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Electrical and Computer Engineering (ECE)

The ECE major provides advanced opportunities for students to analyze, design, and build computing and communication systems. Students apply the principles of linear systems, circuit theory, microelectronics, computer architecture, communication theory, software engineering and signal processing to understand and build these systems.

The Course Requirements of the ECE program are:

ECE - All of:

ENGX2011Quantitative Engineering Analysis 3

2 MTH, 2 SCI
ENGX2134Engineering Systems Analysis

2 ENGR
ENGR2410Engineering Systems Analysis: Signals

2 ENGR
OR
or designated alternative
 
ENGR2420Intro Microelectronic Circuits with laboratory

4 ENGR
ENGR2510Software Design

4 ENGR
or approved substitutions
ENGR3410Computer Architecture

4 ENGR

ENGR2410, Engineering Systems Analysis: Signals has a required corequisite of ENGX2134: Engineering Systems Analysis

Approved substitutions for ENGR2510, Software Design are: Complexity Science, Software Systems. These are all advanced-level E:C courses with a software design experience that is comparable in scope to the one in Software Design.

ECE - One of:

ENGR3415Digital Signal Processing

4 ENGR
ENGR3420Introduction to Analog and Digital Communication

4 ENGR

ECE - One of:

ENGR3110Elecanisms

4 ENGR
ENGR3370Controls

4 ENGR
ENGR3390Fundamentals of Robotics

4 ENGR
ENGR3392Robotics Systems Integration

4 ENGR
ENGR3415Digital Signal Processing

4 ENGR
ENGR3420Introduction to Analog and Digital Communication

4 ENGR
ENGR3426Mixed Analog-Digital VLSI

4 ENGR
ENGR3430Eclectronics

4 ENGR
ENGR3440Principles of Wireless Communication

4 ENGR
ENGR3499Special Topics in Electrical & Computer Engineering

Variable Credits ENGR
ENGR35XXany level 3000 or higher E:Computing course
or other approved course by ECE faculty for the ECE major

ENGR3415, ENGR3420: if not used above

ECE Math

MTH2110Discrete Math: Combinatorics and Graph Theory

4 MTH