2015教学大纲(理论课程 中英文)

浙江师范大学

Zhejiang Normal University

交通运输专业

课程实践（设计、实习）教学大纲Traffic and Transportation Major

Course Practice

(Design/Internship)

Course Syllabus

2015年10月

October, 2015

浙江师范大学交通运输专业理论课程教学大纲

目录

《画法几何与工程制图》教学大纲 (6)

1. Descriptive Geometry and Engineering Drawing: Course Syllabus (6)

《计算机辅助设计CAD》教学大纲 (12)

2. Computer Aided Design: Course Syllabus (12)

《测量工程》教学大纲 (18)

3. Surveying Engineering: Course Syllabus (18)

《理论力学》教学大纲 (25)

4.Theoretical Mechanic: Course Syllabus (25)

《数据库原理及应用B》教学大纲 (31)

5. Principal and Application of Database B: Course Syllabus (31)

《线性代数A》教学大纲 (39)

6. Linear Algebra A: Course Syllabus (39)

《材料力学》教学大纲 (46)

7. Mechanics of Material: Course Syllabus (46)

《电工电子学》教学大纲 (53)

8. Electrician and Electronics: Course Syllabus (53)

《概率论与数理统计B》教学大纲 (60)

9. Theory of Probability and Statistics: Course Syllabus (60)

《运筹学A》教学大纲 (67)

10. Operations Research A: Course Syllabus (67)

《C语言程序设计》教学大纲 (76)

11. C Programming Language: Course Syllabus (76)

《交通运输设备》教学大纲 (88)

12. Transportation Equipment: Course Syllabus (88)

《交通工程学》教学大纲 (98)

13. Traffic Engineering: Course Syllabus (98)

《交通调查与分析》教学大纲 (108)

14. Traffic Survey and Analysis: Course Syllabus (108)

《交通系统工程》教学大纲 (116)

浙江师范大学交通运输专业理论课程教学大纲

15. Transportation System Engineering: Course Syllabus (116)

《交通安全工程》教学大纲 (123)

16. Traffic Safety Engineering: Course Syllabus (123)

《运输组织与管理》教学大纲 (129)

17. Transportation Organization and Management: Course Syllabus (129)

《交通港站与枢纽》教学大纲 (138)

18. Transportation Terminals: Course Syllabus (138)

《交通规划》教学大纲 (146)

19. Traffic Planning: Course Syllabus (146)

《运输经济学》教学大纲 (156)

20. Transport Economics: Course Syllabus (156)

《交通运输商务》教学大纲 (165)

21. Transport Business Management: Course Syllabus (165)

《轨道交通客运组织》教学大纲 (173)

22. Rail Transit Passenger Transport Organization: Course Syllabus (173)

《交通运输政策法规》教学大纲 (180)

23. Transport Policy and Laws: Course Syllabus (180)

《文献检索B》教学大纲 (186)

24. Literature Retrieval: Course Syllabus (186)

《列车牵引计算》教学大纲 (193)

25. Train Traction Calculation: Course Syllabus (193)

《旅客运输心理学》教学大纲 (201)

26. Passenger Psychology: Course Syllabus (201)

《轨道交通行车组织》教学大纲 (206)

27. Rail Transit Operation Organization: Course Syllabus (206)

《轨道交通运营管理》教学大纲 (214)

28. Rail Transit Operation Management: Course Syllabus (214)

《交通运输专业英语》教学大纲 (220)

29. The professional English for Transportation (220)

《轨道交通运营统计分析》教学大纲 (226)

浙江师范大学交通运输专业理论课程教学大纲

30. Statistical Analysis of Rail Transit Operation: Course Syllabus: Course Syllabus (226)

《轨道交通选线与设计》教学大纲 (233)

31. Rail Transit Location: Course Syllabus (233)

《轨道交通规划与设计》教学大纲 (240)

32. Rail Transit Planning and Design: Course Syllabus (240)

《列车运行控制》教学大纲 (248)

33. Train Control: Course Syllabus (248)

《轨道交通货运组织》教学大纲 (255)

34. Rail Transit Freight Organization: Course Syllabus (255)

《车站信号控制系统》教学大纲 (263)

35. Control System of Railway Station Signaling: Course Syllabus (263)

《轨道交通运营安全与事故分析》教学大纲 (270)

36. Rail Transit Operation Safety and Accident Analysis: Course Syllabus (270)

《道路勘测与设计》教学大纲 (277)

37. Road Surveying and Designing: Course Syllabus (277)

《交通设计》教学大纲 (282)

38. Traffic Design: Course Syllabus (282)

《交通流理论》教学大纲 (289)

39. Traffic Flow Theory: Course Syllabus (289)

《交通运输项目可行性分析与项目管理》教学大纲 (298)

40. Transportation Project Feasibility Analysis and Project Management: Course Syllabus (298)

《交通管理与控制》教学大纲 (305)

41. Traffic Management and Control: Course Syllabus (305)

《道路工程》教学大纲 (312)

42. Road Engineering: Course Syllabus (312)

《道路工程》教学大纲《道路通行能力》教学大纲 (321)

43. Road Capacity: Course Syllabus (321)

《交通测控技术及应用》教学大纲 (329)

44. Road Traffic Monitoring Technology and Its Application: Course Syllabus (329)

《道路工程材料》教学大纲 (336)

浙江师范大学交通运输专业理论课程教学大纲

45. Road Engineering Materials: Course Syllabus (336)

《交通工程概预算》教学大纲 (345)

46. Project Estimate and Budget of Traffic Engineering: Course Syllabus (345)

《交通环境工程》教学大纲 (347)

47. Traffic Environmental Engineering: Course Syllabus (347)

《城市公共交通》教学大纲 (352)

48. Urban Public Transport: Course Syllabus (352)

《物流系统工程》教学大纲 (359)

49. Logistics System Engineering: Course Syllabus (359)

《国际货物运输》教学大纲 (365)

50. International Cargo Transportation: Course Syllabus (365)

《报关与单证》教学大纲 (372)

51. Customs Declaration and Documents: Course Syllabus (372)

《现代物流信息技术》教学大纲 (378)

52. Modern Logistic Information and Technology: Course Syllabus (378)

《配送中心规划与设计》教学大纲 (388)

53. Planning and Design of Logistics Distribution Center: Course Syllabus (388)

《供应链管理》教学大纲 (397)

54. Supply Chain Management: Course Syllabus (397)

《生产计划与控制》教学大纲 (414)

55. Production Planning and Control: Course Syllabus (414)

《物流系统仿真》教学大纲 (422)

56. Logistics System Simulation: Course Syllabus (422)

《电子商务》教学大纲 (429)

57. E-Commerce: Course Syllabus (429)

《冷链物流》教学大纲 (435)

58. Cold-Chain Logistics: Course Syllabus (435)

《物流成本管理》教学大纲 (443)

59. Logistics Cost Management: Course Syllabus (443)

《仓储与库存管理》教学大纲 (450)

浙江师范大学交通运输专业理论课程教学大纲

60. Warehouse and Inventory Management: Course Syllabus (450)

《交通运输专业导论》教学大纲 (457)

61. Introduction to Traffic and Transportation: Course Syllabus (457)

《交通仿真技术》教学大纲 (466)

62. Traffic Simulation Technology: Course Syllabus (466)

《智能交通与控制》教学大纲 (471)

63. Intelligent Transportation and Control: Course Syllabus (471)

《大数据与数据挖掘》教学大纲 (478)

64. Big Data and Data Mining: Course Syllabus (478)

《物联网技术》教学大纲 (485)

65. Internet of Things Technology: Course Syllabus (485)

浙江师范大学交通运输专业理论课程教学大纲《画法几何与工程制图》教学大纲

浙江师范大学交通运输专业理论课程教学大纲

一、课程概况（Course Overview）

课程名称：画法几何与工程制图

Course：Descriptive Geometry and Engineering Drawing

课程编号：0071200082 Course Number：0071200082

适用学生: 交通运输专业本科生

Designed for: Undergraduates of Traffic and Transportation Major

学分：3 学时：48

Credit: 3 Class hour: 48

预修课程：无

Preparatory Courses: None

二、课程简介（Course Descriptions）

本课程是交通运输专业的一门专业基础课程。通过本课程的学习，学生应该掌握工程制图的基本理论和基础知识。本课程从绘图和读图两个方面培养学生的空间思维能力，为学习本专业其他课程所涉及的工程图学知识奠定良好基础。本课程内容包括制图基本知识、投影基础、基本体及组合体的投影、轴测图、机件常用表达、标准件及常用件、零件图、装配图等。

This course is a professional foundation course for undergraduates majoring in traffic and transportation. After learning this course, students should acquire the basic principles and knowledge of engineering drawing. This course trains students‘spatial thinking ability through graphic drawing and graphic interpreting, and lays a solid foundation for learning the knowledge of engineering graphics involved in other professional courses. This course mainly involves the basic knowledge of drawing,

浙江师范大学交通运输专业理论课程教学大纲

projection basis, the projection of basic and combined body, isometric, the expression of common parts, standard and common parts, parts graphs and assembly drawing, etc.

三、教学内容与教学安排（Course Content and Arrangement）

浙江师范大学交通运输专业理论课程教学大纲

浙江师范大学交通运输专业理论课程教学大纲

四、推荐教材及参考书目（Recommended Teaching Materials and Reference Books）

1.推荐教材（Recommended Teaching Materials）

《工程制图》魏家兴，窦建玲主编电子工业出版社2012.

Wei Jiaxing, Dou Jianling. Engineering Drawing. Electronic Industry Press, 2012.

2.参考书目（Reference Books）

《现代工程制图》（近机类和非机类专业适用）张秀芝主编机械工业出版社2013.

《工程制图》黄玲主编电子工业出版社2010.

Zhang Xiuzhi. Modern Engineering Drawing. China Machine Press, 2013.

Huang Ling. Engineering Drawing. Electronic Industry Press, 2010.

五、考核与评价方式（Course Evaluation）

课程成绩通过课堂考勤、平时作业、课堂表现、期末考试等方式体现。其中，期末试卷成绩占50%，其他环节占50%，课程考评满分成绩为100分，具体分配比例如下表。

The performance grade will be given according to class attendance, usual homework, class performance and final examination. The final examination takes 50 percent, and the other parts take the other half. The total score of this course is 100 points with the specific distribution shown in the following chart.

浙江师范大学交通运输专业理论课程教学大纲

浙江师范大学交通运输专业理论课程教学大纲《计算机辅助设计CAD》教学大纲

浙江师范大学交通运输专业理论课程教学大纲

一、课程概况（Course Overview）

课程名称：计算机辅助设计CAD

Course：Computer Aided Design

课程编号：0071200077 Course Number：0071200077

适用学生: 交通运输专业本科生

Designed for: Undergraduate of Traffic and Transportation Major

学分：2+0.5 学时：48（32+16）

Credit: 2+0.5 Class hour: 48（32+16）

预修课程：高等数学、工程制图

Preparatory Courses: Advanced Mathematics , Engineering Drawing

二、课程简介（Course Descriptions）

《计算机辅助设计CAD》是交通运输等专业必修的平台课，是一门实践性强，理论和实践相结合的课程，通常在大一第二学期开设。通过该课程的学习使学生达到如下能力培养：（1）掌握关于计算机辅助设计的基本理论、基本方法和基本技能；（2）培养学生能够熟练运用CAD软件绘制、修改、编辑二维平面图形、简单三维图形；（3）培养学生运用图形进行沟通表达与创新能力等综合能力，为学生就业后从事交通工程中实际问题的规划、设计、管理、控制、运行等奠定基础。

The Computer Aided Design is a compulsory professional platform course for the undergraduates of traffic and transportation Major. The course has a stronger practical characteristic combined with theory and practice, which is arranged in the second semester of the freshman year, as shown in Fig1. After learning, the students will improve the following abilities: (1) grasping the basic theory, methods and

浙江师范大学交通运输专业理论课程教学大纲

skills of Computer Aided Design; (2) applying the CAD knowledge to draw, modify and edit two-dimensional graphics and simple three-dimensional graphics; (3) improving the abilities of collaboration, expression and innovation, which will build the foundation of engaging in the traffic planning, design, management, control and operation.

三、教学内容与教学安排（Course Content and Arrangement）

浙江师范大学交通运输专业理论课程教学大纲

四、推荐教材及参考书目（Recommended Teaching Materials and Reference Books）

(1 )Recommended Teaching Materials

Xueyan. AutoCAD 2010 Basic Tutorial in Chinese Version. Tsinghua University Press, 2010.

(2 )References

浙江师范大学交通运输专业理论课程教学大纲

Xueyan, Wang Xinping. AutoCAD 2008 Basic Tutorial in Chinese Version. Tsinghua University Press, 2007.

Huang Huoyu, Li Wenfeng. AutoCAD 2008 Basic Tutorial and Eviews. Tsinghua University Press, 2008. Cui Hongbin, Chen Caowei, Yu Dongmei. AutoCAD Practice Tutorial (2008). Tsinghua University Press.

1.推荐教材（Recommended Teaching Materials）

薛焱主编. 《中文版AutoCAD 2010基础教程》清华大学出版社，2010.

2.参考书目（Reference Books）

薛焱，王新平主编. 《中文版AutoCAD 2008基础教程》清华大学出版社，2007.

黄活瑜，黎文锋主编 . 《AutoCAD2008 基础教程与上机指导》清华大学出版社，2008.

崔洪斌，陈曹维，于冬梅主编 . 《AutoCAD实践教程(2008版)》清华大学出版社，2008.

五、考核与评价方式（Course Evaluation）

The course grade will be given according to class attendance, usual homework, class discussion, class performance (presentation), and final examination. The final examination (open-book and on computer) takes 50%, and the other parts take 50%, the total score of course performance is 100 points. The specific distribution is shown in the following table.

课程成绩通过课堂考勤、平时作业、课堂讨论、课堂表现（课前演讲）、期末试卷等方式体现。其中，期末试卷（开卷上机）成绩占50%，其他环节占50%，课程考评满分成绩为100分，具体分配比例如下表。

浙江师范大学交通运输专业理论课程教学大纲

浙江师范大学交通运输专业理论课程教学大纲《测量工程》教学大纲

浙江师范大学交通运输专业理论课程教学大纲

一、课程概况（Course Overview）

课程名称：测量工程

Course：Surveying Engineering

课程编号：0080900002 Course Number：0080900002

适用学生: 交通运输专业本科生

Designed for: Undergraduate program of Traffic and Transportation Major

学分：2 学时：32

Credit: 2 Class hour: 32

预修课程：高等数学、工程制图

Preparatory Courses: Advanced Mathematics, Engineering Drawing

二、课程简介（Course Descriptions）

《测量工程》是交通运输等专业必修的专业平台课，是一门实践性强，理论和实践相结合的课程，通常在第二学期开设，该课程主要涉及水准测量、角度测量、距离测镀、测量误差分析、控制测量、地形图的测绘与应用、交通基础设施的施工测量以及测绘新技术简介等内容。通过该课程的学习使学生达到如下能力的培养：（1）掌握各类交通设施建设与维护中有关测量的基本理论、基本方法和基本技能；（2）培养学生能够运用数学等方面的基础知识，对测量工程中包括的水准测量、角度测量、距离测量以及误差分析等方面的工程特征进行模型表达与分析；（3）培养学生团队合作、沟通表达与创新能力等综合素质的提高，为学生就业后从事交通勘测、设计、施工、管理

浙江师范大学交通运输专业理论课程教学大纲

奠定基础。

Surveying Engineering is a compulsory professional course for the undergraduates of traffic and transportation major. The course has a stronger practical characteristic combining theory with practice, which is arranged in the second semester of the freshman year, as shown in Fig1. After learning, the students will improve the following abilities: (1) grasping the basic theory, methods and skills of surveying engineering; (2) applying the mathematics knowledge to establishing the model so as to express the basic engineering features of surveying engineering; (3) gaining the abilities of collaboration, expression and innovation, which will build the foundation for students‘later profession of related to traffic investigation, design, construction and management.

三、教学内容与教学安排（Course Content and Arrangement）

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