MSc Elective Course List

Course Code            Course Name                                                                                Credit        ECTS

EE 501

Principles of Mathematical Analysis

(3-0) 3

9

EE 502

Linear Systems Theory

(3-0) 3

9

EE 503

Mathematics for Operations Research and Optimization

(3-0) 3

9

EE 504

Matrix Computation

(3-0) 3

9

MATH515

Real Analysis

(3-0) 3

8

MATH516

Complex Analysis

(3-0) 3

8

MATH517

Advanced Linear Algebra

(3-0) 3

8

MATH518

Numerical Linear Algebra

(3-0) 3

7

MATH519

Methods of Mathematical Physics

(3-0) 3

8

MATH527

Basic Abstract Algebra

(3-0) 3

8

MATH533

Ordinary Differential Equations

(3-0) 3

8

MATH534

Partial Differential Equations

(3-0) 3

8

MATH539

Numerical Analysis

(3-0) 3

8

MATH540

Numerical Solution of Partial Differential Equations

(3-0) 3

7

PHYS501

Mathematical Methods of Physics I

(3-0) 3

7

PHYS502

Mathematical Methods of Physics II

(3-0) 3

8

Course Code            Course Name                                                                                Credit        ECTS

EE 501

Principles of Mathematical Analysis

(3-0) 3

9

EE 502

Linear Systems Theory

(3-0) 3

9

EE 503

Mathematics for Operations Research and Optimization

(3-0) 3

9

EE 504

Matrix Computation

(3-0) 3

9

EE 505

Communication Network Analysis

(3-0) 3

9

EE 510

Photonics

(3-0) 3

9

EE 511

Introduction to Optical Fiber Communications

(3-0) 3

9

EE 512

Advanced Optical Fiber Concepts

(3-0) 3

9

EE 513

Optical Fiber Sensors

(3-0) 3

9

EE 515

Optoelectronics

(3-0) 3

9

EE 516

Fourier Optics

(3-0) 3

9

EE 521

Advanced Electromagnetic Theory I

(3-0) 3

9

EE 522

Numerical Methods for Electromagnetics

(3-0) 3

9

EE 523

Antenna Theory

(3-0) 3

9

EE 524

Microwave Devices and Applications

(3-0) 3

9

EE 525

Asymptotic Techniques in Electromagnetic

(3-0) 3

9

EE 526

Advanced Electromagnetic Theory II

(3-0) 3

9

EE 527

Microwave Measurement Techniques

(3-0) 3

9

EE 531

Probability and Random Processes

(3-0) 3

9

EE 532

Stochastic Analysis and Estimation for Dynamical Systems

(3-0) 3

9

EE 533

Digital Signal Processing

(3-0) 3

9

EE 534

Advanced Digital Signal Processing

(3-0) 3

9

EE 535

Adaptive Filter Theory

(3-0) 3

9

EE 536

Speech Processing I

(3-0) 3

9

EE 537

Speech Processing II

(3-0) 3

9

EE 538

Detection and Estimation Theory

(3-0) 3

9

EE 539

Audio Signal Processing

(3-0) 3

9

EE 540

Wavelet Theory Multiresolution Signal Analysis

(3-0) 3

9

EE 541

Speech synthesis

(3-0) 3

9

EE 542

Multidimensional Signal Processing

(3-0) 3

9

EE 543

Artificial Neural Systems

(3-0) 3

9

EE 544

Information Theory and Coding

(3-0) 3

9

EE 545

Image Processing

(3-0) 3

9

EE 546

Pattern Recognition

(3-0) 3

9

EE 547

Computer Vision

(3-0) 3

9

EE 548

Medical Imaging Systems and Applications

(3-0) 3

9

EE 549

Biomedical Image Analysis

(3-0) 3

9

EE 550

Computational Biology

(3-0) 3

9

EE 551

Digital Communications I

(3-0) 3

9

EE 552

Digital Communications II

(3-0) 3

9

EE 553

Error Control Coding

(3-0) 3

9

EE 554

Wireless Communications

(3-0) 3

9

EE 555

Computer Communication Networks

(3-0) 3

9

EE 556

Nonlinear Systems Analysis

(3-0) 3

9

EE 557

Multiple Antenna Techniques in Wireless Communications

(3-0) 3

9

EE 558

Advanced Wireless Communication

(3-0) 3

9

EE 559

Nonlinear Control Design

(3-0) 3

9

EE 560

Robot Manipulator Control

(3-0) 3

9

EE 561

Advanced Robot Kinematics

(3-0) 3

9

EE 562

Telecommunication Circuits

(3-0) 3

9

EE 563

Special Topics in Electrical Engineering

(3-0) 3

9

EE 564

Bio-Inspired Multi-Scale Communications

(3-0) 3

9

EE 565

Biomedical Instrumentation

(3-0) 3

9

EE 571

Introduction to Microelectromechanical Systems (MEMS)

(3-0) 3

9

EE 572

Instrumentation in Nanoscience and Nanotechnology

(3-0) 3

9

EE 58X

Selected Topics in Electrical Engineering

(3-0) 3

9