Electrical Engineering, Master of Engineering (M.E.)

Degree Requirements

Professional Master's Degree

Engineering Core Courses (12 credits)

Four courses from one of the following concentrations (all courses are three credits):

Course NumberTitleCredits

A. Computer Engineering

Course NumberTitleCredits
EE I2200Image Processing

3

EE I2300Digital Computers I

3

EE I2400Digital Computers II

3

EE I2700Parallel Comp Arch

3

EE I4700Introduction to Neural Networks

3

EE I5500Introduction to Robotics

3

EE I5600Advanced Mobile Robotics

3

EE I5700Digital Integrated Circuits

3

EE I6000Computer Communication Systems

3

EE I6100Integrated Circuits: Design and Fabrication I

3

EE G64005G Mobile Technologies and IoT

3

EE I6600Communications Protocol Engineering

3

EE I7000Network and Security

3

EE I7600Secure Internet of Things Design Laboratory

3

EE I9400High Speed Networks

3

B. Systems Engineering

Course NumberTitleCredits
EE F5600Elements of Control Theory

3

EE G6800Earth Surveillance

3

EE I0100Probability and Stochastic Processes

3

EE I0500Theory of Linear Systems

3

EE I1600Digital Signal Processing Algorithms

3

EE I2200Image Processing

3

EE I4100Intro Modern Control Theory

3

EE I4500Direct Energy Conversion

3

EE I4700Introduction to Neural Networks

3

EE I5300Digital Signal Processing

3

C. Telecommunications Engineering

Course NumberTitleCredits
EE I0100Probability and Stochastic Processes

3

EE I5100Communication Electronics

3

EE I5200Fiber Optic Communications I

3

EE I6000Computer Communication Systems

3

EE I6300Wireless Communications

3

EE G64005G Mobile Technologies and IoT

3

EE I6600Communications Protocol Engineering

3

EE I6700IP Routing

3

EE I6800Telecommunication Network Element Engineering

3

EE I7000Network and Security

3

EE I7100Statistical Communication Theory

3

EE I7300Digital Communication I

3

EE I7400Digital Data Communications II

3

EE I7500Advanced Wireless Networks

3

EE I7600Secure Internet of Things Design Laboratory

3

EE I8300Fiber Optic Communications II

3

EE I9400High Speed Networks

3

D. Photonics Engineering

Course NumberTitleCredits
EE G6800Earth Surveillance

3

EE G6902Optical Remote Sensing

3

EE I0300Electrodynamics

3

EE I4500Direct Energy Conversion

3

EE I5200Fiber Optic Communications I

3

EE I5400Physical Electronics I

3

EE I5800Introduction to Lasers

3

EE I6200Principles of Photonics Engineering

3

EE I8200Electro-Optics

3

EE I8300Fiber Optic Communications II

3

EE I8500Optical Signal Processing

3

E. Electronics/Communication

Course NumberTitleCredits
EE I0100Probability and Stochastic Processes

3

EE I3200Analog Integrated Circuits

3

EE I3600Mos Dvices & Circts

3

EE I5100Communication Electronics

3

EE I5200Fiber Optic Communications I

3

EE I5400Physical Electronics I

3

EE I5700Digital Integrated Circuits

3

EE I6100Integrated Circuits: Design and Fabrication I

3

EE I6300Wireless Communications

3

EE G64005G Mobile Technologies and IoT

3

EE I6400Computer-Aided Digital VLSI Circuits Design

3

EE I7100Statistical Communication Theory

3

EE I8300Fiber Optic Communications II

3

Engineering Management Courses (3 credits)

One course from the following:

Course NumberTitleCredits
ENGR H3800Management Concepts for Engineers

3

ENGR H7600Engineering and Business Law

3

ENGR H8000Decision and Planning Techniques for Engineering Management

3

ENGR H8500Project Management

3

ENGR H9300Economics and Investment Analysis of Engineering Projects

3

Technical Electives: (9-15 credits)

Take courses from any of the above concentration areas, or any G0000, I0000 and J0000 course that may be offered except Engineering Management courses.

Course NumberTitleCredits

Report/Project/Thesis: (0-6 credits)

At least one of the following courses:

Course NumberTitleCredits
EE I0000Seminar

1 (Repeatable).

EE I9600Report

0

EE I9700Master's Project

3

EE I9900Research for the Master's Thesis

6

Total credits 30

Note: A minimum GPA of 3.0 is required for graduation.