the first year.

3. Degree programs are based on this table and non-degree courses are selected from the "post-graduate courses directory".

4. Practice time may be accumulated continuously or intermittently.