电力实验班培养方案07(盛发).doc

一、学制与学位学制:四年学位：工学学士—、培养目标Educational Objectives电气工程及其自动化专业（实验班）培养方案Undergraduate Program forElectrical Engineering and Its Automation MajorLength of Schooling and DegreeDuration： Four yearsDegree： Bachelor of Engineering培养基础扎实，知识面宽，具有较强的综合索质和一定的创新精神，能够从事电气工程及其白动化领域相 关的丁程设计、生产制造、运行分析、信息处理、试验分析、研究开发、经济管理等方面丁作的特色鲜明的复 合型高级工程技术人才和管理人才Graduates from the program are expected to the versatile senior engineers with strong comprehensive capability and innovative spirit, capable of all electrical engineering and its automation related areas such as electrical project design, the production of the electrical product, the operation and analysis, information disposal, testing and analysis, electrically related technology development, economical administration, etc.本实验班培养具有宽厚的科》索养、较强的丁程索养、良好的人文索养、较强的创新能力和宽广视野的高 索质拔尖人才。

三、专业培养基本要求Skills Profile毕业生应获得以下儿方而的知识和能力：1. 扎实地掌握数学、物理等自然科学基础知识，具有良好的人文社会科学和一定的经汛 管理科学基础知 识，并熟练掌握一门外语;2. 系统地掌握本专业领域必需的专业基础理论知识，并具有较强的计算机应用能力；3. 掌握本专业领域的基本专业知识与实际操作技能，了解本专业领域的理论前沿和发展动态；4. 获得较好的工程实践训练，具有综合解决工程实际问题的能力；5. 具有较强的知识获取与运用能力，具备创新意识和从事科学研究、科技开发的能力；6. 具有较强的工作适应性、人际交往能力和团队协作精神，具有一•定的组织管理才能The graduate from the major is expected to meet the following requirement:1. Firmly master mathematics, physical and other natural scientific basic knowledge, and be familiar with the social anthropology and economical and proficient in a foreign language;2. Systematically grasp the special fundamentals of electrical engineering, and be capable of the application of computer knowledge ;3. Have a good grasp of the fundamentals of the major, and be skilled in and familiar with the trends of the major;4. Acquire good practical engineering training, and have the capacity to applied learned knowledge to solve the problems in practice;5. Have the strong abilities of knowledge-acquiring & problem-solving, and scientific research & technical development in the field of electrical engineering;6. Have the good adaptability, communication with other people and team-working consciousness, and get some techniques of management.四、学时与学分 Hours and Credits总学分：200 Total Credits： 2002452/104占总学分的比例：70.25%Percentage in Total Credits： 70.25% 占总学分的比例：5.75%Percentage in Total Credits： 5.75% 占总学分的比例：4.00%Percentage in Total Credits： 4.00% 占总学分的比例：18.50%Percentage in Total Credits： 18.50% 占总学分的比例:1.50%Percentage in Total Credits： 1.50%总学时(课内/外)：2452/104 Total Hours： 其中 Including：(1) 必修课学时/学分:2244/140.5Class hrs/Crss of Required course： 2244/140.5(2) 专业选修课学时/学分：184/11.5Class Hrs/Crs of Specialty Elective Course： 184/11.5(3) 公共选修课学时/学分：128/8Class Hrs/Crs of Public Elective Course： 128/8(4) 各类实践教学环节:37周/37Weeks/Crs of Major Practical Training： 39Weeks/38(5) 课外能力索质学分：3Extracurricular Credits： 3五、 主干课程Main Courses电路理论 Circuit Theory > 电机学 Electrical Machinery x 电磁场与电磁波 Electromagnetic Fields and Electromagnetic Wave> 模拟电子技术基础 Analogue Electronic Technology Fundamentalsx 数字电子技术基础 Digital Electronic Technology Fundamentals> 电力电子技术 Power Electronics> 自动控制理论 Automatic Control Theoryx 电力系统分析基础 Power System Analysis Basis> 电力系统暂态分析 Power System Transient Analysis> 电力系统继电保护原理 Power System Protective Relay Protection Principle、发电厂电气部分 Electrical Systems of Power Plants> 高电压技术 High Voltage Technology六、 总周数分配 Arrangement of the Total Weeks〜f— ^期 Semester教学环节 Teaching PrograiiF*-----二三四五八七八合计理论教学 Theoretic Teaching16181918161514114复习考试 Review and Exam122111113入学教育 Enrollment Education(1)(1)军事训练 Military Training33认识实习 Cognition Practice11金 1 .实习 Metalworking Practice22电工实践11课程设计 Course Project134综合实验 Comprehensive Experiment145生产实习 Production Practice22毕业设计 Graduation Design1818毕业教育 Graduation Education11小 计 Subtotal2020212021202119162寒 假 Winter Vacation555520暑 假 Summer Vacation66618合 计Total2526262626262619200电气工程及其自动化专业（实验班）必修课教学进程Table of Teaching Schedule for Required Course类别E称 名 程 课学分总 学 时课内学时实验学时r机学时课外学时分 学 期 学 各578公共基曲教育104108LdzEnnE3LdEnnLU2E三Ongeorytant dchcH 和zcThw 谀论ao.叭SMI 评概 Miaocn( 邓乩S „pr •tLIq 9 你眛Oducought--Tought ::IntrThoandTho69664236EHH□□H□□□H□LdHh□□sC□□□□-3 d \7 s 3 k (2-ngl 语E 英ege 学lie□HH□□□□□□□□HH□□□C□□□□HH□□□□HH□□uHH□□□HHU□Hs□□□0H□□□HLd□H□y□□□□TF.l!\>z ^••ac 亠V;piEEnzn53.。