自动化专业本科培养方案Undergraduate Program for Specialty in Automation一、 培养目标In Educational Objectives本专业培养的学生要具备电工技术、电子技术、控制理论、自动检测与仪表、信息处理、系统 工程、计算机技术与应用和网络技术等较宽广领域的工程技术基础和一•定的专业知识，能在运动控 制、过程控制、电力电子技术、检测与自动化仪表、电气工程、电子与信息工程、计算机技术与信 息系统集成、网络监控系统以及管理与决策等领域从事系统分析、系统设计、系统运行、科技开发 及研究等方面的工作还可以继续攻读控制科学、电气工程、电子信息工程及相关学科的硕士研究 生Students in this program will have a solid in electrotechnics, electronic technology, control theory, automatic measuring and instrument, information processing, system engineering, and technology & applications of the computer and network technology, etc. After graduation, they may embark on careers in systematic analysis, systematic design, systematic operation, scientific development and research in the fields of motion control, procedure control, power electronics, automatic measurement technique, electric engineering, electron and information engineering, computer technology, integration of information system, monitoring system of the network, and other fields of management. They can also further their studies in control science, electrical engineering, electronic information engineering and other relevant disciplines as master.二、 培养要求及特色II、Requirement and Features1. 较好的人文社会科学基础，对中国传统文化有基本的了解，对管理、艺术和经济等有一定的 基础。
在文化修养、审美情趣、言谈举止、礼仪风貌及社会活动等方面达到当代大学生的要求2. 具有较扎实的自然科学基础，较好掌握本学科的基本概念、基本原理、基本方法、基本技术 等基础理论知识，受到良好的科学思想和科学实验的训练3. 具有开拓创新意识、较强的独立工作能力和成好的合作意识4. 具有较强的外语综合能力，能通过文献检索和其他方式阅读中外文书刊5. 初步了解本学科当前的发展现状和未来发展趋势，掌握自动控制原理、工业过程控制及自动 化仪表、微计算机控制技术、电力电子技术、信息处理、计算机系统集成以及计算机网络技术等方 面的知识1. Familiarity with humanities and social science; basic knowledge of Chinese traditional culture; a solid foundation in management, art and economics, etc; meet requirement for contemporary university students in such aspects as cultivation, aesthetics, speech and deportment, etiquette and social practice;2. A solid foundation in natural science and mastery of its basic conceptions, theories, methods and techniques, etc.; training in scientific thought and experiments;3. Sense of innovation; capability to work independently; sense of cooperation;4. Mastery of at least one foreign language, with ability to read books or journals in foreign languages in literature search;5. Familiarity with current and future development of the discipline; mastery of basic knowledge in automatic control principle, industrial procedure control, automatic instrument, micro-computer control technology, power electronics, information processing, integration of computer system, network technology of computer, etc.三、 学制与学位IIL Length of Schooling and Degree修业年限： 4年Duration: 4 years授予学位： 工学学士Degrees conferred: Bachelor of Engineering四、 主干学科IV、Major Disciplines控制科学与工程、电气工程、计算机科学与技术Control Sciences and Engineering, Electrical Engineering, Computer Science and Technology五、 主要课程V、Main Courses自动控制原理 Principle of Automatic Control电机与拖动基础 Basic of Electrical Machinery & Towage检测技术 Measurement Technique> 电力电子技术 Power Electronics Technology> 电气控制 技术Electric Control Technology>数字信号处理Digital Signal Processing；运动控制系统Motion Control System>过程控制系统Process Control System、计算机控制系统Coniputer Control System；微机原理 Principle of Microcomputer、单片机与接 口技术 Single-chip Computers & Interface Technique> 嵌入式 技术 Embedded Technology a PLC 技术与应用 PLC Technology and Application；现代控制理论 Contemporary Control Theory a 系统工为*导 论 Introduction to System Engineering。
六、学时与学分VI、Hours/Credits学时学分构成表Table of Hours and Credits课程类别Courses Classified学时/周数 Period / Weeks学分Credit学时比例 Proportion of Period理论 Theory实践 Practice通识课程平台 General Courses Platform通修General Compulsory712/122+3W38825.3%通选General Elective180106.4%学科基础课程平台Basic CoursesPlatform必修Compulsory510 (+96) =60632(3.5)21.6%选修Elective252 (+70)=32216(2)11.5%专业课程平台Major CoursesPlatform必修Compulsoty456 (+118)=57428.5(4)20.4%选修Elective336(+84)=42022(3.5)14.9%小il-Amount2814 (2446/368)146.5867.3% (必修 Compulsory)32.7% (选修Elective)实践教学平台Practical TeachingJPlatform必修 Compulsory122+33W22+8 〔含上列(13)实践学分计：43)The Whole Practice Credit： 30选修Elective5 (创新学分 Innovation Credit)最低毕业学分The Lowest Graduate Credit146.5+30+5=181.5说明：实践教学平台学分计算为：表四中教学实践、教学实习与通识课程中实践学分之和。
Note： Practice Teaching Platform Credits: The sum of Practice Credits, Teaching Practicing Credits andPracticing Credits in General Courses Platform in Fomi IV.实践教学环节学分占毕业总学分比例Proportion of Practical leaching Credits to Credits for Graduation平台Platform学科基础课程平台Basic Courses Platfonn专业课程平台Major Courses Platfonn实践教学平台(含通修平台实践学分)Practical Teaching Platfonn(Practice Credits in General Courses included)实践学分Practice Credits5.57.535合计Total48毕业总学分Credits for Graduation181.5比例Proportion26.4%七、教学进程计划表 / VII > Teaching ScheduIe Form表一：通识课程平台 / Form 1 :General Courses Platform表一 (A)：通识必修课程(通修课)/General Compulsory Courses(General Re。