Electrical Engineering Program
Electrical Engineering Program
 
YEAR 1
Fall Semester (29 ECTS)
Spring Semester (31 ECTS)
PHY 131 General Physics I (6 ECTS) PHY 132 General Physics ΙΙ (6 ECTS)
MAS 021 Calculus I (6 ECTS) MAS 022 Calculus ΙΙ (6 ECTS)
BIO 101 Intro to Modern Biology (5 ECTS) CS 034 Programming Principles Ι (7 ECTS)
ECE 101 Intro to Design and Engineering (5 ECTS) ECE 102 Electrical Circuits and Networks (7 ECTS)
ECE 101 Intro to Design and Engineering Lab (2 ECTS) LAN 104 Academic English - Technical Writing (5 ECTS)
LAN 100 General Advanced English (5 ETCS)  
YEAR 2
Fall Semester (28 ECTS)
Spring Semester (32 ECTS)
MAS 023 Mathematics III (6 ECTS) MAS 024 Mathematics IV (6 ECTS)
ECE 210 Digital Logic Design (6 ECTS) PHY 133 General Physics III (6 ECTS)
ECE 211 Digital Systems Lab (4 ECTS) ECE 220 Signals and Systems I (6 ECTS)
CS 035 Data Structures and Algorithms (7 ECTS) ECE 205 Electronic Devices and Circuits I (6 ECTS)
ECE 203 Circuits and Measurements Lab (5 ECTS) ECE 212 Computer Organization and Microprocessors (5 ETCS)
  ECE 213 Computer Organization and Microprocessors Lab (3 ECTS)
YEAR 3
Fall Semester (28 ECTS)
Spring Semester (32 ECTS)
ECE 305 Electronic Devices and Circuits II (5 ECTS) ECE 306 Electronic Devices and Circuits Lab (5 ECTS)
ECE 320 Signals and Systems II (6 ECTS) ECE 324 Intro to Random Signals and Systems (6 ECTS)
ECE 331 Electromagnetic Fields (6 ECTS) ECE 333 Electromagnetics and Optical Engineering (6 ECTS)
ECE 325 Iterative Methods (6 ECTS) ECE 359 Intro to Communication Systems (5 ECTS)
General Free Elective (5 ECTS) ECE 340 Power Engineering (5 ECTS)
General Free Elective (5 ECTS)
YEAR 4
Fall Semester (30 ECTS)
Spring Semester (30 ECTS)
ECE 401 Capstone Design Project (7 ECTS) ECE 402 Capstone Design Project (7 ECTS)
General Free Elective (5 ECTS) ECE XXX ECE Technical Elective (6 ECTS)
ECE XXX ECE Technical Elective (6 ECTS) ECE XXX ECE Technical Elective (6 ECTS)
ECE XXX ECE Technical Elective (6 ECTS) ECE XXX ECE Technical Elective (6 ECTS)
ECE XXX ECE Technical Elective (6 ECTS) PBA 434 Entrepreneurship Management (5 ECTS)

Electrical Engineering program for students admitted in 2003 and 2004

EE Areas of Concentration

Students following the Electrical Engineering program should take 6 elective courses (36 ECTS units) from the following list of technical elective courses, including 3 courses from one of the following areas of concentration. Subject to approval, a student may select up to two Computer Engineering electives. 

Communication Systems and Networks
Control Systems and Computational Intelligence
ECE360 Computer Networks ECE420 Stochastic Processes
ECE420 Stochastic Processes ECE421 Introduction to Computational Intelligence
ECE429  Digital Signal Processing ECE422 Dynamic Systems Control
ECE450  Information Theory ECE423 Advanced Computer Control
ECE451  Advanced Communication Systems ECE424 Fault-Tolerant Systems
ECE453 Wireless Telecommunication Networks ECE425 Introduction to Robotics
ECE455 Fiber Optics Communication ECE427 Embedded and Real-Time Systems
ECE456 Communication Systems Laboratory ECE428 Control Systems Laboratory
ECE457  Computer Systems and Network Security ECE429 Digital Signal Processing
ECE464 Mobile Computing Systems ECE468 Optimization for Engineers
ECE466 Performance Evaluation of Computers and Networks    
ECE468 Optimization for Engineers    
ECE484 Modeling and Simulation of Computer Systems    
Biomedical Engineering
Waves Antennas and Optics
ECE429 Digital Signal Processing ECE430 Electromagnetic Theory
ECE471 Neurophysiology and the Senses ECE431 Radio Frequency and Microwave Circuits
ECE473 Instrumentation and Sensors ECE433 Optical Engineering
ECE474 Bio-instrumentation and Physiology Laboratory ECE434 Introduction to Photonics
ECE476 Biomedical Imaging ECE435 Optical Engineering and Photonics Laboratory
ECE477 Biomedical Optics ECE436 Solid State Electronic Devices
ECE478 Digital Image Processing ECE437 Electromagnetic Waves and Antenna Theory
    ECE438 Microwave Circuits
    ECE 447 Renewable Sources of Energy: Photovoltaics
Power Engineering
ECE422 Dynamic System Control    
ECE441 Electromechanical Energy Conversion    
ECE442 Power System Analysis    
ECE444 Power Electronics    
ECE445 Power Systems: Generation and Control    
ECE447 Renewable Energy: Photovoltaics    
ECE448 Power Systems Laboratory    
ECE468 Optimization for Engineers    

Detailed Course Descriptions are available in the Undergraduate Studies Guide.

 
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