Bachelor of Science in Electrical Engineering
A Solid Foundation
Our curriculum is built upon a solid foundation in the science and technology of Electrical Engineering. With an
innovative approach only found at a few leading schools across the nation, the cornerstone of our program is
an introductory course in digital signal processing (DSP). By providing an early introduction to the
mathematical modeling and analysis techniques that are vital to many real-world applications such as digital
audio, digital video, image processing, communication networks, and wireless communication theory, this DSP
First approach provides our students with a distinct advantage over those at most other schools throughout the
country. The complete foundation is provided by the following core courses:
Math, Science, and Engineering Core
MA1160 Calculus with Technology I
MA2160 Calculus with Technology II
MA2321 Elementary Linear Algebra
MA3160 Multivariable Calculus
MA3521 Elem Differential Equations
PH1100 Physics by Inquiry I
PH1200 Physics by Inquiry II
PH2100 University Physics I
PH2200 University Physics II
ENG1101 Engineering Analysis and Problem solving
ENG1102 Engineering Modeling & Design
CS1121 Intro. to Computer Science I
Electrical Engineering Core Courses
EE2110 Electric Circuits
EE2150 Introduction to DSP
EE2173 Digital Logic
EE3120 Energy Systems
EE3130 Electronics
EE3140 Electromagnetics
EE3160 Linear Systems and Control
EE3170 Microcontroller Applications
EE3180 Probability & Radom Signal Analysis
EE2303 Intro to ECE Lab
EE2304 Logic & Signals Lab
EE3305 Circuit & Analysis Lab
EE3306 Elect. Design w/ Microprocessor
Applications Lab
"This DSP First approach provides our students with a distinct advantage
over those at most other schools throughout the country."
Specialized Study
Through a wide range of elective courses, our program provides excellent opportunities for specialized
study. Choose from a diverse set of courses in areas such as circuit design, power and energy
systems, control, electromagnetics, electronics, wireless communication, digital signal processing,
computer systems and photonics. Whether you decide to focus your electives in one area or sample
many, our curriculum will provide you with ample opportunities for in-depth study in most branches of
the field
Electrical Engineering Electives
EE2190 Introduction to Photonics
EE3190 Optical Sensing and Imaging
EE3221 Introduction to Motor Drives
EE3291 Light Wave Devices
EE4221 Power System Analysis I
EE4222 Power System Analysis II
EE4223 Power System Protection
EE4225 Distribution Engineering
EE
Power Electronics (new)
EE4231 Physical Electronics
EE4232 Electronic Applications
EE4240 Introduction to MEMS
EE4250 Communication Theory
EE4252 Digital Signal Processing & Appls
EE4253 Real-Time Signal Processing
BSEEv2-09.doc
EE4255 Wireless Communications
EE4256 Fourier Optics
EE4257 Digital Image Processing
EE4261 Classical Control Systems
EE4262 Digital and Non-linear Control
EE4271 VLSI Design
EE4272 Computer Networks
EE4290 Optical Communication
EE4411 Engineering Electromagnetics
EE4441 Laser Types, Design, Modeling, & Non. linear optics
EE4723 Computer & Network Security
EE4732 Real-Time System Design
EE4735 Embedded Systems Programming
jmd 10/24/08