AVR Microcomputer Principle and Application

Credits  2

Class hour  42

Course number  0914209

AVR Microcomputer Principle and Application is an important professional elective courses for the computer and communication engineering specialty students, required to master the basic principle of AVR microcontroller, include the working principle and programming method of Timer, Serial Communication, Interrupt, especially learning how to use C language software design of microcomputer application system.

Linux Operating System and Application

Credits: 2

Study hours: 36

Curriculum code: 0914206

Linux is a free Unix-type operating system for your PC, Laptop or Server.You can surf the web, manage your e-mails and photos, do office work, play videos or music and have a lot of fun! Like most distributions it includes both a default graphical user interface (GUI) and a command line interface option; it allows the user (during installation) to select which GUI they are comfortable with (either KDE or GNOME), and supports thousands of software packages across the full range of open source development.

Matrix Laboratory

Credits: 2

Study hours: 36

Curriculum code: 0914211

MATLAB is short for Matrix lab (Matrix Laboratory), is produced by the American MathWorks company business mathematics software, used for algorithm development, data visualization, data analysis and numerical calculation of senior technical computing language and interactive environment, mainly including two most of MATLAB and Simulink.Mainly used in engineering calculation, the control design, signal processing and communications, image processing, signal detection, financial modeling design and analysis and other fields.Matlab language play a significant role in college and research unit, is the science of general calculation, numerical simulation and visualization and dynamic simulation of the important tools.Through learning of this course, aimed at improving students' ability to solve practical problems, software application ability, training students the scientific attitude of strict, standard, theory with practice, in the future for them is engaged in the professional learning, scientific research activities, and further my study to lay a solid foundation.

PLC Application Design

Credits: 2

Study hours: 40

Curriculum code: 110160

PLC (A programmable logic controller) is a special data processor used as controller for machines in industrial processes. As a part of process control, a programmable logic controller is used to monitor input signals from a variety of input points which report events and conditions occurring in a controlled process. During the execution of a stored control program, they read inputs from the controlled process and, per the logic of the control program, provide outputs to the controlled process. PLC can be programmed using different development platforms.

Protel

Credits, 2

Class hour, 32

Course number, 0914205

Protel is a professional elective course and protel software is the first selection of designers in the CAD of Circuit design field,Course content includes the circuit principle diagram drawing, multilayer printed circuit board design, programmable logic devices design and mixed signal analog circuit and digital circuit simulation. It is important significance for students toskillfully master and use the software, can improve their ability of circuit design.

Graduation Design

Credits: 18

Study hours: 18w

Curriculum code: 0926103

Graduation design is an important part of teaching plan in Higher Engineering College, and which is an important teaching links of training students to carry out scientific research, apply the knowledge and skills and improve ability of analysising and solving the general engineering and technical problems within the scope of the professional.

Electromagnetic Fields and Waves

Credits: 3

Study hours: 54

Curriculum code: 0913100

With the rapid development of information technology, a thorough understanding and familiarity with the properties of electromagnetic fields and waves, along with the relevant analytical tools and practical applications are expected for professionals working in the field of electronic science and technology. In this course, from the start the vector analysis and field theory are introduced, then it is focused on two aspects: the basic theories of electromagnetic and electromagnetic engineering basic. In part 1 it mainly includes the basic principle of electrostatic field, the steady electric field, constant magnetic field and time-varying electromagnetic field as well as the basic concepts of plane electromagnetic wave, propagation characteristics of electromagnetic wave in different medium and so on. In part 2, it mainly includes wave guide, radiation and wireless channel, the electromagnetic interference, electromagnetic compatibility and other basic knowledge.

Summary of Electronic Science and Technology

Department：School of Physics and Electronic Engineering

Credits: 1

Study hours: 16

Curriculum code: 0913200

The course introduces the basic concepts, development, application and future prospects of Electronic Science and technonlogy. Electronic Science and technology has covered many aspcets of society, our life can not do without Electronic Science and technology. By learning this course, students can improve enthusiasm and passion of learning.

The Technology of Electronic Application Development

Credits: 2

Study hours: 30

Curriculum code: 0917200

This course is a basic course of analog circuit and digital circuit. It has its own system and is a highly practical course. It follows principle of“the application as the purpose, must be enough” and outstanding emphasize practicability.

Engineering Optics

edit: 3

Period: 56

Course-numbering: 0914100

Engineering Optics is an important foundation for professional courses. The main elements of the Course : geometrical optics and physical optics. The course requires students to master the basic knowledge of optics and know the structure of the typical optical systems.

Through lectures and practice, we focus on training students to think independently, analyze problems, and do-it-yourself problem-solving abilities.

Experimental Technology of Photoelectric Innovation

Credits: 2

Study hours: 30

Curriculum code: 0917201

The experimental technology of photoelectric innovation can cultivate students’ practical ability and innovation ability of science ang technology by GDS-III type photoelectric integrated experimental platform. It can not only complete optical engineering experiment, general physics experiment, photoeletric technology experiment, photoelctric sensor experiment and photoelectric detection technology experiment, but also complet comprehensive experiment and innovation research.

Optoelectronic Technology and Application

Credits: 4

Study hours: 64

Curriculum code: 0914102

Optoelectronic technology and application belongs to the professional courses. It is a high-tech course of combinating

the traditional optical technology, modern electronic technology and computer technology, and which is an important means of obtaining the optical information or extracting additional information with light, such as force, temperature, sound, current and biology.

Experiment of photoelectrictechnology and Application

Credit: 2

credit hours :38

Curriculum code: 0914105

This curriculum is an experimental course for undergraduate students of electronic science and technology.  The experiment will use theories in the course of photoelectric technology, and it enables students to further comprehend and master the theory of course. The student will touch frontier of scientific and experience its latest application. Also, students will be familiar with modern instruments and cultivated the capacity of analysis problem and find ways to solution.

Photoelectric Technology Curriculum Design

Credits: 2

Study hours: 2w

Curriculum code: 0916100

This course is the auxiliary teaching means of photoelectric instrument design, and it is an important teaching link to train students to master the content of classroom teaching, to cultivate students' comprehensive use of optics, precision machinery and electronics knowledge and ability.

Photoelectricity Testing Technology 

Credits: 2.0

Study hours: 40

Curriculum code: 914208

Photoelectric detection technology is specialized electives，which combines optical technology and electronic technology. It has strong application, and relates to a more comprehensive application of knowledge points, light, machine, electricity, computer and its integration of high-tech, understand and master the course to improve the quality of students and cultivate the analysis ability, innovation ability has important significance.

Basis of Optoelectronics

Credits: 2

Study hours: 36

Curriculum code: 0914207

“Basis of Optoelectronics”systematically introducesthebasic concepts,basicprinciples andbasic application of information transmission and processing in optoelectronicsystem. The coursebegins with an introduction to basisoptical, then describes in detail the principle and technology oflaser, optical waveguide theory, light modulation technology,photoelectric detection technology,photoelectric display technology and optical storage technology. On the one hand, the course embodies the landscape of thephotoelectrontechnology， on the other hand,some new progress ofoptoelectronics in recent years is introduced.

Optical Fiber Communication

Credit: 2

credit hours :40

Curriculum code: 0914201

Optical Fiber Communication is a professional course for Physics and Electronics Engineering. In the modern information society facing new technique revolution challenge, optical fiber and its application, especially the optical fiber communication, takes up important position. The course follows the basic theory and the applied technology systemly,creating good foundation for further study or move towards society to all students.

Laser Technology

Score: 2

Planning class hours: 40

Course Number: 0914103

Course nature and tasks:

This course illuminates the development of laser technology from the theory, practice, and application. This course plays a very important role in mastering the methods of laser technology for students. It makes them have the ability of understanding, analyzing and solving problems in production and research practice.

Principles 0f Lasers

Department：School of Physics and Electronic Engineering

Credits: 4

Study hours: 62

Curriculum code: 0914101

The main idea of Principles 0f Lasers introduce student to the fundamental processes and the main deas .

In this course，It includes ：

1. Basic Laser Principles

2. Interractiong of Radiation with atoms and Ions

3. Energy level.Radiative and Nonradiative Transition in Moliclules and Semicongductors

4. Pumping Processes

5. Continuous Wave Laser Behavior

Experiments of lasertheory and application

Credits: 2

Study hours: 42

Curriculum code: 0914104

“Experiments of lasertheory and application” is a required course designed for specialty of electronic science and technology. The main experiments involves theprinciple of laser,lasertechnology and the application, transmission characteristics of laser and some application based on laser. The aim is to enhance students'understanding on theprincipleof laser, to foster and train students’ scientificthinking and experimentalskills, to make students graspcomplex and rigorous experimentalmethod.

After the course, the students will get more innovationconsciousness and scientific literacy.

Modern and Comprehensive Experiment of Physics

Credits: 2

Study hours: 30

Curriculum code: 0913202

Modern and comprehensive experiment of physics is a comprehensive and important course for senior students after the completion of the University Foundamental physics experiment course, and the coverage of it’s content is very wide. Most of the projects is very fomous experiment which is playing an important role in the development history of modern physics, and very representative in the erperimental methods and techniques.

Quantum Mechanics

Department：School of Physics and Electronic Engineering

Credits: 4

Study hours: 60

Curriculum code: 0923101

Quantum mechanics is a core subject in any undergraduate physics course, since it is the basis for all modern descriptions of the structure and behaviour of matter. provides an introduction to the theoretical foundations of quantum mechanics for students of experimental physics

In this course，It includes ：

1. A review of the origins of quantum theory

2. The state of a quantum system

3. The representation of dynamical variables

4. The energy spectrum of a one-dimensional simple harmonic oscillator

The energy eigenfunctions of the one-dimensional simple harmonic oscillator

Vibrational spectra of molecules and nuclei

Thermodynamics and Statistical Physics

Department：School of Physics and Electronic Engineering

Credits: 3

Study hours: 54

Curriculum code: 914200

Thermodynamic and Statistical Physics is about macro and micro theories on thermal phenomena. This course, which is divided into two most parts: Thermodynamics and Statistical Physics, mainly study the law of thermal motion and thermal motion effect on macroscopic properties. This course also introduces the basic concepts of thermodynamics and statistical physics and its important applications. Mainly from the basic concepts of thermodynamics and statistical physics and the basic theory, about its important applications. It is useful for other subsequent course in physics learning and further related research in physics.

Production Practice

Credits: 5

Study hours: 5w

Curriculum code: 0926102

Production practice is an indispensable part of the professional knowledge structure of Electronic Science and technology, and as a stand-alone projects included in the professional teaching plan. Through the production practice to enable students to obtain the basic production of perceptual knowledge, theory with practice, the expansion of knowledge; at the same time, the production practice is an important channel for business training and fostering the students ability and quality

Mathematical Methods for Physicists

Course units:: Physics and Electronic Engineering

Credits: 3

Hours: 50

Course Code: 0913201

Thiscourse is designed for the usual introductory physics courses to prepare undergraduate students for the level of mathematics expected in more advanced undergraduate physics and engineering courses. One of its goals is to guide

the student in learning the mathematical language physicists use by leadingthem through worked examples and then practicing problems. The pedagogy is that of introducing concepts, designing and refining methods, and practicing

them repeatedly in physics examples and problems

Information Optics

Institute: school of physics and electronic engineering

Credit: 2

credit hours :40

Curriculum code: 0914202

Information Optics is a new optical course combined optics and information technology. The course introduces thebasic theory and the latest progress of optics, fundamental principle of information optics, optical holography, computed holography, optical information processing, information optics in the optical fiber communication.