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Unit 3 Introduction of Automation Specialty
自动化专业概论
Automation science and technologies have been playing a key role in the development of自动化科学与技术在人类历史上科学与技术发展过程中一直扮演着一个关键角色。science andtechnology in human history.Automation and Control educates within the fields of自动化与控制教育领域内的自动化，控制和机器人技术。automation,control and robotics.The major of automation is kept for undergraduate program to自动化专业本科计划保持满足技术创新和社会主义市场经济 meet the needs of technical innovation and socialist market economy,to strengthen the的需要，加强基础知识和拓宽专业范围。
fundamental expertise and to broaden the profeional scope.Students in the Specialty of Automation are expected to establish solid engineering basis and obtain sound profeional自动化专业的学生对电工，电子技术，控制理论，测量仪表，系统工程，计算机技术和网络 knowledge in Electrotechnics,Electronics,ControlTheory,Sensing & Instrumentation,System技术的应用4年的学习后获得良好的专业知识奠定坚实的工程基础。
Engineering,Computer Technique & Application and Network Techniques after 4 year's study.They are supposed o be able to undertake System Analysis,Design and Development in Motion
他们应该能够进行系统分析，在运动中的设计与开发控制，工业过程控制，电力电子，自动Control, Industrial Proce Control, power Electronics,Auto-Detecting&Instrumentation,检测与仪表，电子与计算机技术，信息处理，管理与决策等相关领域的先进专业毕业后。Electronics & Computer Technique,Information Proceing,Management & Decision-making andother related fields as advanced profeional after graduation.Automation science andtechnologies is playing an important role for China's construction of modernization.自动化科学与技术是中国现代化建设中发挥着重要的作用。
Education Object & Scope of Employment
就业教育的对象与范围
Automation and Control offers courses within basic and advanced control,industrial and自动化与控制提供基本和高级购物在工业自动化控制、嵌入式系统与智能系统等。embeddedautomation,and intelligent systems and so on.The training programs spread acro a培训项目遍布广泛的课程和培训发展的深度和广度的学生的教育。
wide spectrum of courses andtraining to develop the depth and breadth of students' education.They enable the students to take on broad range of challenges that they will encounter in future他们使学生接受挑战的范围广泛，他们将在未来的职业生涯遇到的。
career.The major of automation synthetically applies the modern control theory,自动化专业综合应用现代控制理论，电工，电子产品，电脑硬件和软件，计算机网络技术，electrotechnics,electronics,computer hardware and software,computer network technology,信息处理和系统工程的发展为人类造福的改进的技术和产品。
information proceing and systems engineering to develop improved technologies and products for the benefit of mankind.The automation Bachelor degree provides a strong technical background, from which graduates may enter into profeional career in fields such as industrial
自动化学士学位提供了强有力的技术背景，从毕业生可进入职业生涯中，如工业过程控制，proce control,computer applications,motion control,intelligent control,information proceing, 计算机应用，运动控制，智能控制，信息处理领域，管理和决策，制造，工程，教育，商业，management and decision,making,engineering,education, busine, government, finance，政府，金融，生物信息学，电力公司，软件工程公司，银行，等等，并具有良好的设计能力，bioinformatics,electric power company, software engineering company,bank,and so on,and have制造，分析，创新，沟通和团队工作。
good ability in designing,manufacturing,analyzing,creativity,communication and team work.Main courses in automation includes Circuit,Analog Electronics,Principles of automatics Control,比赛在手自动化包括电路、模拟电子，自动控制原理、电力系统仿真、计算机控制技术，自 Microcomputer Principle,Computer Control Technology,Automatic Detection and Measurement动探测和测量技术，汽车和电力电子变换技术驱动的基础，过程控制，仪器，运动控制系统、Technology,Motor and Drive Foundation,Power ElectronicConverting Technique,Proce过程控制工程等。
Control Intrumentation,Motion Control System,Proce Control Engineering,and so on.Many automation undergraduates continue their studies by taking postgraduate programs in许多学生继续学习自动化专业的研究生课程，在研究和发展事业的准备。
automation,in preparation for careers in research and development.The career opportunities for graduates of DA(Department of Automation)are promising毕业生就业的机会大（自动化系）是有希望的具有丰富的选择。
with abundant choices.Every year, the demand for our graduates outnumbers the supply.Many每一年，我们的毕业生的需求超过供给。
automation undergraduates continue their studies by taking postgraduate programs in许多学生选择继续学习自动化专业的研究生课程，在研究和发展事业的准备。
automation, in preparation for careers in research and development.Some of the undergraduates are admitted for advanced study of Doctor or Master Degree with exemption of有些大学生考博士或硕士学位的免试研究。
examination.And the remaining students can find satisfactory jobs in scientific research
一些学生能够在科学研究机构、大学校园、国家重点企业找到满意的工作，institutes, universities, state key enterprises, and well-known domestic and foreign companies in以“双向选择”的原则，根据国内外知名企业，它能充分发挥自己的专业知识和技能。
accordance with the principle of “two-way-selection”, which can give full play to their profeional knowledge or skills.Graduates from automation department shall engage in scientific research, teaching, system design, new product development,hardware and software自动化系的毕业生要搞科研，教学，系统设计，新产品的开发，在各种控制科学领域和工程 development in various fields of control science and control engineering, as well as the
控制的硬件和软件的发展，以及在金融部门的管理工作，企业和机构与国家行政部门。administrative work in the finance department,enterprises and institutions and the state administrative departments.Some graduates also start their own businees, operating all types一些毕业生也开始创办自己的企业，经营各类高新技术企业，为中国的自动化和信息产业做 of high-tech companies, making contribution to the automation and information industries of出贡献。
China.Main Courses for Undergraduate Programs
本课的主要课程
Fundamental courses:基本课程：
Higher Mathematics高等数学
Engineering Drawing工程制图
General Physics普通物理
Linear Algebra线性代数
Integral Transformation积分变换
Complex Function复变函数
Numerical Analysis数值分析
Stochastic Procees随机过程
Probability and Mathematical Statistics概率论与数据统计
Skeleton of Chinese Modern History中国近代史
Thought ofMao ZeDong and Theory of Socialism with Chinese Characteristics 毛泽东思想和中国特色社会主义理论
Fundamentals of Marxism Principle马克思基础原理
Military Training军事训练
Introduction to Automation自动化概论
Theory of Circuits电路理论
Fundamentals of Analog Electronics模拟电子技术
Fundamentals of Digital Electronics数字电子技术
Computer Principles and Applications微机原理及应用
Computer Language and Program Design计算机语言与程序设计 Electromagnetic Field电磁场
Signals and Systems信号与系统
Theory of Automatic Control自动控制原理
Core courses:核心课程
Theory of Modern Control现代控制理论
Procees Control过程控制
Electromechanics电机机械
Principle and Application of Single-chip Computer单片机原理与应用 Programmable Logical Intelligence可编程逻辑控制器系统 Electrical Machinery and Motion Control电机与运动控制 Introduction to Artificial Intelligence人工智能概论Computer Networks and Applications计算机网络与应用 Fundamentals of Power Electronics电力电子基础 Microcomputer Principle微机原理
Automatic Detection and Measurement Technology自动检测和测量技术 Principles of Measurements and Sensors检测与传感器技术 Intelligent Instruments and Devices智能仪表和设备
Drop courses:减少课程：
Simulation with Computer计算机仿真
Fundamentals of System Identification系统辨识基础
Fundamental Pattern Recognition基本的模式识别
Computer Control Systems计算机控制系统
Digital Image Proceing数字图像处理
Introduction to System Engineering工程系统概论
Power Supplying Technology电力供应技术
Distributed Control System分布式控制系统
Elective courses:选修课程：
Computer Network and Communication Technology计算机网络与通信技术 Intelligent Control of Robots智能控制机器人
Intelligent Control智能控制
Introduction to Stochastic Control随机控制简介
Nonlinear Control Theory非线性控制理论
Advanced Proce Control高级过程控制
Special Topics on Control特殊的主题控制
Planning and Control of Production System生产计划和控制系统
Intelligent Optimization Algorithms with Applications 智能优化算法与应用 System Reliability and Fault Tolerance系统的可靠性与容错性 Discrete-Time Signal Proceing离散时间信号处理
Fundamentals of Advanced Measurement Science and Technology
先进的科学技术侧量基础
Intelligent Instrument Design智能仪器设计
Electronic Measurements电子测量
Micro-proceor Control of Power Electronic Circuits
微处理器控制的电力电子电路
Field bus Technology & its Application现场总线技术应用
Design and Application on Embedded System嵌入式系统的设计与应用 Digital Image Proceing and Multimedia Technology数字图像处理与多媒体技术 Fundamentals of Digital Video and its Applications数字视频基础与应用 Multimedia Technologies and Applications多媒体技术与应用 Principle of Database System数据库系统原理
Network Security Seminar网络安全研讨会
Control and Optimization Techniques in IP Networks在IP网中的控制和优化技术 Modeling and Analysis of Enterprise and Information企业和信息的建模与分析 Introduction to theory of Automatic Control智能控制理论概论 Electronic Circuit Analyses & Design--Applications of EDA Software
电子电路分析与设计——EDA软件中的应用
Computer Network with Application计算机网络与应用程序
Principles and Application of Embedded System嵌入式系统原理及应用 Control System Simulation and CAD电阻值控制仿真与CAD Intelligent Transportation Systems智能交通系统
Exploring Network Dynamics探索网络动力学
The System Reorganization系统识别
The Mode Identification模式识别 The Computer Simulation计算机仿真
The Computer Control System计算机控制系统 System Engineering Introduction工程系统概论
