华南师范大学信息光电子科技学院

光电信息科学与工程专业培养方案(2017版)

华南师范大学信息光电子科技学院/专业设置2018-06-08 17:34:00来源:华南师范大学评论:0收藏本文

信息光电子科技学院

信息科学与工程专业培养方案

Opto-Electronics Information Science and Engineering Program 

School of Information and Optoelectronic Science and Engineering

 

    一、培养目标

培养德、智、体、美全面发展具有坚实数理基础和扎实光机电算专业知识具有光电信息的获取、传递、处理以及利用能力人文素质和创新精神优秀,并能在光信息、光电子学及相关的电子信息科学、计算机科学等领域从事科学研究、技术开发、生产制造和营销管理、教学等工作的复合型人才。

   Educational Aim

This program provides students with the comprehensive background knowledge in mathematics and physics and professional knowledge of optics, mechanics, electronics and computer scienceand fosters them moral, intellectual, physical and aesthetic development by the study of natural science, humanities and other multidisciplinary theory and the rigorous training of the profession. The courses encourage robust ability to problem solving and initiative. students get the preliminary training of research and engineering, by study of optical and electronic information retrieving, transferring, processing and application, which emphasis on cultivating students’ ability of innovation. Students may further their career on scientific research, technology development, manufacturing, marketing management and teaching in optical information, opto-electronics and correlative electronic information science and computer science (In particular, optics, mechanics, electronics and computer science integration industry),etc.

    

二、培养要求

    总体要求:本专业学生主要通过公共课程和通识教育培养广博的基础、丰富的知识、健全的人格以及坚实的专业基础;通过专业课程学习光信息科学与技术的基本理论和技术,熟悉光学、电子学技术、光电子学、激光技术和计算机技术,接受严格的科学实验和科学思维的训练;并通过科研和生产实践以及文献信息获取等环节进一步培养学生在本学科及跨学科的科学研究与技术开发的基本能力和素质。

    知识结构:

    A1:掌握数学、物理学方面的基本理论和基本知识;

    A2:掌握电子线路技术、计算机原理与应用,软件设计和技能等基本知识;

    A3:了解光信息科学与技术的理论前沿、应用前景和最新发展,光信息产业的发展状况;

    A4:掌握人文社会科学的基本理论和基本知识;

    A5:掌握必要的哲学(特别是自然哲学)方面的知识,奠定良好的发展基础;

    能力结构:

    B1:掌握光信息科学的基本理论、基本知识和基本实验技能,具有良好的光信息系统的研究、设计、应用能力和技术开发能力;

    B2:具有良好的外语水平,掌握资料查询,文献检索的方法和撰写科学论文的能力;

    B3:能够熟练运用英语,并达到四会的程度;

    B4:能够利用本专业学习的知识分析和解决本专业领域生产实践中的基本问题;

    B5:熟悉科学研究的基本规律,具备基本的科学研究、实验能力

B6:具备独立组织技术改造、专业信息调研、论文撰写等基本科学技术能力

    B7:具备较强的自我学习能力,可以通过自学与本专业相关专业领域知识以获得解决基本专业问题的能力

    素质要求:

    C1:开拓创新意识强;

    C2:具备通过自我学习在本专业相关交叉学科工作的科学技术素质;

    C3:具有良好的社会价值观,能够独立处理生活、学习和以后工作中的各种问题;

    C4:具有较好的人文艺术修养和社会科学技术基础,具备必要的社会责任感;

    C5:德智体全面发展,善于与人沟通,具有团队合作精神。

   Educational Requirements

    Requirement after 4-year Program:Students of this specialty will obtain extensive foundation, abundant knowledge, sound personality and solid professional foundation by general basis courses and general education.Students shall be knowledgeable in optics electronics technology, optoelectronics, laser technology and information technology by studying the foundational theory and technology of Optical Information Science and Technology, shall have a strict training on scientific experiment and scientific thinking. Through scientific research and production practice as well as literature information acquisition and some other steps to further cultivate basic scientific research and technology development abilities and qualities both in this discipline and inter discipline.

    Knowledge Structure:

    A1:Mastering fundamental theory and knowledge of mathematics and physics.

    A2:Mastering fundamental knowledge of Electronic circuit technology, computer principle and application, software design and skill.

    A3:Comprehending the theory frontier, application prospect and latest development of optical information science and technology, understanding the development status of optical information industry.

    A4:Mastering basic theory and knowledge of humanities and social science.

    A5:Mastering the necessary knowledge of philosophy ( especially natural philosophy ) , laying a good development foundation in this field.

    Ability Structure:

    B1:Mastering the basic theory, knowledge and experimental skills of optical information science, having good capability of research, design, application and technological development on optical information system.

    B2:Having a good knowledge in foreign language, grasping the skills of the data search, literature retrieval methods and scientific papers writing.

    B3:Proficient in English, and skilled at listening, speaking, reading and writing.

    B4:Be able to analyse and solve the basic problem appeared during production practice in this field by using professional knowledge

    B5:Be familiar with the basic law of scientific research, having the ability of basic scientific research and experiment.

    B6:Having basic science and technology abilities for independently organizing technological transformation, researching the professional information and so on.

    B7:Having solid ability of self-learning, by which, learning knowledge from related major and obtaining the capability of solving basic professional problems, developing capabilities in the multidisciplinary area.

    Personality Requirements:

    C1:Be of strong innovative consciousness.

    C2:Having the science technology and engineering quality in related intercross development field.

    C3:Holding positive social values, and handling various problems with life, study and work independently.

    C4:Well-established in Arts and Humanities, social scientific and technical foundation, and necessarily, having a sense of social responsibility

    C5:Full-scale development, good communication skills, and team-work spirit.

   

三、授予学位

    理学学士 

   Degree Conferred

Bachelor of Natural Science

 

     四、课程结构比例表

Curriculum Structure

系列

Curriculum Sets

课程类型

Course Type

课程性质

Course Nature

学分

Credits

占毕业学分比例

Percentage in Total Required Credits

学时

Total periods

占毕业总学时比例
Percentage in Total Required Hours

周数

Weeks

小时

Practice hours

正式课程

Formal Curricula

公共必修

Common 

Courses

必修

Compulsory Courses

32

20.6%

744

26.9%

2.5W


通识教育

General Education Courses

选修

Elective Courses

10

6.5%

160

5.8%



大类教育

Discipline Courses

必修

Compulsory Courses

30

19.4%

588

21.2%



选修

Elective Courses

5

3.2%

90

3.3%



专业教育(含专业实习、毕业论文/毕业设计)

Major Courses

必修

Compulsory Courses

48

30.9%

648

23.4%

22W


选修

Elective Courses

30

19.4%

540

19.5%

4W


非正式课程

Informal Curricula

非正式课程

Non-formal Courses

--

--


--



40

合计Total


155

100%

2770

100%

28.5W

40

   

五、教学计划表

    表中各列由左及右,依次为“课程编码”、“课程名称”、“周学时”(理论—实践)、“学分”和“开课学期”。

   Teaching Schedule

    Listing as the following, from left to right, are course code, course title, class hour / a week (courses of theories and practice), credit and semester number.

1.公共必修课程 Common Courses

必修32学分 Compulsory Courses (32 credits)

44C18461

思想道德修养与法律基础

Moral Cultivation and Bases of Law

3-0

3学分

/

44C18540

中国近现代史纲要

Modern and Contemporary History of China

2-0

2学分

/

44C18760

马克思主义基本原理

Basic Principles of Marxism

3-0

3学分

/

44C22980

毛泽东思想和中国特色社会主义理论体系概论

Mao Zedong Thought and Introduction to Socialist Theory with Chinese Characteristics

4-0

4学分

/

44C23040

思想政治理论社会实践

Social Practice of Ideological and  Political Theory

0-2

2学分

/

44C15440

形势与政策

Situation and Policies

2-0

2学分

/

48Y16620

军事技能

Military Training

2.5W

1学分

1学期

48Y16520

军事理论

Military Theory

2-0

1学分

春秋

42D5072a

大学体育(1

Physical Education 1

0-2

1学分

春秋

42D5072b

大学体育(2

Physical Education 2

0-2

1学分

春秋

42D5072c

大学体育(3

Physical Education 3

0-2

1学分

春秋

42D5072d

大学体育(4

Physical Education 4

0-2

1学分

春秋

41E43341

基础英语(1

Basic English1

2-2

2学分

1学期

41E43342

基础英语(2

Basic English2

2-2

2学分

2学期

41E43343

基础英语(3

Basic English3

2-2

2学分

3学期

41E43344

基础英语(4

Basic English5

2-2

2学分

4学期

43HA2211

 

大学计算机

University Computer

2-1.5

2学分

春秋

 

2.通识教育课程 General Education Courses

选修10学分 Elective Courses (10 credits)

分为文化传承艺术修养社会研究科学思维道德推演多元文化创新创业”7个模块,其中,艺术修养创新创业为必修模块,至少各修2学分,小计4学分;此外,在其余5个模块中选择3个模块,至少各修2学分,小计6学分 

The General Education courses fall into 7 areas:  Cultural Heritage, Aesthetic Understanding, Social Inquiry, Scientific Thinking, Moral and Ethical Reasoning, Intercultural Understanding, and Innovative and Entrepreneurial Development. Among the seven areas, Aesthetic Understanding and Innovative and Entrepreneurial Development are the compulsory ones and a minimum of 2 credits from each of them is required, with a total of at least 4 credits, for the student to graduate. The other 5 areas are optional, students are required to select 3 in the remaining 5 areas and acquire at least 2 credits in each area, at least 6 credits in total.

 

3大类教育课程Discipline Courses
1)必修30学分Compulsory Courses (28credits)

22G454c1

高等数学(I-1

Advanced Mathematics(I-1)

6-0

6学分

1学期

22G46160

线性代数(II

Linear Algebra (II)

3-0

3学分

1学期

22G454c2

高等数学(I-2

Advanced Mathematics(I-2)

6-0

6学分

2学期

22G45960

概率论与数理统计(II

Probability and Statistics (II)

3-0

3学分

3学期

43H8054a

计算机技术基础

Basic Computer Application

2-1

2学分

2学期

23G75581

大学物理(I-1

College PhysicsI-1

4-0

4学分

2学期

23G75621

大学物理实验(I-1

College Physics ExperimentI-1

0-2

1学分

2学期

23G75582

大学物理(I-2

College PhysicsI-2

4-0

4学分

3学期

23G75622

大学物理实验(I-2

College Physics ExperimentI-2

0-2

1学分

3学期

 

2)选修5学分Elective Courses (5 credits)

43H80940

计算机高级应用

Computer Technology Foundation

2-1

2学分

3学期

32H71440

工程制图基础

Fundamental Graphics

2-0

2学分

2学期

32H44661

通信原理

Principles of Communications

3-0

3学分

5学期

32H44720

通信原理实验

Basic Experiments of Communications

0-2

1学分

5学期

 

 

4.专业教育课程Major Courses

1)必修48学分Compulsory Courses (51 credits)

32Y01421

学科导论

Introduction to Academics

1-0

1学分

1-8学期

32G37781

数学物理方法

Mathematical Methods in Physics

3-0

3学分

3学期

32GF2661

应用光学

Applied Optics

2-0

2学分

3学期

32GF8120

工程光学实验

Experiments in Engineering Optics

0-2

1学分

3学期

32GF8020

工程光学课程设计

Engineering Optical Curriculum Design

1W

1学分

3学期

32G65361

物理光学

Physical Optics

3-0

3学分

4学期

32H28261

信号与系统

Signal and System

3-0

3学分

4学期

32G63261

热力学与统计物理

Thermodynamics and Statistical Physics

3-0

3学分

4学期

32GF2561

信息光学

Fourier Optics

3-0

3学分

5学期

32GF8520

光学信息处理实验

Experiments  in Optical Information Processing

0-2

1学分

5学期

32G60561

电动力学

Electrodynamics

3-0

3学分

5学期

32G62461

量子力学

Quantum Mechanics

3-0

3学分

5学期

32H70041

金工实习

Metalworking Practice

2W

2学分

5学期

32G6146a

固体物理

Solid State Physics

3-0

3学分

6学期

32X02281

激光原理与技术

Laser Fundamentals and Techniques

3-0

3学分

6学期

32GF8720

激光原理实验

Experiments in Laser Principle

0-2

1学分

6学期

32Y027g0

专业实习

Professional Practice

6W

6学分

6学期

32Y001c1

毕业论文(设计)

Undergraduate Thesis (Project )

13W

6学分

8学期

 


2)选修30学分Elective Courses (30 credits)

32Y03721

认识实习

Cognition Practice

1W

1学分

春秋

32H47881

电路分析基础

Foundations of Circuit Analysis

3-0

3学分

3学期

32G78020

电路基础实验

Basic Experiments of Electro-circuit 

0-2

1学分

3学期

32GF6441

MATLAB与数值分析

Numerical Analysis using MATLAB

2-0

2学分

3学期

32H50261

数字电路基础

Foundations of Digital Circuitry

3-0

3学分

4学期

32G78120

数字电路基础实验

Basic Experiments of Digital Circuits

0-2

1学分

4学期

32H49461

模拟电路基础

Foundations of Analogue Circuitry

3-0

3学分

4学期

32G78220

模拟电路基础实验

Basic Experiments of Analogue Circuits

0-2

1学分

4学期

32H94720

CAD制图

Computer Aided Drawing

1W

1学分 

4-5学期

32H43761

数字信号处理

Digital Signal Processing

3-0

3学分

5学期

32H99940

计算机网络与技术

Computer Networks Technique

2-0

2学分

5学期

32H96210

计算机网络与技术实验

Experiments in Computer Network and Technology

0-1

0.5学分

5学期

32H20381

微机原理及接口技术

Microcomputer Principles and Interface Techniques

3-0

3学分

5学期

32H98420

微机原理与接口实验

Experiments in Microcomputer Principles

0-2

1学分

5学期

32H51361

光电检测技术

Optoelectronic Detecting Technique

3-0

3学分

6学期

32GF8220

光电探测实验

Experiments in Optoelectronic Detection

0-2

1学分

6学期

32GF1661

光纤通信

Optical Fiber Communications

3-0

3学分

6学期

32GF8420

光纤通信实验

Experiments in Fiber Communications

0-2

1 学分

6学期

32H25461

数字图像处理

Digital Image Processing

3-0

3学分

6学期

32H46241

虚拟仪器技术

Technology of Virtual Instruments

1-2

2学分

6学期

32G73341

LED技术及应用

LED Technique and Application

2-0

2学分

7学期

32G78840

材料性能学

Introductions of Materials Properties

2-0

2学分

7学期

32GF7841

红外技术基础与应用

Infrared Technology Basis and Applications

2-0

2学分

7学期

32GF8840

激光器件

Laser Device

2-0

2学分

7学期

32H52141

传感技术及应用

Sensor Technique and Application

2-0

2学分

7学期

32H53141

激光加工概论

Essentials of Laser Processing

2-0

2学分

7学期

32H53541

无源光通信器件

Passive Components in Fiber Communications

2-0

2学分

7学期

 

5.非正式课程Non-formal Courses

完成40小时 Non-formal courses require to complete 40 hours

非正式课程包括“思想引领”、“创新创业”、“全球学习”和“朋辈教育”4个模块,要求至少累计完成40小时。

Nonformal courses fall into 4 areas:Thought Leadership , Innovative and Entreprenurial Development, Global Learning and Peer Education, require to complete at least 40 accumulated hours. 

 

 


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