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Degree: Master
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Campus: Debbieh, Tripoli
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Faculty: Engineering
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Department: Electrical & Computer Engineering
Program Description
The master degree curriculum is composed of 30 credit hours, of which 18 credit hours will be transferred from the BE degree. There are two options for the master degree; Thesis and Non-Thesis.
Study Plan:
Control Systems (CSEC)
| Course Code |
Course Title |
Credits |
Hours Distribution |
Course Type |
| POWE603 |
Introduction To Robust Control |
3 |
(3Cr.) |
CSEC |
| POWE612 |
Power System Stability And Control |
3 |
(3Cr.) |
CSEC |
| POWE624 |
Digital Control Systems |
3 |
(3Cr.) |
CSEC |
| POWE625 |
Optimal Control Systems |
3 |
(3Cr.) |
CSEC |
| POWE626 |
Intelligent Control Systems |
3 |
(3Cr.) |
CSEC |
| POWE627 |
Nonlinear Control Systems |
3 |
(3Cr.) |
CSEC |
| POWE628 |
Computational Intelligence In Engineering |
3 |
(3Cr.) |
CSEC |
Electric Power and High Voltage Engineering (EPHVE)
| Course Code |
Course Title |
Credits |
Hours Distribution |
Course Type |
| POWE601 |
Advanced Power System Analysis |
3 |
(3Cr.) |
EPHVE |
| POWE605 |
Optimal Operation Of Power Systems |
3 |
(3Cr.) |
EPHVE |
| POWE606 |
Fault-Tolerant Power Systems |
3 |
(3Cr.) |
EPHVE |
| POWE607 |
Optimal Use Of Power Production And Transmission Facilities In Hydro Power System |
3 |
(3Cr.) |
EPHVE |
| POWE608 |
Power System Reliability And Security |
3 |
(3Cr.) |
EPHVE |
| POWE609 |
Power Market Operations |
3 |
(3Cr.) |
EPHVE |
| POWE610 |
Deregulated Power Systems |
3 |
(3Cr.) |
EPHVE |
| POWE613 |
Modeling And Simulation Of Power System Components |
3 |
(3Cr.) |
EPHVE |
| POWE615 |
Computer Relays For Electric Power Systems |
3 |
(3Cr.) |
EPHVE |
| POWE616 |
Modern Trends In Power System Protection |
3 |
(3Cr.) |
EPHVE |
| POWE617 |
High Voltage Dc Transmission Systems |
3 |
(3Cr.) |
EPHVE |
| POWE618 |
International Standards & Technical Specifications Of Electrical Power Equipments |
3 |
(3Cr.) |
EPHVE |
| POWE619 |
Transients In Power Systems |
3 |
(3Cr.) |
EPHVE |
| POWE629 |
Special Topics In Power Systems |
3 |
(3Cr.) |
EPHVE |
| RSCH690 |
Research Methodology |
3 |
(3cr.) |
EPHVE |
Electrical Machines and Drives (EMAD)
| Course Code |
Course Title |
Credits |
Hours Distribution |
Course Type |
| POWE602 |
Advanced Power Electronics |
3 |
(3Cr.) |
EMAD |
| POWE604 |
DSP Microprocessors |
3 |
(3Cr.) |
EMAD |
| POWE611 |
Power System Transaction Management |
3 |
(3Cr.) |
EMAD |
| POWE614 |
Power System Design Of Alternative Energy Sources |
3 |
(3Cr.) |
EMAD |
| POWE620 |
Advanced Electrical Machines |
3 |
(3Cr.) |
EMAD |
| POWE621 |
Advanced Solid State Drives |
3 |
(3Cr.) |
EMAD |
| POWE622 |
Power Active Filter Design |
3 |
(3Cr.) |
EMAD |
| POWE623 |
Advanced Industrial Automation |
3 |
(3Cr.) |
EMAD |
| POWE630 |
Special Topics In Automatic Control Systems |
3 |
(3Cr.) |
EMAD |
| POWE631 |
Special Topics In Electric Machines |
3 |
(3Cr.) |
EMAD |
| POWE632 |
Renewable Energy Resources In Lebanon |
3 |
(3cr) |
EMAD |
Electrical Power and Machine Engineering Core Courses (EPMECC)
| Course Code |
Course Title |
Credits |
Hours Distribution |
Course Type |
| RSCH690 |
Research Methodology |
3 |
(3cr.) |
EPMECC |
PROJECT (PROJ)
| Course Code |
Course Title |
Credits |
Hours Distribution |
Course Type |
| POWE600 |
Project-Independent Study |
3 |
(3 Cr.) |
PROJ |
THESIS (THES)
| Course Code |
Course Title |
Credits |
Hours Distribution |
Course Type |
| POWE699 |
Master's Thesis |
6 |
(6Cr.) |
THES |
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