2022级电气工程及其自动化专业培养方案-ag贵宾会

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2022级电气工程及其自动化专业培养方案

2022-06-30

电气工程及其自动化专业培养方案

undergraduate program of electrical engineering and its automation

ⅰ.专业介绍  introduction

西南交通大学电气工程学院电气工程及其自动化专业一直致力于面向轨道交通发展需要，服务“高铁走出去”和“一带一路”国家战略，培养国家建设需要的电气工程复合型卓越人才与创新人才，建设交通特色鲜明的国家一流专业。

其前身为中国科学院曹建猷院士等于1952年创办的我国第一个电气运输专业，1962年发展为电气化铁道供电和电力机车，后更名为铁道电气化和电力牵引与传动控制，1996年根据国家教育教学改革大类培养要求，将上述两专业纳入“电气工程及其自动化”专业。目前本专业下设轨道交通供电及其自动化、电力系统及其自动化、电力电子与传动控制、城轨与磁浮交通电气化和功率半导体器件及应用五个专业方向。

本专业于2007年获评首批“国家级特色专业”，2010年入选首批国家“卓越工程师培养计划”，2012年入选首批“国家级专业综合改革试点——国家重点专业”；拥有国家级教学名师、国家级教学团队、国家和省部级精品课程以及国家级规划教材，建设有国家级实验教学示范中心、国家级虚拟仿真实验教学中心以及国家级工程实践教育中心等教学实践基地；获得了包括国家级教学成果一、二等奖在内的多项国家和省级教学成果奖；2008年、2014年和2017年本专业连续三次通过中国工程教育专业认证。

本专业毕业生主要就业于轨道交通行业和电力行业，可在轨道交通、电力系统或工业自动化等领域，从事工程/产品设计、技术开发、工程施工/试验、产品制造/测试、运营维护、技术管理、教学科研等方面工作。本专业毕业生社会需求量大，就业前景好，就业率连续多年保持99.5%以上，升学率达到45%。

as the specialty of the school of electrical engineering in southwest jiaotong university, electrical engineering and its automation has been committed to cultivate outstanding talents and creative talents to satisfy the requirement of national electrical engineering construction，meanwhile constructing the national first-class specialty with traffic characteristic for the development of the rail transit oriented, "the high-speed rail go out" and "the belt and road" national strategy.

its predecessor was the first electrical transport in our country founded by academician of chinese academy of sciences cao jianyou in 1952. in 1962, it was developed as the electrified railway power supply and electric locomotives, which was later renamed as the railway electrification and electric traction and drive control. in 1996, according to the requirements of national education and teaching reform, the above two majors were incorporated into "electrical engineering and automation". at present, there are five major directions in this specialty: rail transit automation and power supply, power system and its automation, power electronics and drive control, urban rail and maglev electrification, and power semiconductor devices and applications.

in 2007, the specialty was selected as one of the first batch of "national characteristic specialties". in 2010, it was selected as one of the first batch of national "excellent engineer training program". in 2012, it was selected as one of the first batch of "national comprehensive professional pilot reform -- national key specialties". it has own national famous teachers, national teaching team, national and provincial excellent courses, and national planned teaching materials. it has built teaching practice bases such as "national experimental teaching demonstration center", "national virtual simulation experimental teaching center" and "national engineering practice education center". it has won a number of national and provincial teaching achievements awards, including the first and second prizes of national teaching achievements. in 2008, 2014 and 2017 separately, this major has been certified by china engineering education association for three consecutive times.

graduates of this major are mainly employed in the rail transit industry and electric power industry. they are normally engaged in engineering/product design, technology development, engineering construction/test, product manufacturing/test, operation and maintenance, technical management, teaching and scientific research and other aspects in the fields of rail transit, electric power system or industrial automation. the graduates of this major have great social demand and good employment prospects. the employment rate has remained above 99.5% for many years, and the enrolment rate has reached 45%.

 

专业代码：080601

program code:080601

专业名称：电气工程及其自动化

program name: electrical engineering and its automation

ⅱ.培养目标       objectives

面向国家轨道交通与电力系统需求，培养人格健全，人文素养和职业道德优良，理论和工程基础扎实，具有自主学习能力和国际化视野的高素质创新人才。本专业毕业生在轨道交通、电力系统或工业自动化等相关领域就业，或进入研究生阶段深造，经过五年的深造和实践锻炼，预期达到以下目标：

1.具备分析与解决电气工程及其自动化领域的复杂工程、前沿技术或经营管理中的问题的能力，成为具有独立工作和团队协作能力的工程师或技术管理人员；

2.完成电气工程以及自动化相关领域的研究生教育，成为具有科技创新、装备研发和组织领导能力的工程技术人员、教育工作者或管理者；

3.具有正确的人生观，高度的社会责任感和使命感，与良好的人文素养。坚守职业道德规范，在工程实践、科学研究中坚持国家和人民利益优先；

4.拥有全球化意识和国际视野，不断更新和提升专业知识与技能，在工程实践中体现较强的人际沟通、团队协作、组织管理能力，能积极主动适应不断变化的国内外形势和环境，参与国际合作与竞争。

to satisfy the needs of the national rail transit and power system, it aims to cultivate high-quality innovative talents with sound personality, excellent humanistic quality and professional ethics, solid theoretical and engineering foundation, independent learning ability and international vision. graduates of this major are employed in rail transit, power system or industrial automation and other related fields, or enter the postgraduate stage for further study. after five years of further study and practice, the following goals are expected to be achieved:

1. have the ability to analyze and solve complex engineering, cutting-edge technology or management problems in the field of electrical engineering and automation, and become an engineer or technical manager with independent working and teamwork ability;

2. complete graduate education in electrical engineering and automation related fields, and become an engineering technician, educator or manager with scientific and technological innovation, equipment research and development and organizational leadership ability;

3. have a correct outlook on life, a high sense of social responsibility and mission, and good humanistic quality. adhere to the code of professional ethics and give priority to the interests of the nation and the people in engineering practice and scientific research;

4. have global awareness and international vision, constantly update and improve professional knowledge and skills, and demonstrate strong interpersonal communication, teamwork, organization and management ability in engineering practice. be able to actively adapt to the changing situation and environment at home and abroad, and participate in international cooperation and competition.

iii.专业毕业要求 graduation requirements

1.工程知识：能够将数学、自然科学、工程基础和专业知识用于解决电气工程领域的复杂工程问题。

engineering knowledge: apply knowledge of mathematics, natural science, engineering fundamentals and engineering specializations to the solution of complex electrical engineering problems

2.问题分析：能够应用数学、自然科学和工程科学的基本原理，识别、表达、并通过文献研究分析电气工程领域的复杂工程问题，以获得有效结论。

problem analysis：identify, formulate, research literature and analyse complex electrical engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences.

3.设计/开发ag贵宾会的解决方案：能够设计针对电气工程领域的复杂工程问题的ag贵宾会的解决方案，设计满足特定需求的系统、单元（部件），并能够在设计环节中体现创新意识，考虑社会、健康、安全、法律、文化以及环境等因素。

design/ development of solutions: design solutions for complex electrical engineering problems and design systems, components or processes that meet specified needs with appropriate consideration for public health and safety, cultural, societal, and environmental considerations.

4.研究：能够基于科学原理并采用科学方法对复杂电气工程问题进行研究，包括设计实验、分析与解释数据、并通过信息综合得到合理有效的结论。

investigation: conduct investigations of complex electrical engineering problems using research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of information to provide valid conclusions.

5.使用现代工具：能够针对电气工程领域的复杂工程问题，开发、选择与使用恰当的技术、资源、现代工程工具和信息技术工具，包括对复杂工程问题的预测与模拟，并能够理解其局限性。

modern tool usage：create, select and apply appropriate techniques, resources, and modern engineering and it tools, including prediction and modelling, to complex electrical engineering problems, with an understanding of the limitations.

6.工程与社会：能够基于电气工程专业背景知识进行合理分析，评价电气工程领域相关复杂工程项目和工程问题ag贵宾会的解决方案对社会、健康、安全、法律以及文化的影响，并理解应承担的责任。

the engineer and society：apply reasoning informed by electrical engineering contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to professional electrical engineering practice and solutions to complex electrical engineering problems.

7.环境和可持续发展：能够理解和评价针对电气工程领域相关复杂工程问题的工程实践对环境、社会可持续发展的影响。

environment and sustainability: understand and evaluate the sustainability and impact of professional engineering work in the solution of complex electrical engineering problems in societal and environmental contexts

8.职业规范：具有人文社会科学素养、社会责任感，能够在电气工程实践中理解并遵守工程职业道德和规范，具备正确履行自己责任的能力。

ethics: apply ethical principles and commit to professional ethics and responsibilities and norms of electrical engineering practice.

9.个人和团队：能够在多学科背景下的工程项目或技术开发团队中承担个体、团队成员以及负责人的角色。

individual and team work：function effectively as an individual, and as a member or leader in diverse teams and in multi-disciplinary settings.

10.沟通：能够就电气工程领域相关复杂工程问题与业界同行及社会公众进行有效沟通和交流，包括撰写报告和设计文稿、陈述发言、清晰表达或回应指令。并具备一定的国际视野，能够在跨文化背景下进行沟通和交流。

communication: communicate effectively on complex electrical engineering activities with the engineering community and with society at large, such as being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.

11.项目管理：理解并掌握工程管理原理与经济决策方法，并能在多学科环境中应用。

project management and finance: demonstrate knowledge and understanding of engineering management principles and economic decision-making and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments

12.终身学习：具有自主学习和终身学习的意识，有不断学习和适应发展的能力。

lifelong learning: recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.

iv.学制与学位 duration and degree

学制：四年          

duration: four years

学位：工学 学士      

degree: bachelor of engineering

v.主干学科与主干课程 main subject and main course

主干学科：电气工程, 控制科学与工程, 计算机科学与技术

main subject:electrical engineering, control science and engineering, computer science and technology

 

核心课程i/ii/iii/iv方向：学科基础课程：高等数学、大学物理、线性代数、复变函数与积分变换、概率论与数理统计、工程制图、电路分析（含实验）、模拟电子技术、数字电子技术、信号与系统、工程电磁场、自动控制原理（含实验）、单片机原理（含实验）（i/ii方向）、mcu原理及现代电子系统（含实验）（iii/iv方向）

学科基础课程v方向：计算机程序设计基础、高等数学、大学物理、线性代数、复变函数与积分变换、概率论与数理统计、工程制图、电路分析(含实验)、模拟电子技术、数字电子技术、信号与系统、工程电磁场

subject basic courses

direction i/ii/iii/iv: advanced mathematics, college physics, linear algebra, complex function and integral transformation, probability theory and mathematical statistics, engineering drawing, circuit analysis(including experiment), analog electronics technology, digital electronics technology, signal and system, engineering electromagnetic field, automatic control principle(including experiment), single-chip microcomputer principle(including experiment) ( direction i/ii), mcu principals and modern electronic system(including experiment) (direction iii/iv)

direction v: fundamentals of computer programming, advanced mathematics, college physics, linear algebra, complex function and integral transformation, probability theory and mathematical statistics, mechanical drawing, circuit analysis (including experiment), analog electronics technology, digital electronics technology, engineering electromagnetic field,

 

专业基础课程：

i/ii/iii/iv方向：电机学、电力电子技术（含实验）、电力系统分析（含实验）

v方向：工程传热学、固体物理b、量子力学、半导体材料、半导体物理、数字逻辑设计及应用、电力电子技术、电力系统分析

specialized core course：

direction i/ii/iii/iv: electrical engineering, power electronics technology (including experiment), power system analysis (including experiment)

direction v: engineering heat transfer, solid-state physics, quantum mechanics semiconductor material, semiconductor physics, application and design of digital logic, power electronics technology, power system analysis

 

专业课程：

第i方向：供电系统（含实验）、电力系统继电保护原理（含实验）、接触网工程（含实验）、供变电技术、远动监控技术（含实验）、高电压技术（含实验）

第ii方向：电力系统暂态分析（含实验）、电力系统继电保护原理（含实验）、发电厂电气部分（含实验）、高电压技术（含实验）

第iii方向：电力牵引传动与控制（含实验）、先进列车运行控制技术、电力电子装置与控制、计算机辅助

电机设计实训、电力牵引系统课程设计、电力电子与电力传动实训、现场总线与列车网络控制（含实验）

第iv方向：城轨交通供电系统及其自动化（含实验）、电磁悬浮与线性驱动（含实验）、城轨交通牵引系统及控制（含实验）、磁浮列车悬浮系统课程设计/城轨交通供电系统课程设计、电力电子与电力传动实训

第ⅴ方向：功率半导体器件原理、功率半导体器件工艺、功率半导体器件封装设计、电力电子器件课程实训、电力电子应用技术课程实训

specialized courses:

direction i: power supply system (including experiment), power system relay protection principle (including experiment), catenary engineering, power supply and transformation technology, remote monitoring technology (including experiment), high voltage technology (including experiment)

direction ii: transient analysis of power system (including experiment), power system relay protection principle (including experiment), electrical part of power plant (including experiment), high voltage technology (including experiment)

direction iii: electric traction drive and control（&experiments）、advanced control technology of train operation 、power electronics equipment and control 、computer aided motor design and experiments、course design of electric traction system、power electronics & electrical drive system design & experiment、field bus control systems and train control networks（&experiments）

direction iv: power supply system and automation for urban rail transit（including experiments）, electromagnetic suspension and linear drive, urban rail vehicle traction systems & control systems（&experiments）, project on maglev suspension system /project on power supply system for urban rail transit，power electronics & electrical drive system design & experiment

direction ⅴ: principles of power semiconductor devices，power semiconductor device technology，package design of power semiconductor，design project of power electronics device，design project of power electronics application technology

vi.毕业学分基本要求 basic requirements of credits for graduation

课程体系
  curriculum system

学分要求
  credits requirements

必修  
  compulsory

限修
  distributional electives

选修  
  free electives

小计

 
  subtotal

理论  
  theory

实践  
  practice

理论  
  theory

实践  
  practice

理论  
  theory

实践  
  practice

公共基础课程
  public basic courses

思想政治类

ideological politics courses

15

2

 

 

 

 

17

军事类

military courses

2

2

 

 

 

 

4

外语类
  foreign language courses

6

 

2

 

 

 

8

体育类

physical education courses

 

4

 

 

 

 

4

通识教育课程

general education courses

核心通识课

core general education courses

4

 

 

 

 

 

4

新生研讨课

freshman seminar

 

 

2

 

 

 

2

学科与专业基础课程（含实验）
  discipline and specialty foundational courses(including experiments)

数学与自然科学基础课

foundational courses on mathematics and natural   science

25

2

 

 

 

 

27

专业基础课

professional foundational courses

44.5

8.5

 

 

 

 

i方向53

46.25

8.75

 

 

 

 

ii方向55

48.25

9.75

 

 

 

 

ⅲ方向58

48.25

9.75

 

 

 

 

ⅳ方向58

39.5

5.5

 

 

 

 

ⅴ方向45

专业课程（含实验）
  specialized courses(including experiments)

专业核心课程

specialized core course

14.5

5.5

 

 

 

 

i方向20

9.5

4.5

 

 

 

 

ii方向14

7.25

5.75

 

 

 

 

ⅲ方向13

7.5

2.5

 

1

 

 

ⅳ方向11

30

1

 

 

 

 

ⅴ方向31

专业限修课程

specialized restricted courses

 

 

0

 

 

 

i方向0

 

 

4

 

 

 

ii方向4

 

 

2

 

 

 

ⅲ方向2

 

 

4

 

 

 

ⅳ方向4

 

 

0

 

 

 

ⅴ方向0

实习实践教学
  practice courses

基本技能训练、实习实训、综合课程设计、社会与文化素质实践、毕业实习与毕业设计
  basic skills training, practical training, integrated curriculum design,   social and cultural quality practice, graduation internship and graduation   design

 

16

 

 

 

 

i/ii/iii/iv方向16

 

13

 

 

 

 

ⅴ方向13

多元化课程

diversified courses

跨学科课程、美育专业类课程、学科竞赛类课程、其它个性化选修课程等

interdisciplinary

courses, aesthetic education courses, subject   competition courses, other personalized elective courses, etc

 

 

4

 

 

 

4

创新创业实践

innovation and entrepreneurship practice

创新创业训练计划项目、个性化实验、学科竞赛、创新讲座等

innovation and entrepreneurship training program,   personalized experiments, subject competition, innovation lectures, etc

 

2

 

 

 

 

2

必修环节

a compulsory part

大学生综合素质提升、学生体质达标测评

comprehensive quality improvement courses for   college students, assessment of students' physical fitness

 

 

 

 

 

 

0

总     计

total

161

vii.课程设置细化表 course programs table

公共基础课程

public basic courses

共33学分，其中必修31学分，限修2学分，选修0学分

a total credits of 33，including 31 for compulsory courses，2 for   distributional electives and 0 for free electives

课程类型

course type

课程名称

course name

课程性质

nature of course

总学分

credits

课内实践学分

in-class practice credits

开课学期

semester

开课学院

school

支撑毕业要求指标点
  indicators which support graduation requirements

备注

notes

思想政治类
  ideological politics courses

思想道德与法治

ideological and moral education and the rule of law

必修compulsory

3

0.4

第1学期

1st semester

马克思主义学院

school of marxism

8.1、12.1

 

中国近现代史纲要

conspectus of chinese modern history

必修compulsory

3

0.4

第2学期

2nd

semester

马克思主义学院

school of marxism

8.1、12.1

 

马克思主义基本原理

the basic principles of marxism

必修compulsory

3

0.4

第3学期

3rd semester

马克思主义学院

school of marxism

8.1、12.1

 

毛泽东思想和中国特色社会主义理论体系概论

introduction to mao zedong thought and theoretical   system of socialism with chinese characteristics

必修

compulsory

3

0.4

第5学期

5th semester

马克思主义学院

school of marxism

8.1、12.1

 

习近平新时代中国特色社会主义思想概论

outline of xi jinping thought on  socialism   with chinese characteristics for a new era

必修

compulsory

3

0.4

第6学期

6th semester

马克思主义学院

school of marxism

8.1、12.1

 

形势与政策i

situation and policy i

必修compulsory

0

0

第1学期

1st semester

马克思主义学院

school of marxism

8.1、9.1、12.1

 

形势与政策ⅱ

situation and policy ⅱ

必修compulsory

0

0

第2学期

2nd semester

马克思主义学院

school of marxism

8.1、9.1、12.1

 

形势与政策ⅲ

situation and policy ⅲ

必修compulsory

0

0

第3学期

3rd semester

马克思主义学院

school of marxism

8.1、9.1、12.1

 

形势与政策ⅳ

situation and policy ⅳ

必修compulsory

0

0

第4学期

4th semester

马克思主义学院

school of marxism

8.1、9.1、12.1

 

思想政治类
  ideological politics courses

形势与政策v

situation and policy v

必修compulsory

0

0

第5学期

5th semester

马克思主义学院

school of marxism

8.1、9.1、12.1

 

形势与政策ⅵ

situation and policy ⅵ

必修compulsory

0

0

第6学期

6th semester

马克思主义学院

school of marxism

8.1、9.1、12.1

 

形势与政策ⅶ

situation and policy ⅶ

必修compulsory

0

0

第7学期

7th semester

马克思主义学院

school of marxism

8.1、9.1、12.1

 

形势与政策ⅷ

situation and policy ⅷ

必修compulsory

2

0

第8学期

8th semester

马克思主义学院

school of marxism

8.1、9.1、12.1

 

军事类

military courses

军事理论

military theories

必修compulsory

2

0

第1学期

1st semester

武装部
  security office

8.1、9.1

 

军事技能

military skills

必修compulsory

2

2

短1学期

short semester 1

武装部
  security office

8.1、9.1

 

外语类

foreign language courses

英语i

college english i

必修compulsory

2

0

第1学期

1st semester

外国语学院

school of foreign languages

10.3

 

英语ii

college english ii

必修compulsory

2

0

第2学期

2nd semester

外国语学院

school of foreign languages

10.3

 

通用学术英语

english   for general academic purposes

必修compulsory

2

0

第3学期

3rd   semester

外国语学院

school   of foreign languages

10.3

 

职场英语

workplace english

限修distributional   elective

2

0

第4学期

4th semester

外国语学院

school of foreign languages

9.1、10.3

限选1门，2学分

limited to 1 course, 2 credits

交际与文化视听说

viewing,   listening & speaking in english --communication & culture

语言、文化与翻译

language,   culture and translation

英语公共演讲

public   speaking in english

体育类

physical education courses

体育i

physical education i

必修compulsory

1

1

第1学期

1st semester

体育部

dept. of physical education

9.1

 

体育ii

physical education ii

必修compulsory

1

1

第2学期

2nd semester

体育部

dept. of physical education

9.1

 

体育iii

physical education iii

必修compulsory

0.5

0.5

第3学期

3rd semester

体育部

dept. of physical education

9.1

 

体育iv

physical education iv

必修compulsory

0.5

0.5

第4学期

4th semester

体育部

dept. of physical education

9.1

 

体育健康课程i

diversified physical education courses i

必修compulsory

0.5

0.5

第5学期

5th semester

体育部

dept. of physical education

9.1

 

体育健康课程ii

diversified physical education courses ii

必修compulsory

0.5

0.5

第6学期

6th semester

体育部

dept. of physical education

9.1

 

通识教育课程

general education courses

共6学分，其中必修4学分，限修2学分，选修0学分

a total credits of 6，including 4 for compulsory courses，2 for   distributional electives and 0 for free electives

课程类型

course type

课程名称

course name

课程性质

nature of course

总学分

credits

课内实践学分

in-class practice credits

开课学期

semester

开课学院

school

支撑毕业要求指标点

indicators which support graduation requirements

备注

notes

核心通识课

core general education

工程伦理

engineering ethics

必修compulsory

2

 

第7学期

7th   semester

电气工程学院

school   of electrical engineering

6.2、6.3、8.2、9.1

 

工程经济学

engineering economics

必修compulsory

2

 

第7学期

7th semester

电气工程学院

school of electrical engineering

11.1、11.2

 

新生研讨课

freshman seminar

高速铁路车网电气关系
  electrical relations between vehicle and catenary of high speed railway

限修

distributional   elective

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

限修2学分

distributional   elective 2 credits

高速铁路供电系统概论
  high-speed railway power supply system generality

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

高速铁路弓网关系概论及前沿技术研讨
  high-speed railway pantograph-catenaries relationship and frontier technology   seminar

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

跨界思维与创新研究探索
  tran boundary thinking and innovation research exploration

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

新生研讨课

freshman   seminar

城市轨道交通新型供电制式漫谈及其发展趋势
  emerging traction power supply technology and its development trend

限修

distributional   elective

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

限修2学分

distributional   elective 2 credits

铁道电气化与自动化
  railway electrification and automation

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

高电压探秘
  secret of high voltage

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

轨道交通牵引系统漫谈
  rambling on rail traffic traction system

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

电气设备多目标优化设计漫谈
  on electrical equipment multi-objective optimization design

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

电气科学家及创新创业漫谈
  rambling on electric scientist and innovation entrepreneurship

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

磁浮交通系统技术
  maglev transportation system technology

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

轨道交通中的电子与信息
  rail transit electronics and information

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

智能电子装备
  intelligent electric equipment

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

信息处理的广阔天地
  the big world of information processing

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

嵌入式系统与智能化
  embedded system and intelligentized

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

能源互联网探讨
  energy internet

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

新生研讨课

freshman   seminar

新能源发电技术概论
  new energy power generation technology generality

限修

distributional   elective

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

限修2学分

distributional   elective 2 credits

高速铁路牵引供电新技术导论
  introduction to high-speed railway traction power supply technology

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

高速铁路技术及装备
  high-speed railway technology and equipment

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

能源与节能技术
  energy and energy-saving technology

2

 

第1学期

1st   semester

电气工程学院

school of electrical engineering

2.3、5.1、9.1、9.2、12.1

学科与专业基础课程（含实验）

discipline and specialty foundational   courses(including experiments)

i方向 共80学分，其中必修80学分，限修0学分，选修0学分

a total credits of 80 for direction i，including 80 for   compulsory courses，0 for distributional   electives and 0 for free electives

ii方向 共82学分，其中必修82学分，限修0学分，选修0学分

a total credits of 82 for direction ii，including 82 for   compulsory courses，0 for   distributional electives and 0 for free electives

ⅲ方向 共85学分，其中必修85学分，限修0学分，选修0学分

a total credits of 85 for direction i，including 85 for   compulsory courses，0 for   distributional electives and 0 for free electives

ⅳ方向 共85学分，其中必修85学分，限修0学分，选修0学分

a total credits of 85 for direction i，including 85 for   compulsory courses，0 for   distributional electives and 0 for free electives

ⅴ方向 共72学分，其中必修72学分，限修0学分，选修0学分

a total credits of 72 for direction i，including 72 for   compulsory courses，0 for   distributional electives and 0 for free electives

课程类型

course type

课程名称

course name

课程性质

nature of course

总学分

credits

课内实践学分

in-class practice credits

开课学期

semester

开课学院

school

支撑毕业要求指标点

indicators which support graduation requirements

备注

notes

数学与自然科学基础课

foundational courses on mathematics and natural   science

高等数学i

calculus i

必修compulsory

5

 

第1学期

1st semester

数学学院

school of mathematics

1.1

 

高等数学ii

calculus ii

必修compulsory

5

 

第2学期

2nd semester

数学学院

school of mathematics

1.1

 

线性代数b

linear algebra b

必修compulsory

3

 

第1学期

1st semester

数学学院

school of mathematics

1.1

 

复变函数与积分变换

complex functions and integral transformations

必修compulsory

3

 

第3学期

3rd semester

数学学院

school of mathematics

1.1

 

概率论与数理统计

probability theory and mathematical statistics

必修compulsory

3

 

第3学期

3rd semester

数学学院

school of mathematics

1.1

 

大学物理bi

fundamentals of physics bi

必修compulsory

3

 

第2学期

2nd semester

物理科学与技术学院

school of physical and technology

1.1

 

大学物理bii

fundamentals of physics bii

必修compulsory

3

 

第3学期

3rd semester

物理科学与技术学院

school of physical and technology

1.1

 

数学与自然科学基础课

foundational   courses on mathematics and natural science

大学物理实验i

college physics experiments i

必修compulsory

1

1

第2学期

2nd semester

物理科学与技术学院

school of physical and technology

1.1

 

大学物理实验ii

college physics experiments ii

必修compulsory

1

1

第3学期

3rd semester

物理科学与技术学院

school of physical and technology

1.1

 

专业基础课

professional foundational courses

工程制图

engineering drawing

必修compulsory

2

0.5

第1学期

1st semester

机械工程学院

school of mechanical engineering

1.2

 

计算机程序设计基础

fundamentals of computer programming

必修compulsory

3

1

第2学期

2nd semester

计算机与人工智能学院

school of computing and artificial   intelligence

1.2

 

电路分析ai（含实验）

electric circuits ai

必修compulsory

4

0.5

第2学期

2nd semester

电气工程学院

school of   electrical engineering

1.3、2.1、4.1

 

电路分析aii（含实验）

electric circuits aii

必修compulsory

4

0.5

第3学期

3rd semester

电气工程学院

school of   electrical engineering

1.3、2.1、4.1

 

模拟电子技术b

analogue electronic technology b

必修compulsory

3

 

第3学期

3rd semester

信息科学与技术学院

school of information science and technology

1.3

 

模拟电子技术实验

analogue electronic technology experiments

必修compulsory

1

1

第3学期

3rd semester

信息科学与技术学院

school of information science and technology

1.3

 

数字电子技术b

digital electronic technology b

必修compulsory

3

 

第4学期

4th semester

信息科学与技术学院

school of information science and technology

1.3

 

数字电子技术实验

digital electronic technology experiments

必修compulsory

1

1

第4学期

4th semester

信息科学与技术学院

school of information science and technology

1.3

 

工程电磁场

engineering electromagnetic fields

必修compulsory

3

0.25

第4学期

4th semester

电气工程学院

school of electrical engineering

1.1、1.3、1.4、2.1

 

电气工程概论

introduction to electrical engineering

必修compulsory

2

0.25

第4学期

4th semester

电气工程学院

school of electrical engineering

5.1、7.2、8.2、11.1、12.1

 

专业基础课

professional foundational courses

电力电子技术a(含实验)

power electronics a

必修compulsory

4

0.5

第5学期

5th semester

电气工程学院

school of electrical engineering

1.4、2.2、4.1、

 

信号与系统（含实验）

signals and systems

必修compulsory

3

0.25

第4学期

4th semester

电气工程学院

school of electrical engineering

1.4、2.2

i/ii/iii/iv方向

自动控制原理（含实验）

principles of automatic control

必修compulsory

4

0.5

第5学期

5th semester

电气工程学院

school of electrical engineering

1.3、2.1、12.2

i/ii/iii/iv方向

工程力学 c

engineering mechanics c

必修compulsory

3

 

第5学期

5th semester

力学

school of mechanics and engineering

1.2

i/ii/iii/iv方向

电气测量技术（含实验）electrical   measurement technology

必修compulsory

2

0.25

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、4.1

i/ii/iii/iv方向

电力系统分析a（含实验）

power system analysis a

必修compulsory

4

0.5

第5学期

5th semester

电气工程学院

school of electrical engineering

1.4、2.2、4.1、4.2、4.3、5.2、12.2

i/ii方向

单片机原理（含实验）

principles of micro-computer

必修compulsory

2

0.5

第5学期

5th semester

电气工程学院

school of electrical engineering

1.2、5.2

i/ii方向

电机学b

electrical machinery b

必修compulsory

4

 

第4学期

4th semester

电气工程学院

school of electrical engineering

1.4、2.1、2.2、12.2

i/ii方向

电机学b 实验

electrical machinery b experiments

必修compulsory

1

1

第4学期

4th semester

电气工程学院

school of electrical engineering

3.1、4.1、5.2、9.2

i/ii方向

电机学 ai

electrical machinery ai

必修compulsory

4

 

第4学期

4th semester

电气工程学院

school of electrical engineering

1.4、2.1、2.2、12.2

iii/iv方向

电机学 ai实验

electrical machinery ai experiments

必修compulsory

1

1

第4学期

4th semester

电气工程学院

school of electrical engineering

3.1、4.1、5.2、9.2、10.2

iii/iv方向

电机学aii(含实验)

electrical machinery aii experiments

必修compulsory

2

0.5

第5学期

5th semester

电气工程学院

school of electrical engineering

1.4、2.1、2.2、4.1、9.1、12.2

iii/iv方向

mcu原理及现代电子系统（含实验）

mcu principals and modern electronic system   (including experiments)

必修compulsory

4

1.5

第5学期

5th semester

电气工程学院

school of electrical engineering

4.2、4.3、5.2

iii/iv方向

专业基础课

professional foundational courses

电力系统分析b

power system analysis b

必修compulsory

3

 

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、2.2、4.1、4.2、4.3、5.2、12.2

iii/iv/v方向

计算机网络与通信

computer networks and communication

必修compulsory

2

0.25

第6学期

6th semester

电气工程学院

school of electrical engineering

1.2、5.2

ii/iii/iv方向

工程传热学

engineering heat transfer

必修

compulsory

2

 

第5学期

5th semester

机械工程学院

school of mechanical engineering

1.1

v方向

固体物理b

solid-state physics b

必修

compulsory

2

 

第6学期

6th semester

物理科学与技术学院

school of physical science and technology

1.1

v方向

量子力学b

quantum mechanics b

必修

compulsory

2

 

第5学期

5th semester

物理科学与技术学院

school of physical science and technology

1.1

v方向

电机与拖动基础

fundamental of electrical machine and drive

必修compulsory

2

0

第4学期

4th semester

电气工程学院

school of electrical engineering

1.2、4.1、

v方向

自动控制原理b

principles of automatic control b

必修compulsory

2

0

第5学期

5th semester

电气工程学院

school of electrical engineering

1.3、2.1、12.2

v方向

数字逻辑设计及应用

application and design of digital logic

必修compulsory

2

0.5

第5学期

5th semester

电气工程学院

school of electrical engineering

2.2、3.2、5.2

v方向

专业课程（含实验）

specialized courses(including experiments)

课程类型

course type

课程名称

course name

课程性质

nature of course

总学分

credits

课内实践学分

in-class   practice credits

开课学期

semester

开课学院

school

支撑毕业要求指标点

indicators which support graduation requirements

备注

notes

第i课程组 （轨道交通供电及其自动化）

1st major: rail transit automation and power supply

共20学分，其中必修20学分，限修0学分，选修0学分

a total credits of 20，including 20 for compulsory courses，0 for   distributional electives and 0 for free electives

专业核心课程

specialized   core course

高电压技术（含实验）

high voltage technology

必修compulsory

3

0.25

第5学期

5th semester

电气工程学院

school of electrical engineering

2.2、2.3、4.1、4.2、4.3

 

电力系统继电保护原理（含实验）

power system protective relaying

必修compulsory

3

0.5

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、3.1、4.3、6.1

 

专业核心课程

specialized   core course

接触网工程（含实验）

engineering of overhead contact system

必修compulsory

3

0.25

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、6.1、11.1

 

供电系统（含实验）

power supply system

必修compulsory

3

0.25

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、3.1、4.3、6.1

 

远动监控技术（含实验）

remote supervisory and control technology

必修compulsory

2

0.25

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、3.1、4.3、6.1

 

供变电技术

power supply and substation techniques

必修compulsory

2

 

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、3.1、6.1

 

接触网课程设计

design project of overhead contact line system   engineering

必修compulsory

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

3.2、3.3、10.2、11.2

 

电力系统继电保护课程设计

design project of power system protective relaying

必修compulsory

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

3.2、3.3、6.2、6.3、10.2

 

远动监控课程设计

design project of remote supervisory and control

必修compulsory

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

3.2、3.3、6.2、6.3、10.2

 

供变电技术课程设计

design project of power supply and substation   techniques

必修compulsory

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

3.2、3.3、6.2、6.3、10.2

 

第ii课程组 （电力系统及其自动化）

2nd major: power system and its automation

共18学分，其中必修14学分，限修4学分，选修0学分

a total credits of 18，including 14 for compulsory courses，4 for   distributional electives and 0 for free electives

专业核心课程

specialized core course

高电压技术（含实验）

high voltage technology

必修compulsory

3

0.25

第5学期

5th semester

电气工程学院

school of electrical engineering

2.2、2.3、4.1、4.2、4.3

 

电力系统继电保护原理（含实验）

power system protective relaying

必修compulsory

3

0.5

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、3.1、4.3、6.1

 

发电厂电气部分（含实验）

electrical parts of power plant

必修compulsory

3

0.5

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、2.2、2.3、4.3

 

电力系统暂态分析（含实验）

必修compulsory

2

0.25

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、2.2、2.3、4.3、5.2

 

发电厂电气部分课程设计

design project of electrical part of power plant

必修compulsory

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

3.2、3.3、6.2、6.3、10.2

 

高电压技术课程设计

design project of high voltage technology

必修compulsory

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

3.2、3.3、6.2、6.3、10.2

 

继电保护课程设计

design project of power system protective relaying

必修compulsory

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

3.2、3.3、6.2、6.3、10.2

 

专业限修课程

specialized   restricted courses

电力系统自动化

power system automation

限修

distributional elective

2

 

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、2.1、2.2、3.1

限修4学分distributional   elective 4 credits

电力电子技术在电力系统中的应用

application of power electronics in power system

2

 

第6学期

6th semester

电气工程学院

school of electrical engineering

2.2、3.1、3.2、5.2

电气设备状态监测（含实验）

condition monitoring for electric equipment

2

0.25

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、4.1、4.3、11.2

配电网络自动化

distribution network automation

2

 

第7学期

7th semester

电气工程学院

school of electrical engineering

1.4、2.2、5.1、7.1、10.2

微机保护与变电站自动化

microcomputer-based relay and substation automation   system

2

 

第7学期

7th semester期

电气工程学院

school of electrical engineering

1.4、2.1、2.2、5.2、12.1

自动化实训

automation practice

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

3.1、3.2、4.1、4.2、4.3、5.2、10.1

电力系统过电压实训

overvoltage protection practice

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

2.1、2.2、4.1、4.2、4.3、9.1、10.1

智能电网实训

smart grid practice

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

3.1、3.2、4.1、4.2、4.3、5.2、10.1

第ⅲ课程组 （电力电子与传动控制）

3rd major: power electronics and drive control

共15学分，其中必修13学分，限修2学分，选修0学分

a total credits of 15，including 13 for compulsory courses，2 for   distributional electives and 0 for free electives

专业核心课程

specialized core course

电力牵引传动与控制（含实验）

electric traction drive and control（&experiments）

必修compulsory

2

0.25

第6学期

6th semester

电气工程学院

school of electrical engineering

2.2、2.3、12.1

 

先进列车运行控制技术

advanced control technology of train operation

必修compulsory

2

 

第7学期

7th semester

电气工程学院

school of electrical engineering

2.1、5.2

 

计算机辅助电机设计实训

computer aided motor design and experiments

必修compulsory

2

2

第6学期

6th semester

电气工程学院

school of electrical engineering

3.1、3.2、3.3、5.2、10.2、11.2

 

专业核心课程

specialized   core course

电力牵引系统课程设计

course design of electric traction system

必修compulsory

1

1

第7学期

7th semester

电气工程学院

school of electrical engineering

3.1、3.2、3.3、10.2、11.2

 

电力电子与电力传动实训

power electronics & electrical drive system   design & experiment

必修compulsory

2

2

第7学期

7th semester

电气工程学院

school of electrical engineering

3.1、3.2、3.3、4.2、4.3、5.3、5.4、10.2、11.2

 

现场总线与列车网络控制（含实验）

field bus control systems and train control networks

必修compulsory

2

0.5

第6学期

6th semester

电气工程学院

school of electrical engineering

2.1、5.2

 

电力电子装置与控制

power electronics equipment and control

必修compulsory

2

0

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、2.2

 

专业限修课程

specialized restricted courses

计算机控制系统

computer-controlled systems

限修

distributional elective

2

0

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、2.1、4.1、5.2

限修2学分distributional   elective 2 credits

牵引电机与电器

traction motor and electric appliances

2

0

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、2.1、9.2、10.2、12.2

电力电子系统建模与仿真

modeling and simulation of power electronics systems

2

0

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、2.1、4.1、5.2、9.1、12.2

检测技术与故障诊断

measurement technique and fault diagnosis

2

0

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、2.3、4.2、5.1、6.1

第ⅳ课程组 （城轨与磁浮交通电气化）

4th major: urban rail and maglev electrification

共15学分，其中必修10学分，限修5学分，选修0学分

a total credits of 15，including 10 for compulsory courses，5 for distributional   electives and 0 for free electives

专业核心课程

specialized core course

城轨交通供电系统及其自动化

power supply system and automation for urban rail   transit（including   experiments）

必修compulsory

3

0

第6学期

6th semester

电气工程学院

school of electrical engineering

1.4、2.1

 

电磁悬浮与线性驱动（含实验）

electromagnetic suspension and linear drive

必修compulsory

2

0.25

第6学期

6th semester

电气工程学院

school of   electrical engineering

1.4、2.1、7.1、7.2、12.2

 

城轨交通牵引系统及控制（含实验）

urban rail vehicle traction systems & control   systems（&experiments）

必修compulsory

3

0.25

第6学期

6th semester

电气工程学院

school of   electrical engineering

2.2、2.3、6.2、6.3

 

专业核心课程

specialized   core course

磁浮列车悬浮系统课程设计

project on maglev suspension system

限修

distributional elective

1

1

第7学期

7th semester

电气工程学院

school of   electrical engineering

3.1、3.2、3.2、10.2

限修1学分distributional   elective 1 credits

城轨交通供电系统课程设计

project on power supply system for urban rail   transit

1

1

第7学期

7th semester

电气工程学院

school of   electrical engineering

3.1、3.2、3.2、10.2

电力电子与电力传动实训

power electronics & electrical drive system   design & experiment

必修compulsory

2

2

第7学期

7th semester

电气工程学院

school of   electrical engineering

3.1、3.2、3.3、5.2、10.2、11.2

 

专业限修课程

specialized restricted courses

牵引电机与电器

computer-controlled systems

限修

distributional elective

2

0

第6学期

6th semester

电气工程学院

school of   electrical engineering

1.4、2.1、9.2、10.2、12.2

限修4学分

distributional   elective 4 credits

检测技术与故障诊断

measurement technique and fault diagnosis

2

0

第6学期

6th semester

电气工程学院

school of   electrical engineering

1.4、2.3、4.2、5.1、6.1

城轨综合监控技术

remote supervisory and control technology of urban   rail transit power supply system

2

0

第6学期

6th semester

电气工程学院

school of   electrical engineering

1.4、2.2

第ⅴ课程组 （功率半导体器件及应用）

5th major: power semiconductor devices and   applications

共31学分，其中必修31学分，限修0学分，选修0学分

a total credits of 31，including 31 for compulsory courses，0 for   distributional electives and 0 for free electives

专业核心课程

specialized core course

半导体材料

semiconductor material

必修compulsory

2

0

第5学期

5th semester

电气工程学院

school of   electrical engineering

2.1、3.2、3.3、12.2

 

 

半导体物理

semiconductor physics

必修compulsory

3

0

第6学期

6th semester

物理科学与技术学院

school   of physics

2.1、3.2、3.3、12.2

 

功率半导体器件原理

principles of power semiconductor devices

必修compulsory

3

0

第6学期

6th semester

电气工程学院

school of electrical   engineering

2.1、3.2、3.3、12.2

 

功率半导体器件工艺

power semiconductor device technology

必修compulsory

4

0.5

第6学期

6th semester

电气工程学院

school of electrical engineering

2.1、3.2、3.3、12.2

校内/企业on-campus/   enterprise

功率半导体器件封装设计

package design of power semiconductor

必修compulsory

4

0.5

第6学期

6th semester

电气工程学院

school of electrical engineering

2.1、3.2、3.3、12.2

校内/企业on-campus/   enterprise

电力电子器件课程实训

design project of power electronics device

必修compulsory

8

0

第7学期

7th semester

电气工程学院

school of   electrical engineering

2.1、3.2、3.3、12.2

校内/企业on-campus/   enterprise

电力电子应用技术课程实训

design project of power electronics application   technology

必修compulsory

7

0

第7学期

7th semester

电气工程学院

school of   electrical engineering

2.1、3.2、3.3、12.2

校内/企业on-campus/   enterprise

实习实践教学

practice course

i/ii/iii/iv方向共16学分，其中必修16学分，限修0学分，选修0学分

i/ii/iii/iv：a total credits of 16，including 16for compulsory courses，0 for   distributional electives and 0 for free electives

ⅴ方向共13学分，其中必修13学分，限修0学分，选修0学分

ⅴ：a   total credits of 13，including   13for compulsory courses，0 for   distributional electives and 0 for free electives

课程类型

course type

课程名称

course name

课程性质

nature of course

总学分

credits

课内实践学分

in-class practice credits

开课学期

semester

开课学院

school

支撑毕业要求指标点

indicators which support graduation requirements

备注

notes

基本技能训练、实习实训、综合课程设计、社会与文化素质实践、毕业实习与毕业设计
  basic skills training, practical training, integrated curriculum design,   social and

cultural quality practice, graduation internship and   graduation design

电子市场调查实践

electronic market research

必修compulsory

1

1

短1学期

short semester r1

电气工程学院

school of   electrical engineering

6.2、9.2、10.1、11.2

 

工程训练a

engineering training a

必修compulsory

2

2

短1学期

short semester1

工程训练中心

engineering   training center

5.2、6.2

 

电子工艺实习

electronic process practice

必修compulsory

2

2

短2学期

short semester 2

电气工程学院

school of   electrical engineering

4.1、5.2

 

生产实习

engineering internship

必修compulsory

3

3

短3学期

short semester 3

电气工程学院

school of   electrical engineering

6.2、7.1、8.2

i/ii/iii/iv方向

毕业设计（论文）

graduation dissertation

必修compulsory

8

8

8学期

8 th

semester

电气工程学院

school of   electrical engineering

2.3、3.3、5.3、5.4、10.1、10.2、10.3、12.2

 

多元化课程

diversified course

共4学分，其中必修0学分，限修4学分，选修0学分

a total credits of 4，including 0 for compulsory courses，4 for   distributional electives and 0 for free electives

课程类型

course type

课程名称

course name

课程性质

nature of course

总学分

credits

课内实践学分

in-class practice credits

开课学期

semester

开课学院

school

支撑毕业要求指标点

indicators which support graduation requirements

备注

notes

跨学科课程

interdisciplinary course

新能源发电技术

new energy generation technology

限修

distributional electives

2

 

7学期

7th

semester

电气工程学院

school of electrical engineering

3.3、9.2、12.2

 

 

 

 

 

 

限修2学分

distributional elective 2 credits

 

按照《西南交通大学多元化课程修读指导手册》执行。

 

人工智能

artificial intelligence（ai）

2

 

7学期

7th

semester

电气工程学院

school of electrical engineering

3.3、9.2、12.2

美育专业类课程

aesthetic education specialty

courses

全校美育专业类课程

aesthetic education specialty

courses of university

2

 

2-8学期

2-8 semester

 

3.3、9.2、12.2

学科竞赛类课程

subject competition courses

全校学科竞赛课程

subject competition courses of university

限修

distributional electives

2

 

 

3.3、9.2、12.2

follow the 《instruction manual of diversified courses of   southwest jiaotong university》

个性化选修课程

personalized

elective courses

全校个性化选修课程

personalized

elective courses of university

2

 

 

3.3、9.2、12.2

创新创业实践

innovation   and entrepreneurship practice

共2学分，其中必修2学分，限修0学分，选修0学分

a total credits of 2，including 2 for compulsory courses，0 for   distributional electives and 0 for free electives

课程类型

course type

课程名称

course name

课程性质

nature of course

总学分

credits

课内实践学分

in-class practice credits

开课学期

semester

开课学院

school

支撑毕业要求指标点

indicators which support graduation requirements

备注

notes

创新创业训练计划项目、个性化实验、学科竞赛、创新讲座等

innovation   and entrepreneurship training program, personalized experiments, subject   competition, innovation lectures, etc

课外创新实践

innovation practice

必修compulsory

2

2

2-7学期2-7 semester

电气工程学院

school of   electrical engineering

3.3、5.3、5.4、9.2

按照《西南交通大学创新实践学分认定与管理办法》规定执行

by credit recognition and management of innovative   practice in southwest jiaotong university

必修环节

a compulsory part

共0学分，其中必修0学分，限修0学分，选修0学分

a total credits of 0，including 0 for compulsory courses，0 for   distributional electives and 0 for free electives

课程类型

course type

课程名称

course name

课程性质

nature of course

总学分

credits

课内实践学分

in-class practice credits

开课学期

semester

开课学院

school

支撑毕业要求指标点

indicators which support graduation requirements

备注

notes

大学生综合素质提升、学生体质达标测评

comprehensive quality improvement courses for   college students, assessment of students' physical fitness

大学生综合素质提升（第二、第三课堂）

comprehensive quality improvement courses for   college students（the   second and third classroom）

必修compulsory

0

0

1-8学期

1-8 semester

校团委

communist youth league committee

 

 

学生体质达标测评

assessment of students' physical fitness

必修compulsory

0

0

秋季学期

fall   semester

体育部dept.   of physical education

 

 

学分总计

total credits

161

 

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