-
智能电网信息工程专业人才培养方案
Undergraduate Program for Smart Grid
Information Engineering Major
学科门类
工学
Discipline Type: Engineering
类
别
电气信息类
Type: Electrical Information
专业名称
智能电网信息工程
代码
08
Code: 08
代码
0806
Code:
0806
代码
080645S
Title of the Major:
Smart Grid Information Engineering
Code: 080645S
一、学制与学位
Length of Schooling and Degree
学制:
四年
Duration
:
Four years
学位:
工学学士
Degree
:
Bachelor of Engineering
二、培养目标
Educational Objectives
培
养具有扎实的专业理论和专业技能,具备较强的综合素质和一定的创新精神,掌握信息采集和处
< br>理的基本理论和电力系统通信技术,掌握电力系统生产、运行的规律和特点,并对智能电网体系结构和 p>
关键技术有一定认识,可以在信息化、自动化、互动化的电力系统领域从事研究、开发、设计
、制造、
运行维护与管理等工作的复合型高级工程技术人才。
To
cultivate
advanced
and
vertisale
enginerring
talents
with
solid
theoretical
knowledge
and
professional
skills,
having
strong
comprehensive
qualities
and
a
certain
spirit
of
innovation,
mastersing
basic
theory
of
information
collection and processing, power system
communication techniques and the characteristics
of power
production and operation. At
the same time, the architecture and key techniques
of smart grid are also learned.
Upon
the graduation,
the
students
are expected
to
be
comprehensive
senior
engineers
with
dominant
speciality
characteristic, and
be capable for all information, automation,
interactive areas of electrical engineering such
as
engineering design, electrical
production, technology development, education and
research etc.
三、专业培养基本要求
Skills Profile
本专业学生主要学习电工电子技术
,
计算机应用技术
,
信息通信技术,同时掌握电气工程的基本知识
和理论,使学生具备跨学科的综合素质和专业技能。
毕业生应获得以下几方面的知识和能力:
1.
掌握电子电路的基本理论,具备分析和设计电子设备的基本能力;
2.
掌握光纤、无线、
PLC
等电力系统通信技术;< /p>
3.
掌握电力系统运行与控制的基本规律;
4.
了解智能电网特点和关键技术
;
< br>5.
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;
6.
掌握文献检索、资料查询的基本方法。
a good basis of natural
sciences and political theory, good social
sciences and cultural qualities;
atically
etc
comprehend professional technical knowledge and
practical application in one area of this major,
like to acquire recent trends of this
specialty;
good practical engineering
training, apply current technologies and general
engineering principles to
solve
technical problems;
p
high
abilities
of
knowledge-acquiring
&
problem-solving,
and
scientific
research
&
technical
development in the
field of electrical engineering;
ate
high
adaptability,
communication
ability
with
other
people
and
team- working
consciousness,
master
some techniques of management.
mastering
special
fundamentals
including
electrical
engineering&electronics,
electromagnetic
fields,
electrical
machinery,
signal&system,
communication
principles
and
auto
control
theory
四、学时与学分
Hours and Credits
类
别
公共基础课
理
论
课
程
必修课
学科专业
基础课
专业课
专业选修课
公共选修课
独立开设的实践教学环节
课外能力素质学分
总计
1158
624
224
256
160
2430
2006
学时
73
39
14
16
10
45
3
200
126
学分
57%
31%
11%
8%
5%
22%
2%
100%
13%
84%
63%
比例
五、专业主干课程
Main Courses
1.
学科基础课:高等数学、大学物理 、高级语言程序设计(
C
)、信息技术基础、线性代数、复变函
< br>数与积分变换、概率论与数理统计
B
2.
专业基 础课:电路理论、模拟电子技术基础、数字电子技术基础、电机学、电磁场与电磁波、自动
控制原理、信号与系统、数字信号处理、通信原理、微机原理与接口技术
3 .
专业课:电力系统分析基础、嵌入式系统、无线传感器网络、传感 与检测、智能电网技术;
t Foundation
Courses: Advanced Mathematics, College Physics,
Advanced Language programming
(
C
)
, Fundamentals of Information Technology, Linear Algebra, Complex Function and Integral Transformation,
Probability and Mathematical Statistics
B
t
Technology
Foundation
Courses:
Circuit
Theory,
Fundamentals
of
Analogue
Electronics,
Fundamentals of
Digital Electronic Technique, Electrical
Machinery, Engineering Electromagnetic Fields,
Principle
of
Automatic
Control,
Signal
and
System,
Digital
Signal
Processing,
Communication
Principle,
Microprocessor
Theory and Interface Techniques.
t Specialty Courses:
Fundamentals of Power System Analysis, Embedded
System, Wireless Sensors
Network,
Sensor and Detection Technology, Smart Grid
Techniques.
六、特色教学课程
Characteristic Courses in Teaching
< br>智能电网技术、智能电网信息安全、智能电网通信技术、物联网技术、智能电网先进传感技术
Smart Grid
Technique
、
Information Security of Smart Grid
、
(
Information
Security of Smart
Grid
)
、
the Internet of
Things
(
Wireless Sensors Network
)
、
Advanced Sensor Technique of Smart Grid
总
周
数
分
配
Arrangement of
the Total Weeks
学期
Semester
教学环节
Teaching Program
理论教学
Theoretic Teaching
复习考试
Review and Exam
集中进行的实践环节
Intensive Practical Training
小
计
Subtotal
寒
假
Winter Vacation
暑
假
Summer Vacation
合
计
Total
一
16
1
3
20
5
25
二
16
2
2
20
6
26
三
17
2
2
20
5
26
四
16
2
2
20
6
26
五
16
1
4
21
5
26
六
16
2
2
20
6
26
七
16
2
3
21
5
26
八
0
0
19
19
19
合计
113
12
37
161
20
18
200
智能电网信息工程专业必修课教学进程
Table of Teaching Schedule for Required
Course
类
别
课程编号
课
程
名
称
学
分
总
学
时
课
内
学
时
实
p>
验
学
时
上
机
学
p>
时
课
外
学
时
各
学
期
学
分
分
配
1
2
2
3
4
5
6
7
8
00701650
00700972
00701351
00700971
00700981
00600200
公
00600750
00900130
00900140
00900460
00900090
共
基
础
教
00900111
00900050
00900062
00800050
00800070
00800080
00800090
01000010
01000020
01000030
01000040
育
形势与政策
Current Affair and Policy
中国近现代史纲要
Chinese
Modern and
Contemporary History Outline
思想道德修养与法律基础
Ideology
and Moral Cultivation &
Law Basis
马克思主义基本原理
Basic
Principles of Marxism
毛泽东思想和中国特色社会主
义理论体系概论
Mao Zedong Thought and
the
theory of building socialism with
Chinese
高级语言程序设计(
C
)
Advanced Language programming
(
C
)
信息技术基础
Fundamentals of
Information Technology
高等数学
B(1)
Advanced Mathematics B(1)
高等数学
B(2)
Advanced Mathematics B(2)
线性代数
B Linear Algebra B
复变函数与积分变换
Complex Function and Integral
Transformation
概率论与数理统计
B
Probability and Mathematical
Statistics B
大学物理
(1)
College Physics (1)
大学物理
(2)
College Physics (2)
大学英语
1
级
College English Band 1
大学英语
2
级
College English Band 2
大学英语
3
级
College English Band 13
大学英语
4
级
College English
Band 4
体育
(1)
Physical Education (1)
体育
(2)
Physical Education (2)
体育
(3)
Physical Education
(3)
体育
(4)
Physical Education
(4)
2
2
32
32
8
32
24
3
3
48
32
48
32
16
16
3
3
6
96
64
32
6
3.5
56
30
2.5
40
40
5.5
90
90
6
96
96
26
28
3.5
2.5
5.5
6
2.5
3
2.5
40
40
3
48
48
3.5
56
56
4
64
64
4
2
4
4
2
3.5
2.5
4
2
4
2
2.5
40
40
4
4
4
4
2
2
2
2
60
60
64
64
64
64
64
64
30
30
30
30
30
30
30
30