2023-2023级车辆工程本科人才培养方案、辅修(与纸质相同)

1、9车辆工程专业本科培养方案Undergraduate Program for Specialty in Vehicle Engineering一、修业年限及授予学位名称四年；工学学士、Length of Schooling and DegreeFour Years: Bachelors of Engineering.二、培养目标本专业培养学生掌握扎实的自然科学知识、机械设计制造及自动化技术的根底理论和专业知识，具有一定的交叉学科背景和良好的人文科学素养，具备较强的机械工程应用能力和科学研究能力，具有良好的终身学习和开展能力、独立思考和判断能力、实践和创新能力，较强的表达、人际交往、团队协作能力

2、，能在机械工程领域从事研究开发、设计制造、技术经济管理的高素质工程技术人才。、Educational ObjectivesThe main object of education is for students to be mastered of the solid knowledgein natural science, have a comprehensive grasp of thefundamental theories and with professional capabilities invehicle engineering. These students should hav

3、e a good cross-disciplinary background and human sciencesknowledge. With the sense in lifelong learning and self-development,independent thinking, making judgment, engineering practice and innovations, they willhave the strong capabilitiesfor engineering andresearch inthe field of vehicle engineerin

4、g. They should have theskillsin presentations, interpersonal communications and teamwork.The graduates should have abilities to work for R&D, design and manufacturing, technical economy as well as management in vehicle engineering. 三、培养规格及要求本专业学生主要学习车辆工程的根本理论和根本知识，受到工程设计和研究分析的根本训练，具有学习、创新和分析解决工程实际问题

5、的根本能力。毕业生应获得以下几方面的知识和能力：1掌握力学、机械学等机械工程根本理论；2具有机械制图、机械设计、工程材料、电工电子技术、测试技术、计算机等根本知识；3具有设计、计算、实验、计算机、外语的应用能力；4掌握汽车的根本原理及设计方法；5掌握现代汽车产品的设计开发与实验研究的相关技术；6知识面宽广，并具有对现代社会问题的知识。具有终生教育的意识和继续学习的能力。 = 3 * ROMAN III、Skills Profile and Minimum CreditsThe education emphasizes on systems approach to general automot

6、ive principles and knowledge. Training on engineering project design, investigation and analysis are focused on. Thus capability of self study, creative thinking and practical problem solving are encouraged.The students graduated should have the related knowledge and capability as follows:1.The comm

7、on theories corresponding to engineering mechanics and mechanical engineering;2. Basic knowledge on mechanical drawing,electrical and electronic Technology, engineering materials,measurement technology and computer technology.3. Application abilities of design, calculation, test, computer and foreig

8、n language;4. The general principles and design methods about automobiles;5. Research and development technologies of modern automobile assemblies and units;6.Knowledge in multi-fields and understanding of modern social problems. The recognition the importance of lifelong learning and the capability

9、 ofcontinuous study.四、主干学科和主要课程主干学科：机械工程主要课程：机械制图、理论力学、材料力学、机械原理、机械设计、电工电子学、内燃机原理、发动机构造、汽车构造、汽车理论、汽车设计/内燃机设计。 = 4 * ROMAN IV、Core Disciplines and CoursesCore Disciplines: Mechanical Engineering.Core courses: Mechanical Drawing, Classical Mechanics, Mechanics of Materials, Theory of Machinery, Machin

10、e Design, Electrical and Electronic Engineering, Principles of Internal Combustion Engine, Construction of Engine, Automobile Construction and Automobile Design or Internal Combustion Engine Design.五、研讨型课程汽车理论、汽车电子控制系统设计 = 5 * ROMAN V、SeminerCoursesPrinciples of Vehicle, Automobile Electronic Contro

11、l System Design六、全英文课程工业传热学、汽车工程数值方法 = 6 * ROMAN VI、Foreign Language TaughtCoursesIndustrial Heat TransferNumerical, Method in Vehicle Engineering七、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 Minimum Graduate Credits课程类别学时/周数学分学时比例必 修通识教育根底90456.538.6%学科大类根底44027.518.8%专业主干232 =SUM(ABO

12、VE) 14.59.9%集中实践环节 =SUM(ABOVE) 36周27.5选 修文化素质19268.2%通识教育根底14496.1%学科大类根底176117.5%专业选修14496.1%专业方向/模块课11274.8%最低毕业学分 =SUM(ABOVE) 168Type of Course Hours/WeeksCreditsPercentage (%)Required CoursesBasic Course in General Education90456.538.6%Basic Course in General Discipline44027.518.8%Major Courses

13、in Specialty232 =SUM(ABOVE) 14.59.9%Internship and Practical Training =SUM(ABOVE) 36周27.50Elective CoursesCulture Elective Courses19268.2%Basic Course in General Education14496.1%Basic Course in General Discipline176117.5%Selective Courses in Specialty14496.1%Specialty-Oriented/Module Course11274.8%

14、Minimum Graduate Credits =SUM(ABOVE) 168八、集中实践环节及要求金工实习：初步掌握机械设备根底知识及数控加工的根底知识，掌握根本的工艺操作技能。电子实习：了解电子产品制作的根本工艺过程、掌握根本仪器仪表的使用及产品的测试技术。机械原理、机械设计课程设计：进行简单机械设计，掌握机构及其组合运动原理、机械设计根本理论、设计步骤及方法，培养设计、计算、制图、查阅资料、应用标准手册的能力与技能。汽车认识实习：进行汽车的拆装、调整、测量，熟悉汽车的驾驶操作方法和维护知识。生产实习：了解汽车、发动机产品的生产过程和典型零件加工工艺过程、典型设备的工作原理及结构；了解工

15、厂生产组织及管理情况。汽车零部件设计数字化实践：用反求法进行汽车零部件计算机三维设计，并绘制二维零件图样。专业课程设计：学习有关专业技术资料、标准；掌握汽车、发动机零部件设计的特点、方法和过程；进行方案分析、整体布置、参数计算、图样绘制等设计全过程以及计算机应用的综合训练。毕业设计：综合应用所学的根底理论和专业知识，以实际工程设计、科技开发、试验研究为课题，进行设计能力和科研能力的培养及综合工程训练。、Practical Training and Requiremen tMetal Technology Practices: to have the basic knowledge about

16、mechanical device and numerical machining, and the skills of manufacturing process technology.Electric Technology Practice: to have the basic knowledge about electronics manufacturing procedure, instruments and devices skills.Theory of Machinery and Machine Design Course Project: through mechanic de

17、sign of basic structures, students will mast the principle of machine units and combinations; theory, procedure and methods of mechanic design; and will get the skills and technique abilities on design, calculation, graphics,Automotive Understanding Practice: laboratory work of knock-down, adjustmen

18、t, measurement of automobiles, to be familiar with driving and maintenance of vehicles. Automotive Parts Digital Design Practice: to understand manufacturing process of automotive and engine parts, the corresponding machine procedures, and the organization and management of automobile workshops.Digi

19、tal design of automotive parts: reverse design and 3D digital design of automotive units, to get 2D drawing as well.Specialty Courses Project: to study the standards and technique dada of automobile, in order to familiar with the design features, methods and procedures of automotive members, to have

20、 the comprehensive training of project analysis, layout displacement, parameter calculation and structure drawing.Graduation Design: through the application of common principles and specialization knowledge, to finish a project of engineering design, technique development or experiment study, to get

21、 the skill training of design, R&D and engineering.九、教学安排指导表、Table of Teaching Arrangement一必修课Required Courses课程类别Type of Course专业方向Specialty课程编号Course Code课程名称Course Name总学分Credits总学时Hours课内学时Hours课外实践Practice开课 学期Semester理论 课Theory实验 课Experiment上机Operating通识教育根底课程Basic Courses in General Education

22、“形势与政策教育Studies of Current Social Situations 232321-811033405新生研讨课Freshman Seminars11616101000220思想道德修养与法律根底Ethics and Principles of Law23232104000135大学英语1College English13484016110019745高等数学-1Higher Mathematics-158080118006930大学计算机根底The Fundamental of Computer2.5402432125000110体育1Physical Education

23、1116032167001420军事课(含军事训练、军事理论) Military Course (Including Training and Theories)23203周101000920中国近现代史纲要Outline of Modern Chinese History23232210019565高等数学-2Higher Mathematics-269696204001335大学英语2College English23484016210019645大学物理-1College Physics-13.55656210020815大学物理实验College Physics Experiment1

24、.524048225000710体育2Physical Education2116032204033530大学英语3College English33484016310002040大学物理-2College Physics-246464325000810体育3Physical Education3116032304020435大学英语4College English43484016410020730概率论与数理统计()Probability and Mathematical Statistics()34848425000910体育4Physical Education4116032401001

25、030马克思主义根本原理Marxism Philosophy34848301021230毛泽东思想和中国特色社会主义理论体系概论Overview of Theoretical System of Maoism and Chinese Characteristics Socialism 348484通识教育根底课程小计Sub-total of Basic Courses in General Education =SUM(ABOVE) 56.5 =SUM(ABOVE) 904 =SUM(ABOVE) 736 =SUM(ABOVE) 240323周学科大类根底课程Basic Courses in

26、General Discipline11000630机械制图Mechanical Drawing34848111025430机械制图Mechanical Drawing3483820224006335理论力学Classical Mechanics3.556528315011550电工电子学Electrical and Electronic Engineering5807216413000625工程材料Engineering Materials2.5403412424014935材料力学Mechanics of Materials3.556528411033635机械原理Theory of Ma

27、chines and Mechanisms3.55656411026435机械设计Machine Design3.556565学科大类根底课程小计Sub-total of Basic Courses in General Discipline =SUM(ABOVE) 27.5 =SUM(ABOVE) 440 =SUM(ABOVE) 4084420专业主干课程Major Courses in Specialty11033930汽车工艺学348448511002715发动机构造Construction of Engine1.524224511030925汽车构造Automobile Constru

28、ction2.540368511002320机械工程测试技术Measurement Technology232320611021605机械工程测试技术实验Test Technology of Mechanical Engineering Experiment0.58016611027620内燃机原理Principles of Internal Combustion Engine232320611003730汽车理论Principles of Vehicle3484807专业主干课程小计Sub-total of Major Courses in Specialty =SUM(ABOVE) 14.

29、5 =SUM(ABOVE) 232 =SUM(ABOVE) 21436必修课程学分合计Total of Required Courses二选修课Elective Courses课程类别Type of Course专业方向Specialty课程编号Course Code课程名称Course Name总学分Credits总学时Hours课内学时Hours课外实践Practice开课 学期Semester理论 课Theory实验 课Experiment上机Operating文化素质Culture文化素质教育选修课Culture Elective Courses6通识教育根底选修Basic Elect

30、ive Courses in General Education10020815大学物理实验变为必修College Physics Experiment1.524048222000220大学化学()College Chemistry()23232222000105大学化学实验College Chemistry Experiment0.58016218007135C程序设计技术Technology of Programming3.556403216218012935VB程序设计技术VB Programming Technology3.556403216210025520线性代数Linear Al

31、gebra23232310021020复变函数Complex Variable Functions23232318007225计算机信息管理根底Information Administration2.540321616302023420市场营销学Marketing232326通识教育根底选修课程小计Subtotal of Basic Elective Courses in General Education =SUM(ABOVE) 19.5 =SUM(ABOVE) 312 =SUM(ABOVE) 240648048通识教育根底选修课程对学生的最低学分要求为Minimum Credits of

32、Basic Elective Courses in General Education9学科大类根底选修Basic Elective Courses in General Discipline工程经济学Engineering Economics23232411001525热工学Theoretical Mechanics2.54040511012220流体传动与控制Hydraulic Drive and Control23232511031120工程流体力学Hydraulic Mechanics23232511007915机械精度设计Design of Machinery Precision1.

33、52424513023820材料成形技术根底()Fundamentals of Materials Forming Technology()232288511017315机械根底实验Mechanical Fundamental Experiments1.5240485工业传热学Industrial Heat Transfer23232511007625机械CAD/CAE/CAMCAD/CAE/CAM for Machine2.5403020611002620计算机网络技术Computer Network Technology2322612611006820工业企业管理 Industry Bus

34、iness Management232327学科大类根底选修课程小计Subtotal of Basic Elective Courses in General Discipline22 =SUM(ABOVE) 352 =SUM(ABOVE) 3085632学科大类根底选修课程对学生的最低学分要求为Minimum Credits of Basic Elective Courses in General Discipline11专业选修Selective Courses in Specialty11003120专业英语specialty English23232511004820汽车控制理论The

35、ory of Vehicle Control23232511031420汽车振动学Foundation of Vehicle Vibration232304611004520汽车车身制造工艺Automobile Body Manufacturing Technology23232611003520汽车结构有限元Finite Element Method for Vehicle2 32288511031020汽车专业试验Vehicle Test232848711003220汽车噪声控制Vehicle Noise Control2323047电动汽车结构与原理Electric Vehicles C

36、onstruction and Principles232327汽车工程数值方法Numerical Method in Vehicle Engineering232327专业选修课程小计Subtotal of Selective Courses in Specialty =SUM(ABOVE) 18 =SUM(ABOVE) 288 =SUM(ABOVE) 25656专业选修课程对学生的最低学分要求为Minimum Credits of Selective Courses in Specialty 9专业选修Selective Courses in Specialty方向/模块1Specialt

37、y Oriented Module111004720汽车车身设计Automobile Body Design23232611031220汽车现代设计理论与方法Theory and Method of Vehicle Design23232611003830汽车设计Automobile Design348487专业方向/模块1课程小计Subtotal of Selective Courses in Specialty Oriented Module1 =SUM(ABOVE) 7 =SUM(ABOVE) 112 =SUM(ABOVE) 112方向/模块2Specialty Oriented Mod

38、ule211004120内燃机动力学Internal Combustion Engine Dynamics23232611004220内燃机工作过程分析Internal Combustion Engine Work Process Analysis23232611032730内燃机设计Internal Combustion Engine Design348487专业方向/模块2课程小计Subtotal of Selective Courses in Specialty Oriented Module2 =SUM(ABOVE) 7 =SUM(ABOVE) 112 =SUM(ABOVE) 112方

39、向/模块3Specialty Oriented Module311004920汽车电器与电子设备Electrical and Electronic Equipment in Vehicle232304611032830汽车电子控制技术Automobile Electronic Control Technology34848711031320汽车电子控制系统设计Automobile Electronic Control System Design232327专业方向/模块3课程小计Subtotal of Selective Courses in Specialty Oriented Module

40、3 =SUM(ABOVE) 7 =SUM(ABOVE) 112 =SUM(ABOVE) 1104学生按专业方向/模块课程选修的最低学分要求为Minimum Credits of Selective Courses in Specialty-Oriented Module7选修课程的最低学分要求合计Total of Minimum Credits for Selective Courses42三集中实践环节 Practical Training课程类别Type of Course专业方向Specialty课程编号Course Code课程名称Course Name总学分Credits总周数Wee

41、ks课外实践Practice开课学期Semester必修Required Courses01000110思想道德修养与法律根底实践Ethics and Principles of Law in Practice111174000530金工实习Metal Technology Practices33311027820机械原理课程设计Project of Machinery Theory22474000410电子实习Electric Technology Practice11411027930机械设计课程设计Project of Machine Design 33511005710认识实习Unde

42、rstanding Practice11511005830生产实习Production Practice1.53701001230毛泽东思想和中国特色社会主义理论体系概论实践Overview of Theoretical System of Maoism and Chinese Characteristics Socialism333711031520汽车零部件设计数字化实践Automotive Parts Digital Design Practice22711006030专业课程设计Specialty Courses Project33811006115毕业设计Graduation Des

43、ign7148必修课程小计Subtotal of Required Courses =SUM(ABOVE) 27.5 =SUM(ABOVE) 36选修Selective Courses创新课程4选修课程小计Subtotal of Selective Courses4实践环节学分要求合计Total of Minimum Credits for Practical Training =SUM(ABOVE) 27.536培养方案制订人： 培养方案审核人： 培养方案批准人：唐胜利车辆工程专业辅修、第二专业培养方案Undergraduate Program for Minor/Second Specia

44、lty in Vehicle Engineering一、专业名称车辆工程。 = 1 * ROMAN I、SpecialtyVehicle engineering二、培养目标本专业培养德、智、体全面开展，适应现代科学技术开展、掌握现代汽车及汽车发动机设计、制造及试验的根底理论、专业知识和根本技能，具有解决工程实际问题能力，能从事汽车产品设计开发、制造及汽车运用的高素质创新型工程技术人才。 = 2 * ROMAN II、Educational ObjectivesThe main object of education is for students to have basic knowledge

45、 of general principles about modern automobile and engine engineering. The graduate will have the abilities in vehicle engineering related design, experiment, manufacturing and management.三、培养规格及学分要求要求掌握本专业所必须的根底科学理论；掌握本专业所必需的力学、机械学、机械制造学等机械工程根本理论；掌握车辆工程的根本理论和知识；了解本专业学科开展现状及趋势。要求掌握本专业所必须的设计、计算、制图、实验

46、、计算机应用等方面的根本技能；具有较强的分析和解决工程实际问题的能力；具有进行汽车产品的设计开发与实验研究能力；具有一定的借鉴能力和创新能力。实践环节为必修。.辅修要求修满25学分。第二专业要求修满55学分。 = 3 * ROMAN III、Skills Profile and Minimum CreditsThe education emphasizes on the general automotive principles and knowledge. Training on the common theories corresponding to engineering mechani

47、cs, mechanical engineering and manufacturing are focused on. The students will have the general principles and design methods about automobiles, and the nowadays advancement of automotive engineering techniques.Application abilities of design, calculation, test and computers, research and development technologies of modern automobile assemblies and units are required. Thus capability of self study, creative th