Structure of the Program

The Communications and Networks Engineering undergraduate program has three components:

Module

Credits

University Requirements

21 Credits

College Requirements

53 Credits

Program Requirements

58 Credits

Program Electives

6 Credits

TOTAL

138 Credits

COLLEGE REQUIREMENTS

53 Credits
COURSE # TITLE CRS
STAT 101 Introduction to Probability and Statistics Theory 3
MATH 111 Calculus I 3
MATH 113 Calculus II 3
MATH 225 Differential Equations 3
Math 223 Linear Algebra 3
PHYS 105 Physics I 4
PHYS 205 Physics II 4
CHM 101 General Chemistry 4
XXX Science Elective I 3
EE 101 Computer Programming 4
ENGL 301 English Technical Writing 3
EM 327 Engineering Economy 3
CEE 101 Engineering Drawing 3
CEE 205 Introduction to Design 3
Pethics xxx Professional Practice and Ethics 3
EM 326 Project Management 3
PE xxx Physical Education 1
TOTAL 53

College Electives

(3 Credits)
COURSE # TITLE CRS
Bio 100 Biology 3
Geo 100 Geology 3
Math 221 Numerical Analysis 3
Math 215 Engineering Mathematics 3
STAT 272 Applied Statistics for Engineers 3
TOTAL 15

64 CREDITS: | EE CORE 58| EE ELECTIVES 6

ELECTIVE COURSES
COURSE # TITLE CRS
EE 433 Mechatronics 3
EE 455 Power Electronics 3
EE 415 Electrical and Electronic Measurements 3
EE 456 Renewable Energy Engineering 3
EE 423 Data Communication Networks 3
EE 424 Digital Communications 3
EE 425 Wireless Communications Systems 3
EE 426 Antenna and Wave Propagation 3
EE 416 Opto-Electronics 3
EE 434 PLC Microcontrollers 3
EE 442 Digital Signal Processing 3
EE 435 Robotics and Automation 3
EE 418 Communications Electronics 3
EE 454 Power System Planning 3
EE 436 Artificial Intelligence 3
EE 417 VLSI Circuits Design 3
EE 499 Special Topics in Electrical and Electronic Engineering 3
TOTAL 6
CME CORE COURSES
COURSE # TITLE CRS
EE 202 Introduction to Circuit 4
EE 203 Circuits Analysis and Design 3
EE 211 Electronic Fundamentals 4
EE 312 Electronic Engineering Design 3
EE 213 Logic Gate Design 4
EE 341 Signals and Systems 3
EE 332 Microprocessors and Microcontrollers 4
EE 313 Fundamental of Electromagnetics 3
EE 322 Communication Systems Principles 4
EE 331 Control Systems 3
EE 351 Electrical Machines Principles 4
EE 452 Power Systems Analysis and Design 3
EE 353 High Voltage Engineering 3
EE 490 Senior Design Project 3
EE 492 Coop (or EE 490 internship) 10
SUBTOTAL 58

EE Internship option Year 4

Second Semester
COURSE # TITLE CRS
EE XXX Elective xxx 3
EE XXX Elective xxx 3
EE XXX Elective xxx 3
EE 490 EE 490 internship 1
TOTAL 10

The Internship option is on hold.