Information and Computation Science

Course Program

1.Training Targets

The target is to make the students have goodMathematic Foundation and Mathematic thinkingability, master basic theory, methods and skillsinInformation Science and Computation Science, receive training in the scientific research and practical application, familiar with computer usage for solving practical problems. They willwork indiverse departments to doscientific research, teaching and applied development.etc.

2. Major Features and Training Requirements

The students will study thetheory and methods of Information Science and Computation Science. They will have good Mathematic Foundation,and skills using Computers, converse the pactical problems into mathematic ones, and solve problemsusingComputers, design and develop the software.The graduates should master:

(1).The synthetic and creative abilities.

(2).Sound mathematic Foundation and training in scientific research.

(3).Computer using abilities for analyzing,designing and progamming.

(4).ability in Analysing and solving Problem as well as developing software.

(5).The newest theory of the major and its development trends, The abilities in searchingScientific documents and research and work

3.Major Orientation A.Mathematics and Applied Mathematics

B.Software Design andDevelopment. C.Info Processing

4.Main Subjects Mathematics; Computer Science

5.Main Courses

Mathematic Analysis; Geometry and Advanced Algebra; Probability Theory and Mathematical Statistics; Information Science Foundation; Numerical Analysis; Mathematic Modeling; Computer Graphics; VC++ Programming; Images Processing; Information and Encoding; Software Engineering,etc.

6.Course Program

Common Essential Courses

Humane, social science and economics courses

Subject Essential Compulsory Courses

Subject Essential Elective Courses

Major Platform Courses

Compulsory Courses of Various Major Orientations

Compulsory of Orientation A

Compulsory of Orientation B

Compulsory of Orientation C

Elective Courses of Various Major Orientations

Statistics

Course Program

1.Training Targets

The target is to make the students have goodMathematic Foundation and Mathematic thinkingability, master basic theory, methods and skillsinStatistics, receive training in the scientific research and practical application, ability in using computer software to process statistic data for solving practical problems, and familiar with Economic, Biologic,medical, Information Management, Insurances and Financial fields.

2. Major Features and Training Requirements

The students will study thetheory and methods of Statistics. They should master at least a statistic analysis software, good Mathematic Foundation, receive Computers training for the futureResearch Application and Management in some field.The graduates should master:

(1).The synthetic and creative abilities.

(2).Sound mathematic Foundation, Statistics Theory, and goodforeign language ability.

(3).CorrectStatistic ideas and Methods, selecting suitable Statistic Methods for theAnalysis and diagnosis.

(4).Foundation theory of the Computers and the use of Statistic Software，Management Software or other dedicated Software for Programming, and diagnose Software Computation results.

(5).Ability in linking the theory with practice in some fields, such as the Economics, Biology, medicine, Market Investigation, Management, Insurances, Finance, Engineering; Environment, damage lessen,etc.by some specific subjects teaching.

(6)the Statistic Theory and Methods, Development trends and Application，and Creative ability.

(7)The abilities in searchingScientific documents, and methodsto get InformationusingModern Information Technology，and Science Research and practical work ability.

3.Major Orientations A:Mathematics and Applied Mathematics B:Software Design and Development C:Applied Statistics

4.Main Subjects Mathematics; Statistics; Computer Science

5.Main Courses

Mathematic Analysis; Geometry and Advanced Algebra; Probability Theory and Mathematical Statistics;l Statistic Software; multi-statistics Analysis; Applied Regression Analysis; Mathematic Modeling; VC++ Programming; Lab Design; Sampling Investigation; Statistic Computation; Data Mining，Appliced Statistics, etc.

6.Course Program

Common Essential Courses

Humane, social science and economics courses

Subject Essential Compulsory Courses

Subject Essential Elective Courses

Major Platform Courses

Compulsory Courses of Various Major Orientations

Compulsory of Orientation A

Compulsory of Orientation B

Compulsory of Orientation C

Elective Courses of Various Major Orientations

Materials Physics

Course Program

1.Training Targets

The target is to make the students master the theory and methods of Materials and Physics, have soundMathematic Foundation andLab skills,receivethe training in applied research, and haveability in computer application, Materials Structure Analysis, and Performances Testing.

2. Major Features and Training Requirements

The students will study thetheory ofMaterials Science and Physics, master the composition andStructure of Materials, the relation between the Producing condition and Performances. They should have ability in producing materials，in changing the property of materials, in studing and developing the new materials and new technology.The graduates should master:

(1).thetheory and skills ofMaterials Science, MaterialsTesting, Production Equipment and type selection;

(2).thenecessary Physictheoryand methods;

Sound mathematic Foundation, Statistics Theory, and goodforeign language ability.

(3).thetheory and skills in theMechanical, Electric Engineering, Electronic Technology and Computer Application;

(4).Ability in producing Materials and products, Quality Control and Management;

(5).Ability in studing and improving the performances of Materials and products, in developing the new materials, products and technology;

(6)The abilities intechnologyDesign

3.Major Orientations A.Physical Theory and Application of Dielectric Materials；

B. Physical Performances Testing of Materials

4.Main Subjects Physics; Materials Science

5.Main Courses Mechanics and Theoretical Mechanics; Thermodynamics and Statistic Physics; Electro-magnetic and ElectricalDynamics; Atomic Physics and Quantum Mechanics; Solid Physics; Optics; Physical Chemistry; Materials Science Foundation; Physical Performances of Materials; Performances Testing of Materials; ElectronicTechnology; C Language Programming.

6.Course Program

Common Essential Courses

Humane, social science and economics courses

Subject Essential Compulsory Courses

Subject Essential Elective Courses

Major Platform Courses

Compulsory Courses of Various Major Orientations

Compulsory of Orientation A

Compulsory of Orientation B

Elective Courses of Various Major Orientations

pplied Physics

Course Program

1.Training Targets

The target is to make the students master the theory and methods of Physics, have soundMathematic Foundation andLab skills,receivethe training in applied research, and do the research, technical development,teaching and scientific managementin the fields ofInstruments, Control and Measurement, optical Communication and Photo-electron and Information Materials,etc.

2. Major Features and Training Requirements

The students will study thetheory ofPhysicsand modern Lab Methods，can do the Mathematic derivation and Computation, learn knowledge of Applied Physics, Electronic Technology and Computer Skills. After graduation, they can do the research, development and manufacturing in Control and measurement, modern Instruments, new materials, new components, new technology, etc. in the fields of Mechanics, Metallurgy, Energy, Electronic Instruments, Petrolium, Chemicals, transport, Communication, Spaceflight, medical treatment, hygien, commodity inspection, etc. They should have:

(1).The sound foundation in natural science, Humane and Social Science, at least a foreign language;

(2).thenecessary technical theory in the major;

(3).thegood ability in the major Lab, Computer-aided Design, Testing and Engineering practice;

(4).The theoretical front of the major and development trend;

(5).Abilities in searching documents,Scientific Research and Lab Engineering.

3.Major Orientations

A.Testing and Transducers Technology；B.Photo-electronic Technology；

C.Info Materials and Technology

4.Main Subjects

Physics

5.Main Courses

Atomic Physics and Quantum Mechanics; Mechanics and Theoretical Mechanics; Thermodynamics and Statistic Physics; Electro-magnetic and ElectricalDynamics; Optics; Information Optics; Mathematic Physical Methods; Solid Physics; Transducers Principles; Semiconductor Physics; Laser Principles; Information Optics; Electronic Technology.

6.Course Program

Common Essential Courses

Humane, social science and economics courses

Subject Essential Compulsory Courses

Subject Essential Elective Courses

Major Platform Courses

Compulsory Courses of Various Major Orientations

Compulsory of Orientation A

Compulsory of Orientation B

Compulsory of Orientation C

Elective Courses of Various Major Orientations

Electronic Science and Technology

Course Program

1.Training Targets

The students will study the basic theory, Lab Skills and Major knowledge in the fields of Micro-electronicTechnology, Physical Electronic and Photo-electronicTechnology. They will design, manufacture, encase and test the Electronic Materials, components, Integrated Circuits and Systems, also study and develop New Products, New Technology and New Technique.

2.Major Features and Training Requirements

The students will study the theory in Advanced Mathematics, College Physics, Electronic Technology, Micro-electronic Technology, Electronic Materials, Electronic Components, Integrated Circuits Design andTesting, etc., and receive practical training in ElectronicTechnology and Computer Technology, and have the ability in designing and developing Electronic Materials, Electronic Components and Integrated Circuits Systems.The graduates should gain:

(1) the sound Foundation in natural Science，Humane, and Social Science and a foreign Language；

(2) the wide technical fundimental theory；

(3) good ability in Lab, Computer-aided Design and Testing；

(4) the theoretical front of the major and development trend；

(5) ability in searching documents and going on the Scientific Research and practical work..

3.Major Orientations

A. Micro-ElectronicTechnology；B. Physical Electronic and Photo-electronic Technology

4.Main Subjects Electronic Science and Technology

5.Main Courses

Electric Circuits; Electronic Technology; Semiconductor Physics; Semiconductor Components: Micro-Electronic Technology; Electronic Materials; Transistor Principles; Signals and Systems; Integrated Circuits Design; Hardware Description Language and Programmable Logic Controllers; Reliability of Electronic Components; Micro-electronic Encase Technology, etc. .

6.Course Program

Common Essential Courses

Humane, social science and economics courses

Subject Essential Compulsory Courses

Subject Essential Elective Courses

Major Platform Courses

Compulsory Courses of Various Major Orientations

Compulsory of Orientation A

Compulsory of Orientation B

Elective Courses of Various Major Orientations

Optical Information Science and Technology

Training Scheme

1. Training Targets

The students will study the basic theoryand methods of Physics and Optics, have soundMathematics Foundation andLab Skills, and receive training inApplication and Research of optical Information Science and Technology.They will do the research, development, teachingand Managementin the fields ofLaser Technology, Photoelectric Technology, Information Optics, optical Communication, Optical Instruments and components.

2. Major Features and Training Requirements

The students will study thePrinciples and TechnologyinInformation Optics and optical Electronics, and receive practical training inLab Skills, optical Electronic Technology and Computer Skills. After their graduation, they will work in fields related with optical Electronics for the Design, Research and Development. The graduates should gain:

(1) the sound Foundation in natural Science，Humane, and Social Science and a foreign Language；

(2) the wide technical fundimental theoryrelated with the major；

(3) good ability in Lab in the the major, Computer-aided Design and Testing andEngineering practice；

(4) the theoretical front of the major and development trend；

(5) ability in searching documents and going on the Scientific Research and practical work..

3.Major Orientations

A. Optic Communication；B.Information Optic Electronics

4.Main Subjects

Physics; Optics; Electronics

5.Main Courses

Advanced Mathematics; Engineering Mathematics; Linear Algebra; Mathematic Equations; Mechanics and Theoretical Mechanics; Electro-magnetic and Electric Dynamics; Optics; Atomic Physics and Quantum Mechanics; Laser Principles; Information Optics; Principles and Application of Panel Display; Fiber Communication Foundation.

6.Course Program

Common Essential Courses

Humane, social science and economics courses

Subject Essential Compulsory Courses

Subject Essential Elective Courses

Major Platform Courses

Compulsory Courses of Various Major Orientations

Compulsory of Orientation A

Compulsory of Orientation B

Elective Courses of Various Major Orientations