自动化本科专业培养方案

1、自动化本科专业培养方案Undergraduate Program of Automation一、培养目标与培养规格及基本要求Educational Objectives and Learning Outcomesa) 培养目标Educational Objectives我们说“信息化带动工业化”，但无论信息化还是工业化都离不开自动化，自动化是纽带。本专业面向各行各业的自动化，培养掌握各种现代化生产的监测、控制、管理技术和各种现代化信息采集、处理与应用技术，从事工业过程控制、运动控制、检测与自动化仪表、制造业自动化等领域的系统分析、设计、仿真、控制、优化、研究、开发、集成和运行的德智体全面发展的

2、高素质、应用型、创新型、复合型高级工程技术人才。本专业是一个适用于工业、农业、交通、能源、通信、教育、国防等众多应用领域的宽口径专业。Informationization impetus industrialization, but neither informationization nor industrialization can develop without automation which is the bridge between them. This specialty orients to all the various trades' and occupations

3、', raises full-scale-development, high-quality, practical, innovational, multi-skillful and high-level engineer who grasps measurement technique, control technique and management technique of each kind of modernized production; possesses of various technique of modernized information gathering,

4、processing and applying; and can analyze, design, model, simulate, control, optimize, research, integrate and operate systems in the field of industry process control, motion control, measurement technique & Meter and manufacturing industry automation. It also is a wide aperture specialty suitab

5、le for the multitudinous application domain such as industry, agriculture, transportation, energy, communications, education, national defense and so on.b) 基本要求自动化专业所要求的知识面非常广泛，其应用领域十分广阔。不仅要求学生掌握信息的采集、处理、传输和应用的基本知识和技能，还特别要求学生掌握对对象行为的干涉和控制的手段和方法，以控制对象达到人们期望的目的，在以信息化推进工业化的过程中的纽带和桥梁作用，并能体现当今控制为信息控制的特点。

6、Learning Outcomes The knowledge that automation program involves is extremely comprehensive, so its application field is greatly broad. A student should be graduated who not only grasp elementary knowledge and skill of the information gathering, processing, transmission and application, but also com

7、prehend method and means to control or interfering with object behavior to achieve the expected goal. Automation plays a bridge role in the informationization advancing industrialization and can manifest controls now as the message control.学生应德智体全面提高，知识、能力、素质协调发展。具有比较扎实的自动化和控制工程领域的基础理论、基本知识和技能；具有较强的

8、系统分析、设计、仿真、控制、优化、集成、运行管理和产品开发的能力；具备一定的独立科研能力和组织管理能力；了解本学科前沿和发展趋势。本专业十分重视培养学生的实际动手能力和创新能力，使学生掌握较多的专业知识和技能，不仅上手快，而且要适应性强，因此具备较强的社会竞争能力。Students should achieve comprehensive enhancement in moral, wisdom and physique and gain coordinated development in knowledge, ability and quality; possess of fundamen

9、tal theory and solid knowledge and skill of automation and control engineering; have high ability of system analysis, design, simulation, control, optimization, integration, operation, management and product development; own certain ability to undertake scientific independently and organizing and ma

10、nagement capacity; and understand automation discipline front and development trend. The department conducts its teaching and research programs to ensure students having great practical capabilities, better innovation, solid bases, broad horizons, and comprehensive potentials so that they will be co

11、mpetent to engage themselves either in the high level research work or industry work.二、主干课程及课程体系 Branch Courses and Courses Systemc) 公共基础课程两课及人文社科类基础课程、大学英语、高等数学、线性代数、概率与统计、复变函数与积分变换、大学物理、计算机文化基础、高级语言与程序设计。Basic Courses in Public EducationBasic Courses of Politics, Ethnics, and Social Science, Colle

12、ge English, Advanced Mathematics, Linear Algebra, Probability Theory & Statistics, Functions of Complex Variables & Integral Transformations, College Physics, Introduction to Computer Technology, Programming with C Language /Advanced Programming Language C.d) 专业基础课电路、模拟电子技术、数字电子技术、信号与系统、微机原理

13、与接口技术、数据通信与计算机网络、自动控制原理。Basic Courses in General DisciplineTheory of Circuit, Basis of Analogue Electronic Technique, Fundamental Digital Electronic Technique, Signal & System, Principle & Interface Technique of Microcomputer, Data Communication & Computer Network, Principle of Automatic

14、 Control.e) 专业主干课现代控制理论、计算机控制技术、电力电子技术、检测技术与自动化仪表、PLC原理与应用、单片机原理与应用、电力拖动与运动控制、过程控制工程、系统工程导论与运筹学。Common Core Courses in SpecialtyModern Control Theory, Microcomputer Control Technique, Power Electronic Technique, Measurement Technique & Meter, Principles & Applications of Programmable Logic C

15、ontrol, Single-Chip Microcomputer Principles & Applications, Electrical Machinery and Motion Control, Process Control Engineering, Introduction to System Engineering & Operational Research.三、专业特色课程主要专业特色课程：微机原理与接口技术、自动控制原理、现代控制理论、计算机控制技术、电力电子技术、检测技术及仪表、PLC原理与应用、单片机原理与应用、电力拖动与运动控制系统、过程控制工程、系统

16、工程导论与运筹学。Principle & Interface Technique of Microcomputer, Principle of Automatic Control. Modern Control Theory, Microcomputer Control Technique, Power Electronic Technique, Measurement Technique & Meter, Principles & Applications of Programmable Logic Control, Single-Chip Microcomputer

17、 Principles & Applications, Electrical Machinery and Motion Control, Process Control Engineering.四、主要实践性教学环节 Main Internship and Practical Training Courses 主要实践课程：电工电子课程设计、微机原理与接口技术课程设计、计算机控制技术课程设计、控制系统课程设计以及多门课程的课内实验；生产实习、毕业设计、学年论文。Practical TrainingCourse Exercise in Electrical Technology &

18、; Electrical Engineering, Course Exercise in Principle & Interface Technique of Micro-computer ，Course Exercise in Computer Control Technology, Course Exercise in Control System and Other Course Experiment; Graduation Field Work, Graduation Project (Thesis), Course Thesis.五、修业年限 Length of School

19、ing3-8年Three to Eight Years六、授予学位 Degree Conferred工学学士Engineering Bachelor七、辅修专业说明 Minor Program辅修专业需修课程：微机原理与接口技术、自动控制原理、自动化专业概论、电力电子技术、检测技术及仪表、计算机控制技术、现代控制理论、微机原理与接口技术课程设计、计算机控制技术课程设计及电力拖动与运动控制、过程控制系统 两门中的一门。The minor profession needs the coursePrinciple & Interface Technique of Micro-computer，Automatic Control Theory，Principles of Electrical Machinery & Towage，Introduction to Automation，