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The School of Manuf-

 acturing Science and
 Engineering has a state
 key discipline and a provincial key discipline,
 they respectively are materials science and

 engineering, mechanical ...

 


 

The Course Description List of Mechanical Design and Manufacturing and Their Automation


Course Code:30410920
Course Name:Basics of Computer Theory
Credit: 2         Total Class Hours:36  
Basics of Computer Theory, like other general courses as Math and English, teaches all non-Computer-major undergraduates relevant basic knowledge of Computer and also introduces practical applications of computers,  involving the skillful use of a computer, word processing, data base applications, hardware-software and internet.

Course Code:99905220
Course Name:Chinese Culture(Literature)
Credit: 3         Total Class Hours:48
The course is meant to explore the great works of Chinese literature and art in their historical contexts, a writing-intensive course which requires after-class papers and essay tests, including brief lectures,  reading some of the Chinese masterpieces, especially about literature, and classroom discussion activities.

Course Code:99905320
Course Name:Chinese Culture(History)
Credit: 3         Total Class Hours:48
The course is meant to explore the great works of Chinese history and culture in their historical contexts, a writing-intensive course which requires after-class papers and essay tests, including brief lectures,  reading some of the Chinese masterpieces, especially about Chinese history and culture, and classroom discussion activities.
 
Course Code:99905420
Course Name:Chinese Culture(Philosophy)
Credit: 3         Total Class Hours:48
Exploration of the great works of Chinese philosophy in their historical contexts. A writing-intensive course requiring outside papers and essay tests, including some of the Western masterpieces, especially about philosophy.

Course code: 30280920
Course name: Modern Mechanical Graphics (Ⅱ)-1
Credit: 2         Total Class Hours:32
Course content: introduction; basic knowledge and skills of drawing; elementary knowledge on Projection; projection of Point, line and plane; three-dimensional projection; assembly.

Course code: 30208925
Course name: Modern Mechanical Graphics (Ⅱ)-2
Credit: 3         Total Class Hours:48
Course content: axonometric map;standard parts and common parts; parts drawing; assembly drawing.

Course code: 20113740
Course name: Calculus (Ⅰ)-1
Credit: 4         Total Class Hours:80
Limits, derivatives, the mean value theorem, curve sketching, max-min problems, derivatives, infinite integral, definite integral, fundamental theorem of calculus, area, volume.

Course code: 20112630
Course name: Calculus (Ⅰ)-2
Credit: 5         Total Class Hours:96
Polar coordinates, three-dimensional analytic geometry, vectors, vector valued functions of several variables, partial differentiation, multiple integrals, integration in vector fields, introduction to Fourier transform, ordinary differential equations including principal types of first order equations, techniques of solution of higher order linear equations with constant coefficients, applications of first order and higher order equations, systems of linear differential equations.

Course code: 20128230
Course name: Linear Algebra
Credit: 3         Total Class Hours:58
Systems of linear, equations, matrices, determinants, eigenvalues, eigenvectors, finite-dimensional vector spaces, linear transformations and their matrixs, Gram-Schmidt orthogonalization, inner product spaces.

Course code: 20128430
Course name: Probability theory and Mathematical statistics
Credit: 3         Total Class Hours:58
Representation of data, probability, random variables, discrete and continuous distributions, sampling theory, central limit theorem, confidence intervals, tests of statistical hypotheses, regression analysis.

Course code: 20216625
Course name: College Physics (IV)-1
Credit: 3         Total Class Hours:48
Kinematics and dynamics of particles, conservation of energy, relativistic mechanics, statics and dynamics of rigid bodies. Mechanics of fluids, temperature, heat and thermal energy; laws of thermodynamics; wave motion and sound. Including some corresponding labs.

Course code: 20216725
Course name: College Physics (IV)-2
Credit: 3         Total Class Hours:48
Light refraction, and polarization. Introductory study of electrostatics, electric field, direct currents, magnetism, electromagnetic waves. Inculding some corresponding labs.

Course code: 30510230
Course name: Theoretical Mechanics (Ⅳ)
Credit: 3         Total Class Hours:48
Prerequisite:Advanced Algebra,College Physics. Chapter 1statics and dynamics of rigid bodies. Chapter 2 variable mass mechanics; Chapter 3 Lagrange Equation of electriferous mass and  Electro-Me-chanical; Chapter 4  Problems and examples of Ordinary Kinematics; Chapter 5 Motion Stability.

Course code: 30501035
Course name: Strength of Materials(III)
Credit: 4         Total Class Hours:64
Introducing the concept of transforming solid, the basic hypothesis of strength of material , internal force of pole and ,section method to solve the internal force as well as internal force equation ,the relationship between internal force and load, mechanics function of the low carbon steel and concrete in pull- press process, positive stress and shearing strength of cross section and obligue section, pull- press Hooke law, pull- press transforming calculation, shearing strength of circinal shaft, the brief indeterminate problem, bidirectional stress and strain analysis, isotropy extended Hooke law, stress analysis of combined transform, the first, second , third and fourth intensity theory, critical stress of press pole etc.

Course Code: 30205130
Course Name:Basis of Mechanical Manufacture
Credit: 3         Total Class Hours:48
Basis of mechanical manufacturing is a comprehensive curriculum which studies the commonly used materials, machining methods and processing technology of machine parts. On the basis of modern engineering training, by studying this curriculum,  students can obtain the basic knowledge of commonly used engineering materials and various manufacturing technology, grasp the processing technology of parts or subassembly, train the primary ability of processing analysis; understand the phylogeny of material and manufacturing technology and the management and operation methods of modern manufacturing enterprises, expand the aspects of knowledge, lay the essential foundation to study on other related curricula and subsequently engage in the mechanical design and product-processing at a later time. This curriculum fully manifests overlapping fusion of advanced manufacturing technology、materials science and engineering、material and manufacturing technology phylogeny、modern  information technology 、modern management science, and is compulsory or take as an elective specialized technical basic curriculum which learned by students majoring in mechanics、material, industrial engineering, tooling design and manufacture and business administration in colleges and universities.

Course code: 30319530
Course name: Basics of Electrical Technology (II)
Credit: 3         Total Class Hours:48
The purpose of this course is to make students obtain necessary fundamental theory, knowledge and skill about electrocircuit, motor and its control, and electrical-drag technology, also realize the developping of the electrocircuit, motor and its control, and electrical-drag technology, so that building up a fundament for future professional course study, going in for the work about this major and doing research. Contents of this course include electrocircuit, motor and transmission control, electrical-drag technology, electrical measurement and electrical safety, etc.

Course code: 30319640
Course name: Basics of Electronic Technology
Credit: 4         Total Class Hours:64
The purpose of this course is to make students obtain necessary fundamental theory, knowledge and skill about electronic technology, also realize the development of the electronics, so that building up a fundament for future professional course study, going in for the work about this major . Contents of this course comprise four parts, ie, electronic element, analog electronic technique, digital electronic technique and EDA technology.

Course Code: 30204930
Course Name: Mechanical Principle
Credit: 3         Total Class Hours:48
This class include the flowing content:how to plot The Kinematic Diagram of a Mechanism;how to calculate the freedom of a mechanism;kinematic analysis of mechanisms by graphical method and analytical method;characteristics and dimensional synthesis of Planar Linkage Mechanisms;characteristics and classification of Cam Mechanisms,Graphical synthesis of the pitch curve;characteristics and classification of Gear Mechanisms,Calculation methods of Involutes  Gears, Principles of Gearing of Involute Gears;characteristics and classification of Gear Trains,Calulation methods of the train ratio of a gear train;Motion of mechanical systems and its regulation.
It is hoped that, after studying this class, the student will grasp the basic theory and obtain the basic knowledge and skills needed in mechanisms synthesis and kinematic and dynamic analysis of machinery.
The knowledge to be obtained from this class is therefore fundamental in analyzing existing machines and designing new ones.

Course code: 30204430
Course name: Mechanical Design
Credit: 3         Total Class Hours:48
The course is a technological basic course which brings up the ability for students to design mechanical products. It belongs to the course of the design type, The main tasks of the course are to make students:grasp the principle and methods of design of current machine elements and parts, general laws of mechanical design, the ability to design the mechanical transmission sets and simple machine;build up the correct design thought; understand the current correlative technological economic policies of our country; hold the ability to apply the criteria, diagrammatic book and manuals, hold the ability to gather and read the correlative technological material; grasp the typical experiment methods of the mechanical elements and gain the basic training of an experiment ability; understand the new development of mechanical design.

Course code: 30214920
Course name: Tolerance Fitting and Technical Measurement
Credit: 2         Total Class Hours:32
Compatibility is the chief principle for the design and manufacturing of mechanical instruments and other industrial products. This course is an obligatory course for the student majoring in Mechanical Design Manufacturing and Automation. The contents of the course consist of eleven parts, including the limit and fit of shaft and hole, dimension measurement, form tolerance and position tolerance, surface roughness and testing, slippery limit gauge, tolerance and fit of roll bearings, size chain, tolerance and fit of tapers, tolerance and measurement of screw threads, tolerance and fit of bonds and splines as well as accuracy and test of involute column gears. With a good understanding of the fundamental theory and knowledge about the standardized compatibility and measuring technique, the student is able to choose tolerance fitting and design measuring scheme.

Course code: 30212630  
Course name: Fundamentals of Control Engineering
Credit: 3         Total Class Hours:48
This course is an obligatory course for the student majoring in Mechanical Design Manufacturing and Automation. The course covers those subjects that concern the design and analysis of control systems using classical control theory. The course is organized into seven parts. Part one presents an introduction to control systems. Part two deals with mathematical models of systems, including differential equations, transfer functions, block diagram models and state space models. Part three introduces time response analysis of systems, including transient and steady responses, performance indexes of systems as well as the analysis and calculation of the system steady-state error. Part four treats frequency response analysis, including the introduction to frequency characteristics, frequency response plots involving Nyquist and Bode diagrams and performance specifications in the frequency domain. In part five the student is introduced to the stability analysis of systems, including the Routh, Nyquist and Bode stability criteria as well as the relative stability of systems. Part six deals with the design of feedback control systems, including the Phase-Lead design, Phase-Lag design and PID controller design. Part seven deals with linear discrete systems, including the signal sampling, z-transfer functions, the analysis and design of linear discrete systems.

Course Code:30222620
Course Name: Computer-aid Design and Manufacturing
Credit: 2         Total Class Hours:32
The course main introduces basic principles and application methods of CAD/CAM technology. With the base of common principles ,background of engineering application and emphases on new technology and new method, the course responds modern CAD/CAM technoloy’s new development and new fruits as well as the latest foreland problems of subject development. By learning the course, we can understand CAD/CAM technology’s important status and function in design, manugacturing field and can be familiar with design methods and steps of CAD/CAM system as well as using method of interrelated softwares. Including definitions of CAD/CAM technology, constitutes of hardware and software, history and trend of CAD/CAM, principles of data structure, contents of computer graphics, finite element methods as well as rapid prototype and inverse engineering technologies.

Course Code: 30222430
Course Name:Mechanical Manufacturing Engineering
Credit: 3         Total Class Hours:48
This course is a professional core course. It focuses on the introduction of basic theory of the metal cutting and the method of correctly choice of cutting tool materials、cutting fluid、cutting dosage、the cutting tool geometrical parameters. Secondly, it introduces the transmission principle and typical organ and the processing scope for various machine tools, the method of correctly choice for universal machine tools and universal cutting tools. Thirdly, it introduces the method or steps to enhance the process precision and the assemble precision, and the method or steps to weave the machining process regulations. Finally, it introduces the design theory and the method of the appropriative clamp. By making use of the knowledge they learned, student can easily weave the machining process regulations and predominate accurately design Appropriative Clamp.

Course Code: 30222520
Course Name:Numerical Control Technology
Credit: 2         Total Class Hours:32
Numerical Control technology is one of core curriculums of this major. Through studying the curriculum, one can understand the characteristics and classifications of numerical control machine tools and the application and development of numerical control technology, master numerical control system control algorithms , such as interpolation computation principle、 cutting tool radius compensation and speed control, as well as computer numerical control system's constitution principle. Be familiar with the constitution principle and characteristics of numerical control Feed Servo System. Primarily master the machining programming and the elementary operation skill of numerical control milling machine and numerical control lathe.

Course code:30222820
Course name: Fluid power transmission and control
Credit: 2         Total Class Hours:32
This course is an obligatory course for the student majoring in Mechanical Design Manufacturing and Automation. Fluid power transmission and control technology has been widely used in the various fields, such as aeronautics and aviation, weapon, numerical control machine, construction equipment. The purpose of the course is to provide the student with a basic background in the vast field of fluid power system. The student learns not only the “how” but also the “why” of fluid power system operation. The course covers those subjects essential to understanding the design, analysis, operation, and maintenance of fluid power systems.

Course Code:30204630
Course Name:Innovation and Practice of Mechanical Design
Credit: 3         Total Class Hours:3 weeks
A motional plan for a simple mechanical system is drawn up and in which some mechanism are analyzed and designed according to predetermined functional demands of this mechanical system by using learnt knowledge synthetically. Through the training of this practical link, the students could master better and understand deeply the course’s basic theory and methods, further improve the abilities of consulting technical data, making engineering drawing and using computer, especially of innovation design. Guided by teacher, students should accomplish the design job independently, make overall plan design and choose transmission mechanism and machine components reasonably according to the demands of machine functions and economy. Students should analyze and calculate load acting on parts according to working conditions of the machine, choose material of parts reasonably, calculate working ability rightly and determine size of parts. Considering of manufacturing technology, using and safeguarding, economy and safety etc, the students should make the constructional design for machine and parts, and make assembly and parts drawings of the machine or assembly parts.

Course Code:30219430
Course Name:Specialty Course Design
Credit: 3         Total Class Hours:3 weeks
This course is a professional training course. It encourages students to use the basic and special knowledge or skill of the  course of Mechanical Manufacturing Engineering--that the methods and steps to weave the parts techniques regulations and the methods and design theory for the appropriative clamp ,to accurately design the mechanical process Regulations of the appointed design object from its blank to the Parts, to weave techniques flows card, to accomplish the appropriative clamp design for the appointed working procedure and to draw related blueprint. By such comprehensive training,this course focus on cultivating students to have a more  comprehensive、systematic analysis method and the initial capacity of settle mechanism major practical problems.

Course Code:30237120
Course Name:Engineering Training (Ⅳ)-1
Credit: 2         Total Class Hours:64
Course Code:30237230
Course Name:Engineering Training (Ⅳ)-2
Credit: 3         Total Class Hours:96
Engineering training is a fundamental practical course of technology. It is absolutely necessary for students major in engineering to take this course before Engineering material and Fundamentals of machinery.
As a practical course, engineering training revolves about mechanism basic knowledge and has profound inherent relations with Engineering material and Fundamentals of machinery. With the teaching mode and contents of praxis, techniques design, management, innovative practice, students can enhance their mastery of mechanism basic knowledge and develop integrated practice ability.
Engineering training adopted multi-module, multi-form and multi-level teaching system. Through personal practice, students can achieve the final aim of this course, which is to develop the fundamental skill, integrate analysis ability, innovation ability and the whole engineering consciousness.
Aim of engineering training:
1. With detail instructions, all the students can have a good out-line and overview of all basic manufacture systems and well grasp good techniques in all material processing platforms. Understand the application of new techniques and technologies in machinery.
2. Students should have the ability to analysis techniques and to select process method to manufacture simple parts. With major type of work, student has the ability of machining simple parts independently.
3. Students should develop the concepts of laboring, cooperation, quality and economy control. Through combining the theory with practice students can develop scientific working style which is fundamental diathesis of engineering technologist.

Course Code:30219620
Course Name:Production Practice
Credit: 2         Total Class Hours:2 weeks
Production practice is a major specific course that makes senior students step into the practical production environment after 3 year’s college study. Through this course, students can synthesize, apply and reconstruct the knowledge system that they studied in college. For example, they can experience how to apply the knowledge that they have studied in the courses, such as PLC, Mechanical manufacturing process, Fixture design, Mechanical principle and mechanical parts, Electronic technology, Automatic control etc., in production workshop. And this course can also help students to form a more intuitionist, comprehensive and systemic understanding for the practical production department.

Course Code:30219580
Course Name:Graduation Design
Credit: 16         Total Class Hours:16 weeks
Integrated with basic and specific academic knowledge, undergraduate students can practice their abilities of dealing with the practical problems during the process of graduation design. These abilities include literature search ability, English article translation ability, computer apply ability and engineering project design ability, etc.

Course code: 30411120
Course name: C programming C
Credit: 2         Total Class Hours:48
This course concerns C programming language, programming essential methods, data construction, algorithm basics and so on. The purpose is to make the student understand the elementary knowledge of the programming language, grasp the essential programming method and idea. The main contents include the construction of data and algorithm, the module and interface design, the basic concept of data abstraction and procedure abstraction and so on. The course will provide a good foundation to study the successor courses concerned with compute science.

Course code: 30220020
Course name: Computer Graphics (Ⅱ)
Credit: 2         Total Class Hours:32
The software that this course adopts is AutoCAD, which is a competitive product of U.S.A. Autodesk Company, used mainly in CAD and drawing. Except it has characteristic of strong function, apt to grasp, convenient to use, also has good opening, so it is a design platform. Since AutoCAD came out in 1982, it has become popular software for all field professional all over the world, who accepted it and loved it, and has been applied extensively to each field such as the building, machinery, electron, spaceflight, chemical industry, shipbuilding, light textile, clothes, geography and so on. In the course of developing, Autodesk Company improve and upgrade AutoCAD software constantly, introduce the new idea, new technology and make its function stronger, more complete increasingly, thus, it occupy the leading position in CAD software trade all the time. In China, AutoCAD has already become one of the most extensive CAD software in the field of engineering design. In the institution of higher learning, millions of future engineers are studying Autodesk products.

Course code: 30313710
Course name: Experiment of Analog Electronic Technology
Credit: 1         Total Class Hours:24
The contents of this course are amplifier's performance index and the performance index improvement, the integration operational amplifier and its application, power amplification as well as voltage-stabilized source and so on. The students will grasp the elementary theory of electric circuits and the performance index test by means of software simulation and hardware experiments, enhance the experimental skill and the project practical ability, and further deepen understanding and expand the knowledge of electric circuits using the expansion experiment.

Course code: 30313810
Course name: Experiment of Digital Electronic Technology
Credit: 1         Total Class Hours:21
The experiments of digital electronic technology include the design of the basic combinatory logic electric circuit and sequential logic electric circuit. The digital circuit experiment focus on the time sequence and the logical relation of the input/output signal.

Course Code:20231520
Course Name: Physics Experiments III-1
Credit: 2         Total Class Hours:32

Course Code:20231610
Course Name: Physics Experiments III-2
Credit: 1         Total Class Hours:16
Mastering basic knowledge of experiment error calculating, having the initial ability to correctly deal with experiment data. Being familiar with the main procedure of the experiment work: experiment preparation, experiment operation, composing a report .Mastering the measuring method of fundamental magnitude and the principle, use and adjustment of the modern common experiment instrument.

Course Code:30304310
Course Name: Electric  Practice(Ⅲ)
Credit: 1         Total Class Hours:36
Experiments include studies of various logic gates, and the design of various combinational and sequential circuits.

Course Code:30223110
Course Name:Manufacturing Industry Development Trends
Credit: 1         Total Class Hours:16
The manufacturing industry is the pillar of the national economy, the symbol of the comprehensive national strength and the important manifestation of the national competitive strength. Knowing the trend of manufacturing industry and manufacturing technologies is the course purpose. Firstly, the course introduces the trends of the manufacturing industry, which includes globalization, informationalization, virtualization, intelligentization and green, and the national real needs of China. Then the significance, meanings and knowledge system of the Manufacturing Science and Engineering are discussed on the basis of analyzing the developing prospects of the manufacturing industry. Lastly, the key modern manufacturing technologies are introduced by cathedra, which include the technology overview and developing trend of CIMS, the MRP Ⅱ / ERP application and development in manufacturing industry, E-commerce application and development in manufacturing industry, green design and manufacturing, mass customization based on the collaborative product development technology and the application of CAE in mechanical engineering.

Course Code:30281720
Course Name:Microcomputer Principle and Interface Technology
Credit: 2         Total Class Hours:32
This course is an elective course for the student majoring in Mechanical Design Manufacturing and Automation. The purpose of the course is to provide the student with a basic background in the vast field of single chip micro-computers. The course covers those subjects including the basic principle, hardware configuration and instruction set of single chip micro-computers, the program method, and the extended hardware and interface technology.

Course Code:30281910
Course Name:Cognitive Practice of Industrial Basics
Credit: 1         Total Class Hours:16
This course is proposed for carrying out the reform of content and course’s system of higher engineering education for the 21th century. It is an elementary course for the new students of all mechanical specialties.
Through learning this course, the students could have overall comprehension to the basic content of mechanical design, perceptual knowledge to the mechanical construction, and more concrete and imagery to the recognition of the machine.
The course including: the mechanical developmental history of china and foreign; the basic knowledge of mechanism and machine components; general mechanism, common transmission style, linkage parts and shafting parts and their applications; the power resources of machines and the synthetic analysis of machine concrete example etc.

Course Code:30282010
Course Name:Comprehensive Practice
Credit: 1         Total Class Hours:16
The “Comprehensive Practice” is a very important practical link of courses such as “mechanical principle”, “mechanical design” (including “fundamentals of mechanical design”). It makes students understand deeply the basic conceptions, basic theory and basic methods,thus student’s good synthetic ability and experiment skill can be trained up. And it can enlarge student’s knowledge range and improve their abilities of observing, analyzing and solving problem.
Through the training of practical link, the students could master the most basic experiment methods in mechanical design related this course, improve skills of survey and drawing; and could get a deeper understanding of the conception of theory knowledge, selection of main parameters and the principle and law. Thus the learning of theory knowledge can be strengthened.

Course Code:30280820
Course Name:Introduction to Creative Design
Credit: 2         Total Class Hours:32
Through technical systems developing rules and cognizing process, this course introduces theories, methods and tools of creative design. First, design procedure is discussed. Quality function deployment is introduced to translating customer needs into engineering requirements. Secondly, Different concepts generating approaches are introduced in the course, including the theory of Inventive Problem Solving (TIPS or TRIZ), Brainstorming, lateral thinking, creative templates, and so on. Last, computer-aided design system for product innovation is introduced. Students can understand product process and approaches through the course, grip theories and methods of creative design which are made foundation for future product development.

Course Code:30218620
Course Name:Basics of Modern Industrial System
Credit: 2         Total Class Hours:32
This curriculum is the new basic course after the adjustment of undergraduate education. The main contents contain the history, present situation and the development of energy industry, metallurgical industry, chemical industry, mechanical industry, automobile industry, electronic information industry, light industry and architecture industry. It also includes the key production process, craft characteristic and production equipment in various industry sectors and the relationship with environmental protection. The students can obtain some certain specialized knowledge through this curriculum. It is helpful in stimulating the enthusiasm of the students to the professional. This curriculum is the direct and effective professional education. It also can help the students to find the appropriate occupation. This curriculum is accordant to the education strategy which encourages the multi-disciplines integration and brings up the students’ innovative consciousness. This curriculum is fit for students in Engineering, science as well as the partial medical and liberal arts.

Course Code:30222720
Course Name:Mechatronics System Design
Credit: 2         Total Class Hours:32
This curriculum’s aim is to research how to fit the mechatronic factors such as the controlling electric motor, the sensor, the mechanic system, the microcomputer control system, the interface and control software together to build up all kinds of mechatronic products or systems with fine and credible nature by using the system design principle and the synthesis integration skill. This curriculum makes mechanism as its basis and combines the machine and electricity. Its main contentsare the mechatronic components, the calculating methods and examples of system design and the typical mechatronic products or systems. This curriculum also gives a particular introduction of microcomputer control system, interface circuit and control software.Teaching contents include:
1.the concepts of mechatronic; the leading feature of mechatronic technique; the elementary conception, principle and knowledge of mechatronic; the differences from other technique; the key technique of general character.
 2.The design of typical mechatronic components, the influence of machine structure to servo-drive system.
 3.The servo-drive technique; the structure composition and assorting of servosystem; the control system of stepper motors, the DC servosystem, the AC servosystem.
 4.The design of sensor detecting system, the signal detection of analog sensor, the signal detection of digital sensor, the collection and preconditioning of detecting signal.
 5.The computer controlling technique, the components and characters of computer controlling system, the types of computer controlling system, the interface technique of computer controlling system.

Course code: 30206320
Course name: English for Science and Technology
Credit: 2         Total Class Hours:32
This course will further develop student’s general reading and analytical skills(e.g. note taking and information transfer), become  accustomed to dealing with authentic texts in English, enlarg student’s scientific and technical vocabulary, broaden general scientific and technical outlook, become more aware of how to write formal letters and project descriptions, and of how to use visual information (maps, charts, tables and graphs) and academic writing conventions, practice a variety of language structure and function-focused writing and translation tasks, cover the study skill, language functions and much of the vocabulary that make up the Basic Teaching Requirements  for College English Specialised Reading stage.

Course code: 30222920  
Course name: Engineering Measurement and Signal Analysis
Credit: 2         Total Class Hours:32
This course mainly introduces the necessary knowledge and the state of art technology in engineering measurement and advanced signal processing algorithms. Besides theory, many useful practical examples are reflected in this course.
Five parts are included in this course. Part one introduces various sensors and several important sensoring measurement technologies. Part two deals with signal transform algorithms; signal record methods and devices. Part three introduces the measurement of several engineering parameters. Part four describes signal measuring and processing, including signal classification, signal analysis in time and frequency domains, random signal and its analysis, signal correlation analysis and numeric filters. Part five deals with measuring systems based on microcomputers, including computer aided test, CAT, virtual instrument and automatic measuring technology. 

Course Code:30280720
Course Name:Industrial Enterprise Management
Credit: 2         Total Class Hours:32
Industrial Enterprise Management is an optional academic course designed for the major of Mechanical Engineering and Automation in our school. It covers the following topics: management function, management content, organizational structure, rules and regulations, profit & cost of industrial enterprise in chapter 1; marketing management & marketing stratagem, marketing policy and marketing planning of mechanical factory in chapter 2; marketing in chapter 3; mode and procedures of product development, manufacturing technology arrangement and value engineering in chapter 4; spatial organization and temporal organization of producing process, organization design for product line in chapter 5; norm of laboring and materials consumption in chapter 6; production planning, operation planning and network planning in chapter 7; total quality management, quality control and quality recognition certification in chapter 8; facility management and equipment maintenance in chapter 9; technical improvement and technology import, economic argument of technical scheme, project feasibility study in chapter10.

Course Code:30219220
Course Name:Automation of Mechanical Manufacturing System
Credit: 2         Total Class Hours:32
The history, the development and the application of mechanical manufacture automation are introduced. the automation technology applied in mechanical manufacture system which including machine tools, cutting tools, measure device, materiel flow device and auto-assembling device are discussed in detail. Learning and understanding conception and content about mechanical manufacture automation and studying how to design some primary automation machine are the main purposes of the course.

Course Code:30282120
Course Name:Modern Manufacturing Technology
Credit: 2         Total Class Hours:32
The course demonstrates the definition, architecture and development trends of modern manufacturing technologies. The basic content is introduced, including modern design technologies, advanced machining process, manufacturing automation, and advanced manufacturing styles.

Course Code:30217020
Course Name:Structural Design of Modern Numerical Control Machine Tool
Credit: 2         Total Class Hours:32
This course belongs to a professional course. It focuses on the introduction of the basic knowledge about the structure design of the NC machine tools---the basic advanced equipment in the Manufacture Industry and the Production System. This course Main content includes the NC structure analysis、main drive of the NC machine tools、feed servo system design、NC machine tools body and guides design ,and the collectivity layout design of the NC machine tools and the machining center.

Course Code:30219120
Course Name:Accuracy and Super-Accuracy Processing
Credit: 2         Total Class Hours:32
By fully taking advantage of the achievements in machine tool, auto-measurement, environmental control, micro electromechanical system (MEMS), computerized numerical control (CNC), and materials science and so on, the precision and super-precision manufacturing is one of the advanced manufacturing technologies, and is an indispensable manufacturing method for highly sophisticated products’ development.
This course will introduce the fundamental theories and techniques of precision and super-precision machining and testing, including: the precision and super-precision cutting and grinding principles and technologies, nano fabrication technologies, the error testing of machining equipment, error measuring, modeling and compensation control integration technologies for CNC machine tools.
At the same time, the analyses of application examples in mechanical engineering are expounded, and some typical cases are come up for interactive discussion with students. Through this course, the knowledge of unit processes and technology integration of advanced micro/nano fabrication technologies need to be mastered. We always try to broaden the profile of specialties of students, and enable them to have foresight and be fit for needs of manufactory industry.

Course Code:30206420
Course Name:Rapid Prototyping Manufacturing Technology
Credit: 2         Total Class Hours:32
Rapid prototyping technology belongs to the category of advanced manufacturing technology; the appearance of the first rapid prototyping machine in the world in 1988 broke out traditional manufacturing conception. The parts shape up by the way of “the growth”, changing traditional shaping mode in which parts shape up by the way of “the removal” fundamentally. It is not only a interdisciplinary that integrates various modern technology, but also one kind of break through to traditional thinking.
is a specialized curriculum which mainly imparts the phylogeny 、status and trends、basic working principle、typical processing technology and related material, and at the same time imparts the software and hardware structures of rapid prototyping equipments、raw data preparation and the crossing and combination with the related disciplines (for example laser technology, numerical control technology, new material technology, information technology and so on).The course teaching synthesizes classroom teaching, the visits, practices and experiments, design and fabrication personally and lectures, it integrates related CAD curriculums in this curriculum teaching request, greatly exerts schoolmates' enthusiasm and creativities. It is a compulsory specialized technical class which the machinery, material, the mold design and the manufacture of the same kind specialized take as an elective. It is a specialized technical elective which learned by students majoring in mechanics、material、manufacture and so on.

Course Code: 30221420
Course Name: Basics of Computer Network Technology
Credit: 2         Total Class Hours:32
The content that this course mainly introduces is as follows:
1. A rudimentary knowledge of the computer network. Including the conception of the computer network, the classification of the network, and network resource-sharing, etc;
2. ABC of the data communication. For instance modulate technology of the signal and the code of data, transmission means of the data, etc;
3. System structure of ISO. Introduce concepts and functions of all layers upwards, according to seven model of OSI separately;
4. Network hardware of the computer. Introduce the common communication media and the common network apparatus;
5. Network software of the computer. Introduce the operating system of the network especially;
6. LAN technology;
7. A rudimentary knowledge of communication network;
8. Internet’s technology. Introduce the rudimentary knowledge of TCP/IP especially, and the connection of Internet and basic function, etc;
9. A rudimentary knowledge of network management and online security.

Course Code:30217820
Course Name: Database Technology and Application
Credit: 2         Total Class Hours:32
Database Technology is one of important foundation of IT. This course introduces the basic principle, the modeling method and the basic application of Database. The primary coverage includes:
1、Introduces database development history, present condition and prospects for development.
2、Introduces database management system basic principle, including database system construction and database system module.
3、Introduces E-R chart law of database modeling method and the principle of the relational Model. Learn how to use E-R chart to design a small database system, and transforms it into the relational model.
4、Introduces the elementary knowledge of database structure query languages (SQL), and utilize the SQL languages to establish system logical organization in the DBMS according to relational model module.
5、Introduces the essential process of developing Database system.

Course Code:30282220
Course Name:Enterprise Resource Planning and E-Commerce
Credit: 2         Total Class Hours:32
Enterprise Resource Planning (ERP) and E-Commerce (EC) is a comprehensive course which is a combination of  the modern enterprise management and enterprise information technology. The course mainly focuses on describing the relative modern Management Conception, Model, Function, Principle and Methods, Business Properties, Technology System, Development Trend of ERP&EC. In order to let students understand ERP&EC systematically and comprehensively, the famous ERP software systems are introduced, which include Oracle, SAP, YongYou ERP, Peoplesoft and so on. Meanwhile, some ERP&EC projects, such as HY-ERP Project, YunNan Flower International Auction Management System, SME Credit Evaluation System (B2G) and FedEx Delivery Distribution Center Management System (B2C) are analyzed deeply.

Course Code:30235820
Course Name:Virtual Design and Simulation for Mechano-Electronic Products
Credit: 2         Total Class Hours:32
Aiming at the characteristics and researching scope of visual prototype, we will make students, via study and practice, attain the goals as below:
1.Understand the basic knowledge of virtual prototype.
2.Master the basic operation of the simulation software and acquaint themselves with the specialties as well as its using method which includes creating model, testing and substantiating, thinning and iterating, optimizing design as well as customizing interface and the like.
3.Master the basic practical process and methods of solving problems.
4.Cultivate their abilities of analyzing and tackling practical problems for the purpose of enabling them to confront, analyze and solve problems independently.

Course Code:30282920
Course Name:Remote Manufacturing Technology
Credit: 2         Total Class Hours:32
Networked manufacturing, a new mode of manufacturing, covers a series of subsystems, such as the computer network (Internet/Intranet/Extranet), electronic commerce, supply chain management, networked co-design, networked manufacturing execution and knowledge management. In the network environment, some basic pattern of information integration, process integration, organization integration and knowledge integration need to carry over into networked manufacturing. So some key technologies should be studied in this process, to short the development cycle, reduce cost, improve product quality, and strengthen competitive power.
In the course, the existent problems and the development trends are analyzed on networked manufacturing based collaborative product development research. From regional collaborative product design and collaborative product make two levels, the basic concept, task framework, moving mechanism and key technologies are lectured which include the principle and implement method of product collaborative design, web based CAE service, product family modeling and product multi-dimensional information integrating and shared equipment resource managing. In order to make it easy for students to have an in-depth insight into basic theoretical knowledge of networked manufacturing, we will focus on the actual link with manufacturing company, analyze with typical cases, and promote an interactive discussion with students.

Course Code:30230020
Course Name: CAD Program Design CAD
Credit: 2         Total Class Hours:32
Modern computer-aided design is an important method for engineering design. This course is to study computer-aided design methods and program design technology.
This course introduces the following three aspects of the programming technology:
1. VL(Visual LISP )programming technology.
2. VBA(Visual Basic for Applications)  programming technology
3. ObjectARX(AutoCAD Runtime extension)programming technology
Through this course, can understand the basic CAD program design methods. Master 1-2 kind of CAD software programming method.
Methods and Exterior Penalty Function Methods.

Course Code:30223320
Course Name: Computer-aided Geometric Design
Credit: 2         Total Class Hours:32
CAGD (Computer Aided Geometrical Design) according to the calculate geometric theory, Computer software as a carrier, Study on the expression ,analysis ,editing and Solving of geometric shapes.
The course the content of the study are as follows:
Precise technical drawing, Graphics Database Technology, Computer graphics special treatment technology, Entity and Selection sets technology, Online Computing Technology, 2D-3D graphics conversion technology, Computer Graphical  design Meth and Parametric graphics technology.

Course Code:30235420
Course Name: Modern Design Methods and Application
Credit: 2         Total Class Hours:32
Optimization is one of important techniques in modern design. Though optimization in engineering design, we can get the preferred plan. This course introduces the main principle and solution of optimization methods. The primary coverage includes:
1、Introduces how to establish the mathematical model of an optimization problem, and concepts of three elements of the model: design variable, objective function, constrained condition.
2、Introduces the mathematics foundation of optimization design, including gradient, Taylor's expansion, Hessian Matrix, function convexity, and extreme value condition of unconstrained problems and constrained problems, etc.
3、Introduces one-dimensional optimization methods, including Golden Section methods, Quasi-Newton methods, and Quadratic interpolation methods.
4、Introduces unconstrained multi-dimensional optimization methods, including Gradient methods, Conjugate Methods, Variable Metric Methods, Cyclic Coordinate Methods, Simplex Methods, and Powell’s Methods.
5、Introduces constrained optimization methods, including Complex Methods, Interior Penalty Function Methods and Exterior Penalty Function Methods.

Course Code:30234910
Course Name: Practice of Mechanical Scheme Optimization and Structural Originality Design -1
Credit: 1         Total Class Hours:24
It is hoped that , after practice, the students will grasp the theory of Machanism, and obtain the skill to mechanical product scheme optimum design. The students will design first , and then assemble the machanism to observe wether it can meet the demand accoding to the given theme from engineering. Students will study the design method and steps of mechanical transmission plants throughout this class. The correct thoughtway will be set up. The skill to mechanical design including calculating, plotting , applying standard, lookuping manuals and estimating will be improved. At last, the ability of students to find a solution to engineering is brought up.

Course Code:30235010
Course Name: Practice of Mechanical Scheme Optimization and Structural Originality Design -2
Credit: 1         Total Class Hours:24
In the course,taking the most simple and familiar form,the students use building block components to build up familiar mechanical products. and program to control the movement of the products.The course makes essentially students get the more practical comprehensive training in the respects of mechanism structure ,dynamics design and product control course.
According to given engineering project background,students utilize computer dia design and simulation softwares to contrive optimum product design scheme,bulid up corresponding product model and observe the model's movement situation and transmission performance. The course aims at raising students'theory knowledge,the ability to do things by hand, the thought ability and originality ability,and aims at learning methods of scientific study.

Course Code:30218820
Course Name: Mechatronics
Credit: 2         Total Class Hours:32
Mechanics and Electronics” introduce measurement and control system centered on computer and digital electronics technology and how to introduce the electronics system to mechanical design . In order to simplify the mechanical structure, improve product performance, a new type of integrated mechanics with electronics product  is designed. The curriculum begins from the structure , working principles and parameters of typical digital camera .Most important, it explains exhaustively the working  principle, the structure and application characteristics about the grating, the laser interferometer sensor, the sensor synchronization, the  capacitive and magnetic gate, and the solid CCD camera sensor device. Compared to the traditional simulative sensors, it shows huge advantages .Additionally, it describes thoroughly the details concerning how digital sensors improve the working accuracy and resolution ratio. What’s more , the circuit structure, the principle and the realization of electric circuit are emphasized . Lastly , it describes briefly the meaning , structure and characteristics of the front passage and the behind passage transmission line, the frequently adopted interface technology ,anti-jamming measures, and so forth.

Course Code:30283020
Course Name: Modern Control Theory
Credit: 2         Total Class Hours:32
This course presents analysis and synthesis methods of control system states. It is intended to deal with the problems of multi-input or multi-output system, which is either linear or non-linear, either static constant system or time varying system. To reveal the inherent law of control system, this course analyzes and synthesizes the control goal using state space method. The course mainly introduces those subjects including description of state space method, state equation and response, Lyapunov Stability Analysis, analysis of controllability and observability, state feedback and estimation, controller design and applications, observer design and applications, state space analysis of discrete system.

Course Code:30217120
Course Name: Electro-hydraulic Control Technology
Credit: 2         Total Class Hours:32
This course is an elective course for the student majoring in Mechanical Design Manufacturing and Automation. It is also an important constitutive part of Mechatronic technology. The purpose of this course is to provide the students with a basic background in the vast field of Mech-Electro-hydraulic servo systems, and to help students understand the design, analysis, operation of hydraulic servo control systems. The course covers those subjects including the configuration and principle of hydraulic control valves, power elements, Mech-hydraulic servo systems, Electro-hydraulic servo control valves and Electro-hydraulic servo systems.

Course Code:30280520
Course Name: PLC (Programmable Logic Controller)
Credit: 2         Total Class Hours:32
This course is an elective course for the student majoring in Mechanical Design Manufacturing and Automation. Programmable Logic Controller(PLC)is based on a microprocessor and integrated with computer, electrical control, automatic control and communication technologies. Due to its advantages like simple structure, programing convenience, super performance, easy-to-use and high reliability, PLC has been widely used in the fields of industrial process control. This course introduces students to the basic principle, function, application, programming method and programming skill of PLC systems.

Course Code:30283220
Course Name: Control system design and simulation
Credit: 2         Total Class Hours:32
This course is an elective course for the student majoring in Mechanical Design Manufacturing and Automation. In the course students will learn how to design and analyze a control system based on MATLAB/SIMULINK. The main contents comprise the introduction to MATLAB/SIMULINK, the design, analysis and simulation of linear continuous and discrete systems using MATLAB/SIMULINK, including the time response analysis, frequency response analysis, stability analysis of systems, control system design based on Phase-Lead , Phase-Lag and PID controllers.

Course Code:30217920
Course Name: Automotive structure
Credit: 3         Total Class Hours:48
This course is an elective course for the student majoring in Mechanical Design Manufacturing and Automation. The course covers these subjects: automotive type, main technical parameters, general structure and basic principle of driving automobiles, automotive motor type, working principle and performance indicators, crank link structure of motors, gas distribution agency, supply system, cooling system, lubrication system, working principle and structure of ignition and starting systems, transmission system of auto chassis, driving system, working principle and structure of turning and brake systems.

Course Code:30218020
Course Name: Automotive control systems
Credit: 2         Total Class Hours:32
This course is an elective course for the student majoring in Mechanical Design Manufacturing and Automation. The course covers those subjects essential to understanding the application of electronic control technology in the automobile. The most new development and research direction of modern auto in the field of electronic technology will be discussed. The constitution, structure and principle of the modern automobile electronic control system will be introduced in detail.

Course Code:30218120
Course Name: Automotive diagnosis and testing technology
Credit: 2         Total Class Hours:32
This course mainly introduces the basic knowledge of automotive testing and diagnosis, automotive motor power, testing and diagnosis of cylinder’s seal ability, ignition system, supply system, cooling system and lubrication system, testing and diagnosis of digital control system and abnormal motor sound, testing of automotive driver output rate, transmission system, automatic electronic controlled transmission, turning system and brake system, testing and diagnosis of driving system and electronically controlled antiskid system.

Course Code:30218220
Course Name: An introduction to automotive safety and human factors
Credit: 2         Total Class Hours:32
This course is an elective course for the student majoring in Mechanical Design Manufacturing and Automation. The student will learn those subjects including the interdisciplinary elementary knowledge of machinery, electronics, bio-engineering and so on in the modern automobile safety engineering, the technical laws  and regulations of auto safety in US , Japan, Europe and China; the auto safety testing methods and equipments, the security dummy and the operation sequence of the collision test as well as signal gathering processing and safety evaluation; the performance requirement of automobile light, the methods for enhancing automobile operation stability, the structure and operation principle of automobile security parts such as the braking system, safety belt and security ballonet,  the application of simulation computing methods in automobile passive security, traffic accident investigation and analysis, the 21st century auto safety technology.

Course Code:30216330
Course Name: Ergonomics
Credit: 2         Total Class Hours:32
This course is designed to have students achieving basic knowledge of ergonomics and serves as a professional training for undergraduate students of studying industrial design .The major focus of the course encompasses: the concepts and methods for ergonomics, the basic theories of man-machine system, the physical and psychological effects at work, the effects of environmental factors on humans, the variety of design methods applied in product design through anthropometry data and research methods applied in man-machine interface.

 


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