Electronic and Information Engineering

Code ：080603

Objectives: Graduates of Electronic and Information Engineering will:

i. Grasp information and electronic technologies, computer science, modern communication theory and technology, electromagnetic field and microwave technology.

ii. Become advanced expertise with the professional quality of the basic theory, basic knowledge and basic skills.

Course Structure

Year 1

 Compulsory courses:

College English-1

College English-2

Calculus(Ⅰ)-1

Calculus(Ⅰ)-2

C Programming

Linear Algebra

Probability Statistics

University Physics（Ⅲ）-1

University Physics（Ⅲ）-2

Physics Experiments（Ⅲ）-1

Physics Experiments（Ⅲ）-2

Data Structure and Algorithmic Analysis

Engineering Training (Ⅰ)

Introduction of Information Science & Technology

 Elective courses:

Mechanical Graphics

Database and Information Management

Year 2

 Compulsory courses:

College English-3

College English-4

Methods of Mathematical Physics

Theory of Circuit

Analog Electronic Technology (Ⅰ)

Digital Electronic Technology (Ⅰ)

Signals and Systems

Microcomputer Principle and Interface Technology

Circuit Theory Experiment

Digital Electronic Technology Experiments (Ⅰ)

Analog Electronic Technology Laboratory (Ⅰ)

Electronic Practice

 Elective courses:

Object-oriented Program Design

Year 3

 Compulsory courses:

Electromagnetic and Microwaves

Modern Communication Technology

Principle of Automatic Control

Digital Signal Processing

RF Communication Circuit

Computer Communication and Networks

Communication Principle Experiment

Microcomputer Principle and Interface Technology Experiment

Modern Electronic Technology Experiment

Digital Information Technology Experiment

 Elective courses:

Specialty English

Software Engineering

Digital Image Communication

Mobile Communication Technologies

Modern Communication Network

Random Signal Analysis

Radio Wave Propagation

Switching Technology

Antenna Theory and Design

Application Technology of Single-chip Computer

Design of Embedded System

Integrated Circuits Design and Application

Optical Communication Technology

EDA Technologies

Introduction of Operation System

DSP Principle and Application

Computer Communicating and Networking Practice

Remote Sensing Technology

PLC Distributed Control Systems

Remote Sensing Technology

Computer Control

MATLAB Programming & Application

Year 4

 Compulsory courses:

Synthetic Electronic System Design

Science Research Method

Production Practice

Graduation Thesis (Ⅰ)