机械工程专业
Mechanical Engineering Major
一、 专业介绍
Ⅰ. Major Introduction
本专业培养适应社会主义现代化和地方及区域经济建设需要，在工程意识、技术素养、实践能力、创新精神与思想道德、艺术文化、人文精神等方面全面和谐发展，具备机械工程专业基础知识与应用能力，能在企业生产一线从事机械、机电产品的开发、设计、制造以及生产运行与设备控制的应用型、复合型、创新型高级工程技术人才。
This major aims at cultivating advanced engineering and technology-oriented talents who will have the ability of application, compound and innovation. The graduates shall achieve the following specific standards: adapting to the socialist modernization and the local and regional economic development; with engineering consciousness, technology literacy, practice ability, innovation spirit and morality, art and culture, humanistic spirit and other aspects of a comprehensive and harmonious development; with the professional basic knowledge and application ability of mechanical engineering; working on the mechanical and electrical products for the development, design, manufacture, operation and equipment control in the production company.
二、教学计划 Ⅱ. Teaching Plan 课程编号 Curriculum Number 课内学时 Class 学分 Hours 一 Credi授课 实践 1 ts TeachPractiing ce 考核方式 八 Evaluatio8 n Mode 课程名称 Curriculum Title 二 2 三 3 四 4 五 5 六 6 七 7 必修课程·通识教育基础课Compulsory Courses·Basic Courses of General Education
高等数学（上） 07101145 4.5 Advanced Mathematics ( I ) 高等数学（下） 07201155 5.5 Advanced Mathematics (II) 线性代数 07000925 Liner Algebra 概率与统计 07000203 Probability and Statistics 大学英语（1） College English（1） 大学英语（2） College English（2） 大学英语（3） College English（3） 大学物理（上） College Physics( I ) 大学物理（下） College Physics(II ) 72 4.5 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 考查Non-examination 考试Examination 考试Examination 考查Non-examination 考查Non-examination 88 5.5 2.5 40 2.5 3 48 3 08100435 3.5 56 /10 3.5 08200435 3.5 56 /10 3.5 08300430 3 48 /10 3 2 32 2 07100820 2 32 2 07200820 大学物理实验 Experiments in College 07000715 Physics 信息技术基础（VB） Fundamentals of Information Technology02011130 （VB） 1.5 24 1.5 3 32 16 3 09000140 VB语言程序设计 4 VB Language Programming 48 16/16 4 思想道德修养与法律基础 Ideological and Moral 07003030 Cultivation and Legal Basis 3 28 20 3 马克思主义基本原理概论 Introduction to the Marxist 3 07002930 Basic Principles 毛泽东思想和中国特色社会主义理论体系概论 Introduction to Mao 07000360 Zedong Thought and the 6 Theoretical System of Socialism with Chinese Characteristics 中国近现代史纲要 2 07002720 The Outline of Chinese 32 16 3 32 64 6 考查Non-examination 16 16 2 考查Non-exa
Modern History 体育（1）P.E.（1） 07101010 体育（2）P.E.（2） 07201010 体育（3）P.E.（3） 07301010 体育（4）P.E.（4） 07401010 国防教育 1 National Defense Education 16 1 1 32 1 1 32 1 1 32 1 1 32 1 mination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 07001610 理财学Chrematistics 06003120 2 32 2 大学生职业生涯规划 23000210 College Students' Career 1 Planning 大学生就业创业指导 Guidance on College 23000320 2 Students' Employment and Entrepreneurship 16 1 16 16 2 必修课程·学科基础课Compulsory Courses·Basic Courses of Major-related Subjects 工程图形学（上） 01100630 Engineering Graphics (I) 工程图形学（下） Engineering Graphics (II) 3 48 3 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 01200630 3 44 4 3 02002330 电工学Electrotechnics 模拟电路与数字电路 02024935 Numerical and Analogue Electronics 理论力学 01001035 Theoretical Mechanics 材料力学 01000740 Strength of Materials 工程材料及成形工艺Engineering Materials and 01000440 Material Forming Processing Technology 3 48 3 3.5 56 3.5 3.5 56 3.5 4 56 8 4 4 58 6 4 机械设计基础（上） 01101240 Fundamentals of Machine 4 Design ( I ) 60 4 4
机械设计基础（下） 01201240 Fundamentals of Machine 4 Design (II) 机械制造技术基础01016540 Fundamentals of Machine Manufacturing Technology 4 58 6 4 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 考试Examination 考查Non-examination 58 6 4 互换性与技术测量01001425 Interchangeability and 2.5 Technological Measurement 34 6 2.5 控制工程基础01001120 Fundamentals of Control 2 28 4 2 Engineering 微机原理及应用 01009520 Principle of Microcomputer 2 28 4 2 and Application 必修课程·专业方向课Compulsory Courses·Courses of Professional Orientation 机械制造装备设计01002530 Machine Manufacturing Equipment Design 3 44 4 3 机械CAD/CAM技术Mechanical CAD/CAM 01006230 3 Technology 数控技术与编程Numerical 01015535 Control Technology and 3.5 Programming 电气控制及PLC Electrical 01007420 2 Control and PLC 专业英语（机械）01007820 2 Professional English 机械工程测试技术01015620 Mechanical Engineering 2 Testing Technique 液压与气压传动The 01001530 Transformation of Hydraulic 3 Powered and Air Powered 24 24 3 50 6 3.5 考试 Examination 考试Examination 考查Non-examination 考试Examination 考试Examination 24 8 2 32 2 28 4 2 40 8 3 课程编号 Curriculum Number 课程名称 Curriculum Title 课内学时 Class 学分 Hours 一 Credi授课 实践 1 t TeachPractiing ce 二 2 三 3 四 4 五 5 六 6 七 7 考核方式 八 Evaluatio8 n Mode 选修课程·专业选修课Optional Courses·Professional Optional Courses 实验室安全教育讲座 01012710 A Course of Safety 1 16 1 Education in Laboratory 专业引导教育讲座（1） 01116405 A Course of Lectures for 1 8 0.5 Mechanical Engineering(1) 01216405 专业引导教育讲座（2） 1 8 0.5 考查Non-examination 考查Non-examination 考查
A Course of Lectures for Mechanical Engineering(2) 数控加工工艺与编程Numerical Control 01011620 2 Process Planning and Programming 先进制造技术Advanced 01009620 2 Manufacturing Technology 模具制造工艺 01011120 Technology for Mould & 2 Die Manufacturing 01011720 数控机床Numerical 2 Control Machine Tool Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 28 4 2 32 2 28 4 2 32 2 机械结构优化设计 01014120 Optimal Design of 2 Mechanical Structure 冲压工艺与模具设计01008020 Stamping Process and Die 2 Design 塑料成型工艺与模具设计01014620 Plastic Moulding Process 2 and Mould Design 模具三维数字化设计 01013920 3D Digital Design for Die 2 & Mould 数控加工仿真Numerical 01014720 Control Machining 2 Simulation 有限元基础及应用Fundamentals & 01003120 2 Application of Finite Element 16 16 2 28 4 2 28 4 2 16 16 2 16 16 2 16 16 2 必修课程·集中实践教学环节Compulsory Courses·Concentrative Practice Teaching Program [2] 07002420 军事训练Military Training 2 2 工程图形学实训 01007310 Practice in Engineering 1 Graphics 认识与拆装实习 Understanding and Practice 01005110 1 of Assembling and Disassembling 金工实习 01000530 Metalworking Training 3 [1] [1] 1 1 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查 [3] [1] [1] 1 1 3 电工电子综合实验02003110 Synthetic Experiment on 1 Electrical and Electronic 01010310 Pro/E软件应用技能实训 1
Application Skills Training of Pro/E software 机械设计基础课程设计01004430 Project on Machine Design [3] 3 [2] [2] 2 [2] [1] [3] [14] 14 1 2 2 2 3 机械制造技术课程设计01008720 Project on Machine 2 Manufacturing Technology 数控编程技术技能实训 01012420 NC Programming Technology Training Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 考查Non-examination 机械装备课程设计 01015720 Project on Machine 2 Equipment 机械优化课程设计 01015810 Project on Optimal Design 1 of Machine 生产实习Senior Practice in 01004730 3 Engineering 毕业设计01004814 Design Graduation 考查 Non-examination 考查3 Non-examination 考查14 Non-examination 通识教育基础课汇总 Total Basic Courses of General Education 62 868 188/46 17 17 16 7 3 2 学科基础课汇总 Total Basic Courses of Major-related 42.5 632 48 Subjects 专业方向课汇总 Total Courses of Professional Orientation 18.5 242 54 3 3 6.5 13.5 12.5 4 5 11.5 2 集中实践教学环节汇总 Total Concentrative Practice Teaching 36 [36] [2] Program 专业选修课汇总（应修） Total Professional Optional Courses 14 168 56 (Due) 通识教育选修课汇总（应修） Total Optional Courses of General 5 120 Education (Due) 总 计 346/46 20 178 2030 Total [36] [2] 注：表中“/”号后为教学计划内课外学时。
[1] [1] [4] [1] [5] [5] [17] 1 2 11 21 22.5 22.5 20.5 15.5 15 [1] [1] [4] [1] [5] [5] [17] Note: The number after “/” in the table is extracurricular hours within teaching plan.
三、课程介绍
Ⅲ. Introduction to the Curriculum 1. 高等数学（上）（4.5学分）Advanced Mathematics (I)（4.5 credits） （中英文介绍）
17.工程图形学（上）（3学分）Engineering Graphics (I)（3 credits）
本课程是机械类专业一门必修的技术基础课。它研究用投影法在平面上图示和图解空间几何问题的原理和方法；介绍正确的制图方法和国家标准中有关制图的基本规定，培养绘制、阅读和处理工程图样的技能；对培养和发展形象思维和创造性思维能力具有重要作用，本课程上学期任务包括：学习投影法（主要是正投影法）的基本理论及其应用；培养对三维物体的形状与相对位置的空间想象力和空间构思能力；培养对空间几何问题的图示和图解能力等。
This course is a compulsory basic course of technology for mechanical majors. It uses method of projection to graphic and diagram the principle and method of space geometry problems in the plane; introduces the correct methods and basic regulations from national standards of graphics drawing, develops the skills of reading, drawing and the abilities to process engineering drawing; it plays an important role in the cultivation and development of imaginal thinking and creative thinking ability. In the first term of this year, this course includes learning the basic theories and application of positive and negative sides about projection method; developing the imagination about the shape of three dimensional body, relative location of space and the ability to space construction; developing the abilities to present and diagram the problems of space geometry.
18.工程图形学（下）（3学分）Engineering Graphics (II)（3 credits）
本课程是机械类专业一门必修的技术基础课。它研究用投影法在平面上图示和图解空间几何问题的原理和方法；介绍正确的制图方法和国家标准中有关制图的基本规定，培养绘制、阅读和处理工程图样的技能；对培养和发展形象思维和创造性思维能力具有重要作用，本课程下学期任务包括：学习与机械图样有关的机械设计和制造工艺方面的相关知识；培养绘制、阅读和处理机械图样的基本能力；培养计算机绘图的初步能力等。
This course is a compulsory basic course of technology for mechanical majors. It uses method of projection to graphic and diagram the principle and method of space geometry problems in the plane; introduces the correct methods and basic regulations from national standards of graphics drawing, develops the skills of reading, drawing and the abilities to process engineering drawing; it plays an important role in the cultivation and development of imaginal thinking and creative thinking ability. In the second term of this year, this course includes learning the design about machinery pattern and relative knowledge about manufacturing technique; developing the abilities to drawing, reading and solving machinery pattern; developing the initial abilities to computer graphics.
19.电工学(3学分) Electrotechnics（3 credits）
电工学是非电专业的一门专业基础课，通过本课程的学习使学生获得电工技术必要的基本理论，基本计算和基本技能，为学习有关后续课和参加实际工作打好基础，为发展本专业的工程技术打下良好的基础。主要讲授直流电阻电路分析、运算放大器、一阶和二阶电路的暂态分析、正弦稳态电路分析、互感和三相电路分析、非正弦电路分析、简单非线性电阻电路分析、交流异步电动机等内容。
Electrotechnics is a professional basic course for non-electrical majors. The task of this course is to make the students master the basic theory, analysis and calculation of circuit of the basic methods and preliminary experimental skills, and prepare necessary circuit knowledge for subsequent courses through the study of this course. The main contents include the Circuit Analysis of Dc Resistive Circuits, The Operational Amplifier, the circuit transient analysis of First-order and second-order, Sinusoidal Steady-State Analysis, Balanced Three-Phase Circuits, Non-sinusoidal circuit analysis, Simple non linear resistance circuit analysis, AC induction motor etc.
20.模拟电路与数字电路（3.5学分）Numerical and Analogue Electronics（3.5 credits）
本课程分为模拟电路和数字电路两部分，模拟部分包括半导体基础知识、放大电路基础、集成电路运算放大器；数字部分包括逻辑代数基础、门电路、组合逻辑电路、时序逻辑电路。通过该课程的学习，使学生掌握模拟电路和数字电路的基础知识，掌握简单放大器的基本工作原理和分析方法。
The course is divided into analog circuits and digital circuits, the analog circuits sections include semiconductor basics, amplifier circuit basics and integrated circuit operational amplifier; the digital logic circuits sections including sections include logic algebra, gates, combinational logic circuit and Sequential logic circuits. Through the study of this course, students can master the basics of analog circuits and digital circuits, and master the basic principles and methods of analysis work is simple amplifier.
21.理论力学（3.5学分）Theoretical Mechanics（3.5 credits）
理论力学是机械工程专业的学科基础课程，属于一门理论性较强的专业基础课，是各门力学以及专业课的基础。通过本门课程的学习使学生能掌握质点、质点系和刚体机械运动（包括平衡）的基本规律和研究方法，为后续课程的学习奠定必备基础。初步掌握应用理论力学的理论和方法分析、解决一些简单的工程实际问题。
Theoretical Mechanics which is the base of other mechanics courses with high systematization is a professional basic course for students in Mechanical Engineering major. Through this course learning, students will master basic principles and research methods of particles, particle systems, mechanical motions and equilibrium of rigid bodies, prepare for further studies, and have the ability to solve simple problems in practice.
22.材料力学（4.0学分） Strength of Materials（4.0 credits）
材料力学是机械工程专业的学科基础课，它分为理论教学和实验教学两部分。理论教学主要学习杆件的拉伸压缩变形和强度，应力和应变的定义；扭转的变形和强度，剪切强度；弯曲问题的变形，强度的计算；杆系的静不定问题和稳定性问题。实验教学主要指导学生测试材料的常规材料力学性能和掌握电测技术，了解工程中结构的受力和变形测试技术的基本技能，培养学生具有一定的创新性、综合性的实验能力，为学生学习有关专业课程奠定了基础。
Strength of Materials is a basic course in Mechanical Engineering major, which is divided into two parts: theoretical learning and experimental learning. The task of theoretical learning is to
study the tensile compression deformation and intensity of bar, the definition of stress and strain. Torsional deformation and strength, shear strength; the deformation of the bending strength calculation; Truss of the statically indeterminate problem and stability problem. The task of experimental learning is to guide students test material of conventional experiment teaching material mechanics performance and master electric logging technology, knowledge engineering testing technology of force and deformation of the structure of the basic skills, to cultivate students has certain creativity, comprehensive experimental ability, which laid a foundation for students to learn about professional courses.
23.工程材料及成形工艺（4学分） Engineering Materials and Material Forming Processing Technology（4 credits）
工程材料及成形工艺是机械专业大二年级学生必修的专业基础课程。工程材料及成形工艺这门课主要以金属材料为重点，研究工程材料成分、组织和性能的基本理论和基本规律以及热处理和热成形技术。使学生熟悉各类材料成分、组织与性能之间的关系，掌握各种材料成形方法的工艺特点和强化材料的主要技术途径。初步具备根据零件使用条件和性能要求，合理选用材料和毛坯成形方法及制订零件加工工艺路线的能力。
Engineering Materials and Material Forming Processing Technology is a specialized required basic course for sophomores in mechanical majors emphasizing metal materials studies fundamental theories and laws on the composition, microstructure and performance of engineering materials. Students should be familiar with the relationship among the composition, microstructure and performance of various types of material and master the process characteristics of various material forming methods and main technology of material strengthening, and have the ability to make a reasonable selection of proper material and forming method and to plan the manufacturing process for parts according to preliminary conditions and performance requirements of parts.
24.机械设计基础（上）（4学分）Fundamentals of Machine Design (I)（4 credits）
机械设计基础（上）是机械工程专业的专业基础课程。本课程主要研究三大分析和三大机构的分析和综合。本课程的作用在于培养学生掌握机构分析、机构综合和机械动力学的基本理论和基本技能，并初步具有确定机械运动方案、分析和设计机构的能力以及开发创新的能力。它在培养高级工程技术人才的全局中，具有增强学生对机械技术工作的适应能力和开发创造与创新能力的作用。
Fundamentals of Machine Design (I) is a professional basic course in Mechanical Engineering major. Analysis and synthesis of this course mainly studies three analysis and the three bodies. This course plays the role of training students to master the basic theory of mechanism analysis, synthesis of mechanism and mechanical kinetics and basic skills, and initially has the ability to determine the ability of mechanical movement scheme, analysis and design of mechanism and the development of innovative. It is in the global culture of senior
engineering and technical personnel, has enhanced the students on the mechanical technology of work adaptability and development of creation and innovation ability.
25.机械设计基础（下）（4学分）Fundamentals of Machine Design (II)（4 credits）
机械设计基础（下）是机械工程专业的专业基础课程。本课程主要研究一般工作条件和参数范围内的通用零件的设计和计算。本课程的作用在于培养学生具备机械设计中的一般通用零部件设计方法的能力，为后继专业课程学习和今后从事设计工作打下坚实的基础。它在培养机械工程技术人才的全局中，具有增强学生的机械理论基础，提高学生对机械技术工作的适应性，培养其开发创新能力的作用。
Fundamentals of Machine Design (II) is a professional basic course in Mechanical Engineering major. Design and calculation of this course mainly studies the general working conditions and parameters within the scope of the common parts. This course plays the role of cultivating the ability of students with general parts design method in mechanical design, learning for subsequent major courses and the future is engaged in design work and lay a solid foundation. It is in the global culture of mechanical engineering technical personnel, with enhanced mechanical theory basis of students, improve the adaptability of the students on the mechanical technical work, cultivate their innovation capability development role.
26.机械制造技术基础（4学分）Fundamentals of Machine Manufacturing Technology（4 credits）
机械制造技术基础是机械工程专业的学科基础课。该课程主要包括金属切削原理，常用的加工方法，金属切削机床，加工质量和机械加工工艺规程的基本理论。通过对该课程的学习，使学生掌握机械制造方面的基本理论和基本知识，并具备解决机械加工工艺过程中一般技术问题的能力。为后续专业课程的学习奠定良好的基础。
Fundamentals of Machine Manufacturing Technology is a professional fundamental course in Mechanical Engineering major. This curriculum mainly introduces the principle of metal cutting, common machining operation, machine tools, machining quality, and basic theory of manufacturing process planning in manufacturing process. The students are expected to grasp the basic theory and knowledge in machine manufacturing through the course study，and have the ability to solve the general technical problems in the process of machining process. It aims to lay a foundation for the subsequent professional course study.
27.互换性与技术测量（2学分）Interchangeability and Technological Measurement（2 credits）
本课程是机械类专业的一门实践性很强的技术基础课。它的形成和发展与机械、电子工业的发展密切相关，涉及机械电子产品的设计、制造、质量控制和生产组织管理等诸多方面。该课程将实现互换性生产的标准化领域与计量学领域的有关知识结合在一起，使学生获得机械零件的几何精度及其相互配合的基础知识和几何参数检测的基本技术，是机械专业技术人才必须具备的基础知识与基本能力。
This course is a practical and technical basic course for mechanical majors. It's formation and
development closely related to the development of electronic and machinery industry, it involved many aspects such as designing, manufacturing, quality control and production management of machinery electronic product. This course will realize the combination of relevant knowledges of the standardization and metrology field interchangeability production science , it enable students to obtain the geometric precision of mechanical parts and basic knowledges of their mutual coordination and the basic technology of geometric parameters detection, it’s basic knowledge and ability for machinery of professional and technical personnel that must possess.
28.控制工程基础 （2学分） Fundamentals of Control Engineering （2 credits） 控制工程基础是机械工程专业必备的一门学科基础课程。本课程重点讲授在控制系统的分析及设计中所必需的理论和方法。这些知识是学生开展复杂机电装备创新设计、分析、改进等工作的关键基础知识。学习和掌握本课程的核心内容后学生将可以在不同的空间自由分析和改进控制系统的性能和品质,并可以根据实际需要创新性的设计控制系统并加以实现。这些能力的获得是一个机械行业的工程师技能的重要体现。同时本课程不仅是一套严谨的理论体系而且也是一门方法论,学习和掌握本课程的理论、方法等知识后将会提高学生认识世界、把握世界的能力促进学生能够更快的掌握控制学科的其他理论知识攀向机电系统控制的科学高峰。
Fundamentals of Control Engineering is a specialized required basic course in Mechanical Engineering major. The course focuses on the necessary theory and methodology in control system analysis and designing. This knowledge is the key foundation knowledge when student carried on complex creative design, analysis, and modification of mechanical and electrical equipment. After grasp the key content of the course, students can carry on the free analysis and modification of the quality of control system, and can also fulfill the creative design according to the actual need. The master of the ability above is the characteristic of an engineer in mechanical industry, meanwhile, this course is not only a rigorous subject but also a kind of methodology. These knowledge can help students improve the ability of acknowledge and grasp the world, at the same time, students can also master other theories in control system subjects more quickly so as to climb to the peak of mechanical and electrical control system.
29.微机原理及应用（2学分）Principle of Microcomputer and Application（3 credits）
微机原理及应用是机械工程专业的专业基础课之一，是学生学习和掌握计算机硬件知识和汇编语言程序设计的入门课程。通过本课程的学习，使学生从应用的角度出发，在理论和实践的上掌握微机的基本组成、工作原理、汇编语言程序设计、接口电路及硬件的连接。建立系统的整体概念，使学生具有微机应用系统软、硬件开发的初步能力。同时，配以适当的实验教学培养学生的独立分析问题和解决问题的能力，通过系统的实践教学锻炼，使学生具有一定的软硬件开发能力，为未来的工作和后继课程的学习打下基础。
Principle of Microcomputer and Application is a basic course in Mechanical Engineering major. It’s an introductory course designed to help students learn and mater the knowledge of computer hardware and assembly language programming. This course helps students to master, in
theory and practice, the basic composition and operating principles of microcomputer, assembly language programming and the connection of interface circuit and hardware from a practical perspective. It equips students with a vigorous global concept of microcomputer and the rudimentary development abilities of the software and hardware of the application system of microcomputer. Besides, this course incorporates experimental teaching methods to help students develop their critical analytical skills and abilities to solve problems. It equips students with the basic development skills of software and hardware through a systematic teaching and training process and lays a solid ground for their future career and academic prospects.
30.机械制造装备设计（3学分）Machine Manufacturing Equipment Design（3credits）
机械制造装备设计是机械工程专业的主要专业课。该课程包括金属切削机床总体设计、典型零部件设计、组合机床设计、专用刀具设计和机床专用夹具设计等内容。通过本课程的学习，使学生掌握机械制造装备先进的设计理论和方法，掌握典型零部件及机床专用夹具的设计，具备一定的机械制造装备总体设计和结构设计能力。
Machine Manufacturing Equipment Design is a main professional course in Mechanical Engineering major. This curriculum mainly introduces the general design of metal cutting machine, the design of typical parts and components, Combination machine tools, special cutter and special fixture and so on. Through the studying of the course, the students are expected to grasp the advanced design theory and method of machine manufacturing equipment, can design typical parts and components, special fixture, and have the ability of overall design and structural design in machine manufacturing equipment.
31.机械CAD/CAM技术（3学分） Mechanical CAD/CAM Technology（3 credits）
机械CAD/CAM技术是机械专业大三年级学生必修的专业课程。该课程是在学生已掌握机械设计、机械制造等知识的基础上，通过系统学习CAD/CAM的基本原理、基本应用，学会用计算机辅助进行三维设计、工程分析、加工仿真和G代码生成。培养学生应用计算机手段从事产品开发、生产和系统集成的综合能力。
Mechanical CAD/CAM technology is a specialized required course in mechanical majors for junior students. Based on the knowledges from Fundamentals of Machine Design and Fundamentals of Machine Manufacturing, this course mentions the basic principle and application of CAD/CAM, and teaches students to do 3D design, engineering analyses, manufacturing simulation and producing G-code with computer’s aid so as to discipline students to be competent for product design, production and CAD/CAM system integration by means of computer and softwares.
32.数控技术与编程（3.5学分）Numerical Control Technology and Programming（3.5 credits）
数控技术及编程是一门综合性的专业课，涵盖了机械制造、计算机技术、精密测量、信息处理、网络通信、液压气动及自动控制等领域的最新成就，是使生产过程实现自动化、柔性化和集成化的基础技术。本课程重点介绍数控系统的组成、插补原理、伺服系统、编程技术及位置检测装置。通过多媒体讲授、实验、仿真等教学手段，使学生掌握一项专业技能，为以后从事数控机床维护及调试、编程、机电一体化系统开发与设计等工作奠定基础。修学该课程时首先要有数字电路、测试技术、微机原理、机械制造技术基础等先期知识。
Numerical Control Technology and Programming is an all-around professional course，covering the latest achievements of the field of mechanical manufacture，computer technology，precision measurement，information processing，internetwork communication，hydraulic pneumatic automatic control and so on，and is the fundamental technology to make the production process to achieve automation, flexibility and integration. The course mainly focuses on the knowledge of the comprise of numerical control system，interpolation principle，servo system， programming technology and position detection device. By means of multimedia teaching，experiment，simulation and so on，the course makes students to master a technical skill that will lay the foundations for being engaged in NC machine maintenance and commissioning，programming，the development and of design electromechanical integration system and so on. To learn the course，students have the knowledge of digital circuit，measuring and testing technique，principle of microcomputer，fundamentals of machine manufacturing and so on in the first place.
33.电气控制与PLC（2学分） Electrical Control and PLC（2 credits）
这门课程主要讲述常用低压电器的原理，电气控制线路的基本规律，电气控制线路的设计方法，可编程控制器的特点、应用和组成，三菱FX系列可编程控制器的编程单元和基本指令系统、程序设计方法等。该课程从应用角度培养学生电气控制线路的分析与设计能力、PLC程序的设计能力和PLC应用能力等。是一门应用广、实用性强的专业技术性课程。
This course is mainly about the principle of common low voltage electrical apparatus，the basic rule of electrical control circuit, design method of electrical control circuit, the characteristics, application and composition of programmable controller, programmable unit, basic instruction system and programming method of Mitsubishi FX series programmable controller and so on. This course is to train the students' abilities from the point of view of application, such as ability to electrical control circuit design and analysis, ability to design PLC program and PLC application ability. It is a professional technical course with wide application and strong practicalness.
34.专业英语（2学分） Professional English（2 credits）
专业英语是机械类专业大四年级学生必修的专业课程。该课程以大学英语及专业课程为基础，讲授科技英语的语法特点和文体结构，使学生掌握一定数量的机械常用词汇、专业术语，能够基本正确地阅读、理解和翻译机械专业英语书籍和文献，在涉外交际的日常活动和业务活动中进行简单的口头和书面交流，并为今后进一步提高英语的交际能力打下基础。
Professional English is a specialized required course in mechanical majors for senior students. Based on College English and other professional courses, Professional English teaches the grammar features and the structure style of scientific paper. Students will master a number of mechanical words and terms and be able to read， comprehend， and translate mechanical books and scientific papers written in English, and can make a simple verbal and written communication in foreign daily activities and business activities, and lay the foundation for the future to further improve the English communicative ability.
35.机械工程测试技术（2学分）Mechanical Engineering Testing Technique（2 credits） 机械工程测试技术这门课程主要讲了测试的基本原理、信号的分析和信号处理、传感器类型，测试系统的特性以及现代测试技术。这门课主要分为以下几个部分，测试的基础知识、信号及其描述方法、测试系统测试系统的基本特性、常用传感器、信号变化及调整、现代测试技术。通过课程的教学，使学生获得测试技术必需的基本理论、基础知识、基本技能以及提高分析问题、解决问题的能力。
Mechanical Engineering Testing Technique is mainly about the fundamental principles of testing, the analysis and process of signals, sensors types, features of testing system and modern testing techniques. This course is about basic knowledge of testing, signals and its description, fundamental features of testing system, sensors in common use, signal drift and adjustment, modern testing techniques. Through the teaching of the course, the student can obtain necessary basic theory, basic knowledge, and basic skills of test technology to improve the ability to analyze and solve problems.
36.液压与气压传动（3学分） The Transformation of Hydraulic Powered and Air Powered（3credits）
本课程是研究和应用流体传递能量的一门工程技术，是机械类各个专业的主要技术基础课程。本课程主要介绍液压传动的基本原理，液压流体力学的基本概念和运动方程，小孔流动和缝隙流动规律，液压卡紧和液压冲击问题，液压泵的工作原理、困油现象、典型结构和伺服变量原理，液压缸的分类、参数、连接方式和典型结构，各种液压阀的结构原理、性能特点及其应用，液压传动辅助装置，各种速度控制回路、压力控制回路和方向控制回路，典型液压系统分析，液压系统的设计，气动元件、气动基本回路和气动系统实例。通过本课程的学习使学生较好的掌握液压流体力学的基本理论；具有元件结构、工作原理等方面的知识，能合理选择元件；培养学生初步掌握各个基本回路方面的知识，使学生具有一定分析和设计液压系统及个别元件的能力；具有一定的液压实验技能，掌握有关液压系统的调试和维护知识。
The course is the study of fluid power, and is an important fundamental course of mechanical
discipline. The course principally introduces the operation of fluid power, key concepts of fluid mechanics, equations of fluid mechanics, flow in orifice and clearance, hydraulically sticking, hydraulically shocking, cavitations ,the operation of hydraulic pumps, typical structure of hydraulic pumps, the operation principle of varying displacement, the classification of cylinders,
parameters of cylinders, connection of cylinders, typical structure of cylinders, the operation principle of various valves, structure of various valves, characteristics of various valves, utilization of various valves, pressure control circuits, speed control circuits, direction control circuits, typical hydraulic systems, design of hydraulic systems, pneumatic elements, pneumatic circuits, and pneumatic examples. Via studying the course, students should master the fundamental theory of fluid power, familiarize the structure and operation principle of various elements, and be able to reasonably select hydraulic and pneumatic elements, in addition develop analysis, design, experiment and maintenance skills.
37.数控加工工艺与编程（2学分）Numerical Control Process Planning and Programming（2 credits）
数控加工工艺与编程是机械工程专业的一门专业课。本课程重点介绍数控加工过程中有关工艺分析、基本的编程功能指令，以及数控车床、数控铣床的程序编制方法。通过多媒体讲授、实验、仿真等教学手段，使学生掌握一项专业技能，为以后从事数控机床调试、加工工艺与编程等工作奠定基础。修学该课程时首先要有机械制造基础、微型计算机原理、数控技术等先期知识。
Numerical Control Process Planning and Programming is a professional course in Mechanical Engineering major. The course mainly focuses on the knowledge of the analysis of processing technique in CNC manufacturing，the basic function command for programming and the programming-skill of CNC lathes and CNC milling machines. By means of multimedia teaching，experiment，simulation and so on ，the course makes students to master a technical skill that will lay the foundations for being engaged in CNC machine commissioning，processing technique and programming and so on. To learn the course，students have the knowledge of fundamentals of machine manufacturing，principle of microcomputer，numerical control technology and so on in the first place.
38.先进制造技术（2学分）Advanced Manufacturing Technology（2 credits）
先进制造技术是机械工程专业的一门专业课，是一门新兴的高新技术，在传统制造技术的基础上，不断吸收机械、电子、信息、材料、计算机、控制、能源、加工工艺、自动化以及现代管理等领域的最新科研成果。本课程重点介绍现代设计技术、先进制造工艺技术、制造自动化技术、现代生产管理技术、先进生产制造模式。通过多媒体讲授、实验等教学手段，使学生掌握先进制造技术及发展概况，掌握先进制造技术的设计思想和制造方式。修学该课程时首先要有机械设计、机械制造基础、测试技术、数控技术等先期知识。
Advanced Manufacturing Technology is a professional course in Mechanical Engineering major，and is a newly emerging technology that continues to assimilate the latest research achievement in mechanics, electronics, information, materials, computer, control, energy, processing, automation, and modern management etc. on the basis of the traditional technology of manufacturing. The course mainly focuses on the knowledge of modern design technology,
advanced manufacturing technology，manufacturing automation technology ，modern production management and advanced production mode. By means of multimedia teaching，experiment and so on ，the course makes students to master the advanced manufacturing technology and the development of the advanced manufacturing technology，and to master the design idea and manufacture method of the advanced manufacturing technology. To learn the course，students have the knowledge of mechanical design，fundamentals of machine manufacturing，measuring and testing technique，numerical control technology and so on in the first place.
39.模具制造工艺（2学分）Technology for Mould & Die Manufacturing（2 credits）
模具制造工艺是机械类专业的一门专业选修课。课程以机械制造基础、模具设计等课程为基础，讲授模具制造的基础知识以及冷冲压模具和塑料模具零件的加工工艺过程的编制及模具装配的工艺方法。使学生具备处理模具制造中一般工艺技术问题的能力，并了解模具制造的新技术、新工艺以及模具制造技术的发展方向。
Technology for Mould & Die Manufacturing is a professional optional course in mechanical majors. Based on Fundamentals of Machine Manufacturing, The Technology of Model Designing, and other professional courses, this course teaches basic knowledge of die and mould manufacturing, the machining process planning of parts from cold stamping dies and plastic moulds, and the procedures for mould and die assembly. Students will be able to handle general technology problems for mould manufacture, and acquainted with the new technology, new process, and development direction of mould and die manufacturing technology.
40.数控机床（2学分）Numerical Control Machine Tool（2 credits）
数控机床是机械工程专业的一门专业课。本课程重点介绍机床的结构、工作原理及方法、数控机床进给伺服系统的设计及传动装置的知识，以及典型数控机床的功能和结构特点知识。通过多媒体讲授教学手段，使学生掌握一项专业技能，为以后从事数控机床调试、典型机械结构设计、主要部件的计算、选择等工作奠定基础。修学该课程时首先要有机械制造基础、机械设计、数控技术等先期知识。
Numerical Control Machine Tool is a professional course in Mechanical Engineering major. The course mainly focuses on the knowledge of the structure of the numerical control machine，the operational principle and method of work，the design of the feeding servo system in the numerical control machine and transmission devices，and the knowledge of the function and the structure characteristic of typical numerical control machines. By means of multimedia teaching，the course makes students to master a technical skill that will lay the foundations for being engaged in CNC machine commissioning，design of typical mechanical structures， design calculation and selection of major components and so on. To learn the course，students have the knowledge of fundamentals of machine manufacturing，mechanical design，numerical control technology and so on in the first place.
41.机械结构优化设计（2学分）Optimal Design of Mechanical Structure（2 credits）
机械结构优化设计是机械工程专业的专业选修课，本课程是把本专业前面所学的用图解法设计连杆机构、凸轮机构、齿轮机构，用解析法结合MATLAB软件应用于设计领域的一种现代设计方法。学生通过本课程学习，初步具备对工作中的优化设计问题进行建模、编程和计算的应用能力，为以后从事有关的工程技术工作和科学研究工作打下一定的基础。
Optimal Design of Mechanical Structure which is an optional professional course in Mechanical Engineering major helps students to use the graphic method design of linkage mechanism, the professional front of the cam mechanism, gear mechanism, a modern design method using the analytical method combined with MATLAB software applied in design field. Students learn through the course, application ability has the preliminary optimization design problem for work in the modeling, programming and computing, for the future to engage in related engineering and technical work and scientific research work to lay a certain foundation
42.冲压工艺与模具设计(2学分) Stamping Process and Die Design（2credits）
冲压工艺与模具设计是机械工程专业模具设计与制造方向的一门主干专业课。本课程以培养学生从事冲压模具设计与制造能力为核心，将冲压成形加工原理、冲压设备、冲压工艺、冲模设计有机融合，是一门实践性较强的课程。本课程的主要任务是分析各类冲压成形的变形规律，认识典型冲压成形工艺方法、模具结构特征，掌握冲压工艺与模具设计方法。
Stamping Process and Die Design is a major specialized course for Mechanical Engineering major in Die Design and Manufacture Specialty. The key purpose of the course is to cultivate the ability of die design and manufacture, organic integration of stamping processing principle, stamping device, stamping process and die design, it is a course of higher practicality. The major task of the course is to analysis the deformation law of various stamping, understanding the typical stamping technological method, die structural characteristics, master stamping process and die design method. Students will have the ability of design stamping die by study the course.
43.塑料成型工艺与模具设计（2学分）Plastic Moulding Process and Mould Design（2 credits）
塑料成型工艺与模具设计是机械工程专业一门主干专业课，它是一门将塑料模具设计与制造技术有机融合的综合性、实践性较强的课程。本课程的主要任务是论述塑料的工艺性能，讲授塑料成型工艺及模具设计与计算方法。通过本课程学习，使学生在下列能力培养方面得到锻炼与提高：能正确分析塑料成型性能，达到能编制出合理、可行的塑料成型工艺规程的能力；熟悉掌握塑料模具的设计方法；具备跟踪专业技术发展方向，探求和更新知识的自学能力。
Plastic Moulding Process and Mould Design is a major course in Mechanical Engineering major, which centers on the combination of plastic moulding design and manufacturing technology featuring comprehensiveness and practices. The main task of this course is to discuss the process performance of plastic, while teaching the moulding process, moulding design and the
calculation method. Throughout the course, students’ learning ability can get improved in following aspects: to make correct analysis of plastic moulding property to achieve reasonable and workable plastic moulding technology; to have a clear understanding of design method of plastic moulding; to have the ability of following the industry’s technology development as well as the ability of self-taught in exploring and upgrading knowledge reservation.
44.模具三维数字化设计(2学分）3D Digital Design for Die & Mould（2 credits）
模具三维数字化设计是机械工程专业一门专业课，它是一门运用三维设计软件（Pro/E）设计模具，并运用有限元分析软件（Autoflow）分析注塑过程并优化模具设计结构的综合性、实践性课程。本课程的主要任务是通过讲述三维设计软件的操作方法，使学生具备设计三维注塑模具的能力。并通过讲述有限元分析软件，使学生具备分析优化注塑过程及模具设计的能力。通过本课程学习使学生在下列能力培养方面得到锻炼与提高：了解主流的模具设计及优化分析软件及发展趋势；掌握模具的三维设计方法，能进行模具结构设计；掌握模具设计中的优化分析能力，对模具结构进行优化。
3D Digital Design for Die & Mould is a major course in Mechanical Engineering major. It’s a comprehensive course which applies Pro/E moulding design and Autoflow to analyze injection moulding process and optimize mould design based on practices. The main task of this course is to teach 3D digital design and the method of operation with the purpose of enabling students to have the ability of designing three dimensional injection mould. Demonstration of Autoflow in class will equip students with the ability of analyzing and optimizing the design of injection moulding process. Throughout the course, students’ ability can get improved in following aspects: to understand the mainstream of moulding design and the trend of optimization and analysis software development; to grasp the way of three-dimensional mould design and to complete the designing of mould structure; to have the ability of optimizing and analyzing mould design to optimize the mould structure.
45.数控加工仿真（2学分）Numerical Control Machining Simulation（2 credits）
数控加工仿真是机械工程专业的一门专业课。本课程重点介绍数控加工编程基础、常用的编程指令、数控仿真软件，以及数控车床、数控铣床的仿真加工。通过多媒体讲授、实验、仿真等教学手段，使学生掌握一项专业技能，为以后从事数控机床调试、编程、数控机床加工等工作奠定基础。修学该课程时首先要有机械制造基础、微型计算机原理、数控技术等先期知识。
Numerical Control Machining Simulation is a professional course in Mechanical Engineering major. The course mainly focuses on the knowledge of the foundation of NC programming，the frequently-used function command for programming and NC simulation software，and the knowledge of the simulation processing of CNC lathes and CNC milling machines. By means of multimedia teaching，experiment，simulation and so on ，the course makes students to master a technical skill that will lay the foundations for being engaged in CNC machine commissioning，
programming，CNC machining and so on. To learn the course，students have the knowledge of fundamentals of machine manufacturing，principle of microcomputer，numerical control technology and so on in the first place.
46.有限元基础及应用（2学分） Fundamentals & Application of Finite Element Method（2 credits）
本课程是机械工程专业的一门专业拓展课，学生通过先修课程的学习，在掌握高等数学、理论力学、材料力学、线性代数等知识和能力的基础上，学习和掌握平面应力（应变）、轴对称问题和空间问题的有限元基本理论，并能够借助通用有限元分析软件对简单构件进行建模和进行有限元分析从而优化产品结构、降低产品成本，是一种具有重要经济意义的先进技术。
Fundamentals & Application of Finite Element Method is a professional course to expand students’ scope of knowledge in Mechanical Engineering major based on the knowledge of subjects such as Advanced Mathematics, Theoretical Mechanics, Strength of Materials and Linear Algebra and so on. Students will learn and master the basic finite element theory to solve plane stress (strain), axisymmetric and space problems. And they will be able to use finite element analysis software for simple component modeling and analyses which are to optimize the product structure while product costs are reduced. Finite Element Method is an advanced technology with high important economic value.
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