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1、土木工程学院 土木工程专业本科培养方案 土木工程专业本科培养方案 Undergraduate Program for Specialty in Civil Engineering 一 修业年限及授予学位名称 Length of Schooling and Degree 四年 工学学士 Four year program bachelor of engineering 二 培养目标 Educational Objectives 本专业培养具备有关土木工程学科基础理论知识以及项目规划和研究开发的能力 能在土木工 程领域 施工管理工作等部门从事设计 施工管理等技术工作的高素质 创新型工程技术人才 T
2、he students are taught and trained with fundamental theories and technical skills in civil engineering to promote capabilities to carry out design as well as construction management tasks Talented and innovative professionals are expected 三 培养规格及要求 Skills Profile 本专业学生主要学习土木工程学科的基本理论和基本知识 接受土木工程师的基本
3、训练 毕业生应获得以下几方面的知识和能力 1 具有基本的人文社会科学基本理论知识和素养 在哲学及方法论 经济学 法律等方面具有 必要的知识 对文学 艺术 伦理 历史 社会学及公共关系学等方面进行一定的修习 2 具有较扎实的自然科学基本理论知识 掌握高等数学 了解现代物理 化学的基本知识 了 解当代科学技术发展的其他主要方面和应用前提 3 具有扎实的专业基础知识和基本理论 掌握工程力学 流体力学 结构工程和岩土工程的基 本理论 掌握工程规划与选型 工程材料 结构分析与设计 地基处理 施工技术和施工组织方面 的基本知识 掌握有关工程测量 测试与试验的基本技能 了解建设项目管理方面的基本内容 4 具
4、有综合应用各种手段 包括外语 查询资料 获取信息的基本能力 5 具有应用语言 文字 图形等进行工程表达和交流的基本能力 掌握计算机应用的基本能力 了解土木工程的主要标准与法规 6 具有进行工程设计 施工 管理的初步能力 经过一定环节的训练 具有研究和应用 科技 开发的创新能力 Each student is required to study mainly the fundamental theories and basic knowledge of civil engineering and is provided training of basic technical skills as
5、a civil engineer The graduate is required to acquire the following knowledge and abilities 1 The graduate is required to have the basic theories and accomplishment of humanity the necessary knowledge of philosophy and its methodology law and the fundamental knowledge of art literature ethics history
6、 and sociology as well as public relations 2 The graduate is required to have a relatively solid foundation of knowledge on natural science 重庆大学 2012 级本科人才培养方案 mastering higher mathematics modern physics and chemistry as well as the other aspects of modern scientific development and the premise of a
7、pplications 3 The graduate is required to have a solid foundation of knowledge on professional basis and theories mastering the fundamental theories of engineering mechanics hydrodynamics structural engineering and geodetics as well as the basic knowledge of project plan engineering material structu
8、ral analysis and design foundation treatment construction technology and management basic skill of surveying basic methods for testing and experiments and the procedure of project management 4 The graduate is required to be able to inquire technical materials and information by various means especia
9、lly by means of foreign languages 5 The graduate is required to be able to express ideas and carry out communication with professional jargons and engineering drawings as well as to be skillful in computer utilization He or she is required to be familiar with the provisions of national standards and
10、 design codes of civil engineering 6 The graduate is required to have the basic abilities to finish design construction and management tasks He or she is expected to be able to engage in research as well as technical development activities after being trained further 四 主干学科和主要课程 Major Disciplines an
11、d Courses 主干学科 力学 土木工程 主要课程 理论力学 材料力学 结构力学 流体力学 土力学 工程地质 基础工程 土木 工程材料 工程测量 混凝土结构基本原理 钢结构设计原理 土木工程施工等 Core disciplines mechanics civil engineering Courses theoretical mechanics material mechanics structural mechanics hydrodynamics soil mechanics engineering geology foundation engineering material of
12、civil engineering surveying basic principles of design of concrete structures basic principles of design of steel structure design construction etc 五 研讨型课程 Seminer Courses 新生研讨课 土木工程概论 Freshman Seminars Introduction of Civil Engineering 六 课程体系的构成及学分 学时分配和最低毕业学分 Hours Credits of Course system and Min
13、imum Graduate Credits 课程类别 学时 周数 学分 学时 分 比例 必 修 通识教育基础 936 学时 58 5 34 8 学科大类基础 600 学时 37 5 22 3 专业主干 建筑工程 176 学时 11 6 5 岩土工程 168 学时 10 5 6 3 道桥工程 208 学时 13 7 7 安装工程 176 学时 11 6 5 土木工程学院 土木工程专业本科培养方案 集中实 践环节 建筑工程 35 周 22 5 13 4 岩土工程 35 周 22 5 13 4 道桥工程 36 5 周 24 14 3 安装工程 33 周 21 5 12 8 选 修 文化素质 192
14、学时 6 3 6 通识教育基础 40 学时 2 5 1 5 学科大类基础 232 学时 14 5 8 6 专业选修 建筑工程 248 学时 15 5 9 2 岩土工程 256 学时 16 9 5 道桥工程 192 学时 12 7 1 安装工程 264 学时 16 5 9 8 最低毕业学分 168 Type of Course Hours Weeks Credits Percentage Required Courses Basic Course in General Education 936 Hours 58 5 34 8 Basic Course in General Discipline
15、 600 Hours 37 5 22 3 Major Courses in Specialty Building Engineering 176 Hours 11 6 5 Rock Engineering 168 Hours 10 5 6 3 Road Bridge Engineering 208 Hours 13 7 7 Installation Engineering 176 Hours 11 6 5 Practical Training Building Engineering 35 Weeks 22 5 13 4 Rock Engineering 35 Weeks 22 5 13 4
16、Road Bridge Engineering 36 5 Weeks 24 14 3 Installation Engineering 33 Weeks 21 5 12 8 Elective Courses Culture Elective Courses 192 Hours 6 3 6 Basic Course in General Education 40 Hours 2 5 1 5 Basic Course in General Discipline 232 Hours 14 5 8 6 Selective Courses in Specialty Building Engineering 248 Hours 15 5 9 2 Rock Engineering 256 Hours 16 9 5 Road Bridge Engineering 192Hours 12 7 1 Road Engineering 264 Hours 16 5 9 8 Installation Engineering 264 Hours 16 5 9 8 Minimum Graduate Credits
