电气工程学士学位

电气工程课程与2005-2007年的目录有所不同. 这是该部门为满足快速发展的电气工程学科的专业需求而进行的持续改进过程的一部分.

你可以下载修订版的 电气工程本科流程图PDF File Opens in new window here.
有关电气工程学士学位课程的更多信息,请参阅 current catalogOpens in new window .
过去的EE高级项目可以在这里看到.

从2005年秋季开始实施的新课程要求如下:

通识教育要求(24学分)

通识教育是大学教育的基础. 它的目的是为学生提供广泛的知识和理解跨科学的主要学科, social science, arts, and humanities. 它也旨在帮助学生获得广泛相关的能力,如批判性思维和写作, 提高终身学习能力, 并提高他们的能力,有效地为我们多元文化的社区做出贡献.

Please visit lists of GE coursesOpens in new window 满足你的通用电气要求.

电气工程技术选修课(15学分)

在参加任何选修课程之前,必须获得导师的批准. At least 3.必须包含5个单元的设计内容. 设计项目:EGEE 497(1-3个单元), 和独立研究:EGEE 499 (1-3), are elective courses; students must complete a study application form and submit it for approval to the supervising faculty member and the department chair prior to the semester in which the course work is to begin.

VLSI and Electronic Circuits
Course Description Units

EGEE 404Opens in new window

微处理器和微型计算机导论Opens in new window

3

EGEE 410Opens in new window

Electro-Optical SystemsOpens in new window

3

EGEE 420Opens in new window

数字滤波简介Opens in new window

3

EGEE 435Opens in new window

Microwave EngineeringOpens in new window

3

EGEE 442Opens in new window

Electronic CircuitsOpens in new window

3

EGEE 445Opens in new window

Digital ElectronicsOpens in new window

3

EGEE 448Opens in new window

数字系统设计与VHDLOpens in new window

3

EGEE 455Opens in new window

微电子与纳米器件

3

EGEE 465Opens in new window

Introduction to VLSI DesignOpens in new window

3

EGEE 469Opens in new window

无线通信天线Opens in new window

3

 

通信系统和信号处理

Course

Description

Units

EGEE 404Opens in new window

微处理器和微型计算机导论Opens in new window

3

EGEE 410Opens in new window

Electro-Optical SystemsOpens in new window

3

EGEE 420Opens in new window

数字滤波简介Opens in new window

3

EGEE 435Opens in new window

Microwave EngineeringOpens in new window

3

EGEE 442Opens in new window

Electronic CircuitsOpens in new window

3

EGEE 443Opens in new window

电子通信系统Opens in new window

3

EGEE 460Opens in new window

蜂窝移动通信系统导论Opens in new window

3

EGEE 469

无线通信天线Opens in new window

3

EGEE 480

光学工程与通信Opens in new window

3

EGEE 483Opens in new window

全球定位系统(GPS)简介Opens in new window

3

EGEE 483LOpens in new window

全球定位系统实验室Opens in new window

2

 

Control Systems

Course

Descriptions

Units

EGEE 404Opens in new window

微处理器和微型计算机导论Opens in new window

3

EGEE 416Opens in new window

Feedback Control SystemsOpens in new window

3

EGEE 420Opens in new window

数字滤波简介Opens in new window

3

EGEE 424Opens in new window

连续系统的计算机仿真Opens in new window

3

EGEE 483Opens in new window

全球定位系统(GPS)简介Opens in new window

3

 

Computer Engineering

Course

Description

Units

EGGN 403Opens in new window

数值分析中的计算机方法Opens in new window

3

EGEE 404Opens in new window

微处理器和微型计算机导论Opens in new window

3

EGEE 406Opens in new window

用微控制器和FPGA设计应用程序Opens in new window

3

EGEE 407Opens in new window

Digital Computer Architecture & Design IOpens in new window

3

EGEE 412Opens in new window

数字计算机体系结构与设计2Opens in new window

3

EGEE 445Opens in new window

Digital ElectronicsOpens in new window

3

EGEE 448Opens in new window

基于VHDL的数字系统设计Opens in new window

3

EGEE 455Opens in new window

微电子与纳米器件Opens in new window

3

EEGEE 465Opens in new window

Introduction to VLSI DesignOpens in new window

3

高年级写作要求

除了写作能力考试(EWP), 以下所有课程都需要满足高年级的写作要求.

Course Description Units

EGEE 303LOpens in new window

Electronics LaboratoryOpens in new window

1

EGEE 310LOpens in new window

电子电路实验室Opens in new window

1

EGEE 313LOpens in new window

Power LaboratoryOpens in new window

1

EGEE 485Opens in new window

电气工程设计工程实验室Opens in new window

3

这些课程的书面作业必须达到专业标准. 所有这些课程必须至少以“C”(2)及格.0).