1、1.课程设置说明培养方案由通识核心课40学分、学科基础课28.5学分、专业核心课52.5学分、素质拓展课10学分(最低要求选修10学分)和专业拓展课19学分,五部分组成。2.课程模块学分分配汇总表课程体系学分占课程教学总学分比例(%)实践教学独立设置实验课课内实验、 实践教学集中性小计学时通识课程通识核心课程4026.6741124.5728.51845.67素质拓展课程106.67642.67专业课程学科(专业)基础课程28.5193482专业核心课程52.5353212192142249.33专业拓展课程12.671.52413.521615240注:此表不含课外学分3.各学期学分分配汇总
2、表类目各学期学分分配15678913.258.2511.256.250.250.5学科基础课程9.510.7513.756.511.5合计23.2525.2526.251815.516.2511.75此表不含课外学分。七、课程设置总表1.通识课程 通识教育课程设置一览表 课程性质开课单位课程名称类别总学时学时类型建议修读学期考核方式修读说明和开课对象讲课实验实践上机Y马克思主义基本原理Basic Principle of Marxism必修1或2考试全校本科生毛泽东思想和中国特色社会主义理论体系概论An Introduction to Mao Zedong Thought and Theory
3、 System of Socialism with Chinese Characteristics9632*3或4中国近现代史纲要Outline of Chinese Modern History思想道德修养与法律基础Morals and Ethics & Fundamentals of Law考查P大学英语综合课程 ComprehensiveCollegeEnglish1-3全校本科生 HC语言程序设计Programming Language C16本专业学生Q军事理论Military Theory军事训练Military Training2.52WG体育Physical Education
4、1201-4形势与政策Situation and Policy12864*1-8X工程基础训练IIEngineering Basic Training II(毕业要求)40学分大学生心理健康教育Mental Health Education of College Students创业基础Foundation Course ofEntrepreneurship就业指导课(一)/(二)Careers Guidance for University Student 1或2/5或6-科技普及类选修详见教务处每学期开出的供全校学生选修的素质拓展课程。2-8学期,学生自选。所有学生应选修不低于1学分的外语
5、学习类课程。文艺欣赏类公民教育类创业工具类外语学习类(课外学分)置换置换项目详见教务处提供的置换表。最低完成20学分。素质拓展必修课程5学分,选修课程不低于5学分(其中学科竞赛类不低于4学分);课外学分置换不超过10学分。备注:1.加*的学分不占课内学时,但计入课程教学总学分;2.形势与政策由马克思主义学院另行制订考试和课程开设方案并告知学生。2.专业课程2.1学科(专业)基础课程学生应在学科(专业)基础课程中修满28.5学分,具体安排见下表。开课学期F高等数学I(一)/(二)Advanced Mathematics()/()1117688/881/2线性代数ILinear Algebra复变
6、函数与积分变换Complex Function and Integral Transform 概率论与数理统计Probability Theory and Mathematical Statistics I大学物理I(一)/(二)College Physics()/()10456/482/3物理实验I (一)/(二)Physics Experiments I()/()24/24B机械制图Mechanical Drawing III小计(毕业要求)28.5学分2.2 专业核心课程学生应在专业核心课程中修满52.5 学分,具体安排见下表。理论类C*电路原理(一)/(二)Circuits Theor
7、y()/()8048/32*工程电磁场Engineering Electromagnetism*电子技术基础(一)/(二)Analog and Digital Electronics()/()5.58848/403/4*电力系统信号分析与处理Signal Analysis and Processing of Power System*单片机原理及应用Principle and Application of Single-chip Microcomputer *自动控制理论Control Theory 48 48 电气工程学科概论Introduction to Electrical Engine
8、ering8*电机学(一)/(二)Electric Machines ()/()44/284/5*电力电子技术Power Electronics 2.5 40*电力系统分析(一)/(二) Power System Analysis()/()40/405/6电力系统继电保护Relay Protection of Power System*高电压技术High Voltage Engineering输变电工程项目管理Power Transmission Project Management 必修38.5学分实践类电路实验IExperiment of Circuits I 电子实验Experiment
9、s of Electronics电机实验(一)/(二)Experiments of Electric Machines()/()4/4校企联合培训Co-operative Training by University and Enterprise2w毕业设计Graduation Project15w15W14学分加“*”课程将开出全英文、双语、中文班,供学生选修;每位学生必须从中选修至少一门全英文或双语课程。2.3专业拓展课程 学生应在专业拓展课程中修满19学分,具体安排见下表。实验类综合作业单片机综合作业Synthetic Project of Single Chip Controller1
10、W自动控制综合作业Synthetic Project of Automatic Control Theory电力电子综合作业Synthetic Project of Power Electronics高电压综合作业Experiments of High Voltage Engineering继电保护综合作业Synthetic Project of Relay Protection电力系统自动化综合作业Synthetic Project of Power System Automation电力设备绝缘检测综合作业Insulation Test Synthetic Project of Power
11、 System Devices交直柔混联电网综合作业Dynamic Simulation Synthetic Project of Flexible AC/DC Hybrid Network水电站运行综合作业Hydropower Plant Operation Synthetic Project小计(毕业要求) 最低选修 6.5 学分设计类综合作业电子系统综合作业Synthetic Project of Systems Based on Analog and Digital Electronics 发电厂综合作业Synthetic Project of Power Plants电力系统综合作业
12、Synthetic Project of Power Systems3W新能源发电系统综合作业Synthetic Project of Wind or Solar Power Systems控制系统综合作业Synthetic Project of Control Systems最低选修7学分工程师课堂发电厂变电站工程设计Power Plant and SubstationDesign输电线路工程设计Power Transmission Line Design 最低选修2学分专业选修课电力系统自动化Automation of Power systems 6电器与可编程控制器Low-voltage
13、 apparatus andProgrammable Controller电气CADElectrical CAD Software and Application电力市场与电力经济Power Economics and Power Market电力企业管理Management of Power Enterprises电力安全基础Power Safety Basis传感器与检测技术Detection and Instrument电力系统的ATLAB/SIMULINK 仿真及应用Power System Block Set of MATLAB电能质量概论Introduction to Power
14、Quality电力市场营销管理Management of Marketing in Power Markets发电厂动力部分Dynamic Parts of Power Plant电力系统通信技术Communication of Power Systems电力电子技术在电力系统中的应用Application of Power Electronics电力系统规划Power System Planning配电网及其自动化Automation of Distribution Networks电力系统调度自动化Remote Monitored Control of Power System and D
15、ispatching Automatic风能及新能源发电技术Electricity Generation Technology of Wind and Renewable Energy高压直流输电High Voltage DC Transmission风力发电原理Principle of Wind Power Generation太阳能光伏发电系统Solar Power System风电机组监测与控制Monitoring and Control of WTGSCPLD及电子CAD CPLD and EDA Software计算机控制Computer Controlled SystemDSP技术与应用(控制)Applications of DSP (Control)电子技术综合设计(一)/(二)Comprehensive Design of Electronic Product()/()1/2最低选修3.5学分八、集中实践性教学环节课程设置一览表学分数学期安排
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