Education

 
 
Position Home > Education  
Undergraduate    

 

    No less than 150 credit points, including: general courses 41 points, social science fundamental courses 32 courses, technical courses 71 points (including internship 1 point and graduation thesis 6 points), and selective courses 6 points

 

Course Name

Course Code

Credit 
Points

Lectures
/week

Term

Compulsory Courses

(52 points)

Engineering Mathematics

372.051.1

4

4

3

High-frequency Electronic Circuits (A)

372.049.1

4

4+1

4

Fundamentals of Computer Software

372.071.1

2

2

4

Analog & Digital Circuits Experiments (I)

372.097.1

3

3

4

Analog & Digital Circuits Experiments (II)

372.097.2

3

3

5

Semiconductor Physics

372.016.1

3

4

5

Computer Principles & Interface Technology (A)

372.150.1

6

6

5

Computer & Interface Experiments

372.149.1

3

3

6

Semiconductor Device Theories

372.015.1

4

4

6

IC Process Theories

372.065.1

2

2

6

Analog IC Design Principles

372.096.1

3

3

7

Digital IC Design Theories

372.124.1

3

3

7

IC Experiments I

372.066.1

3

3

7

IC Experiments II

372.066.2

2

3

8

Internship

372.108.1

1

1

7

Graduation Thesis

372.020.1

6

 

8

Selective Courses

(19 points)

Information and Communication Systems

372.160.1

3

3

6

Digital Signal Processing (A)

372.131.1

3

3

7

Semiconductor Materials

372.014.1

2

2

6

Introduction to Communication Systems

372.137.1

2

2

6

chemistry

372.062.1

2

2

4

Technical English (Microelectronics)

372.089.1

2

2

5

Semiconductor Photoelectron Devices

372.186.1

2

2

6

Principles and Application of Sensors

372.031.1

2

2

7

Seminar (Microelectronics)

372.180.1

2

2

8

ASIC Design Methods

372.182.1

2

2

6

Ferroelectric Materials and Devices

372.135.1

2

2

7

Microelectronics Mechanical System Application

372.148.1

2

2

7

Thin Film Physics and Technology

372.026.1

2

2

7

Experiments of ASIC Design Methods

372.183.1

2

2

7

Characterization of Thin Film Electronic Materials

372.041.1

2

2

7

Software Design and Development

372.102.1

2

3

Spring/Fall

Data Acquisition and Processing System

372.114.1

2

3

Spring/Fall

Signal Detection and Estimation

372.158.1

2

3

Spring/Fall

Description Language of Programmable Devices and Hardware

372.091.1

2

2

Spring/Fall

Electronic System Design

372.043.1

2

2

Spring/Fall

Microwave Measurement and Experiments

372.146.1

2

2

Spring/Fall

Computer Networks

372.077.1

2

2

Spring/Fall

Microwave Technology and Circuits

372.147.1

3

3

Spring/Fall

Principles of Optical Fiber Communication

372.057.1

3

3

Spring/Fall

DSP Computer and Application

372.006.1

2

2

Spring/Fall

Satellite and Mobile Communication

372.153.1

3

3

Spring/Fall

Computer Simulation

372.069.1

2

2

Spring/Fall

Program Controlled Conversion Technology

372.028.1

2

2

Spring/Fall

Network Engineering Planning and Design

372.141.1

2

2

Spring/Fall

Television Principles

372.039.1

2

2

Spring/Fall

Fundamentals of Linux System

372.009.1

2

2

Spring/Fall

Experiment Planning Methods

372.196.1

2

2

Spring/Fall

Innovative Experiments in Electronics

372.197.1

2

2

Spring/Fall

Computer Fundamentals

372.070.1

2

2

1

Introduction to Perl Language

372.198.1

2

2

3

Introduction to RF Microelectronics

372.200.1

2

2

Spring/Fall

Advanced Programming of Perl Language

372.199.1

2

2

6

 

 
 
 
 

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