General

Qualification Requirements

The Program is based on the ECTS credit accumulation mode of study. Students can be awarded the Bachelor of Science Degree in Electrical Engineering upon completion of 240 credits. These credits are allocated to compulsory and elective courses as shown in the table below. The list of compulsory and elective courses is provided in the Program’s course structure.

Module Group	ECTS
Required Courses	203
Technical Electives	30
Free Elective	7
TOTAL	240

Required Courses Modules

The student must successfully complete 203 ECTS, from the following list of modules:

No.	Code	Name	ECTS	Hours / week
1	AEEE161	ETHICS AND PROFESSIONALISM IN ENGINEERING	3	2
2	AEEE170	FRESHMAN ELECTRICAL ENGINEERING	5	3 + 1
3	AEEE191	DIGITAL CIRCUITS I	6	3 + 2
4	AEEE192	DIGITAL CIRCUITS II	6	3 + 2
5	AEEE195	PROGRAMMING PRINCIPLES	5	1 + 2
6	AEEE222	CIRCUIT ANALYSIS I	6	3 + 2
7	AEEE223	CIRCUIT ANALYSIS II	6	3 + 2
8	AEEE225	INSTRUMENTATION AND MEASUREMENTS	5	3 + 1
9	AEEE238	ELECTRONICS I	6	3 + 2
10	AEEE239	ELECTRONICS II	6	3 + 2
11	AEEE294	COMPUTER ARCHITECTURE	5	3
12	AEEE298	ELECTRICAL ENGINEERING WORKSHOP	6	3 + 2
13	AEEE299	TECHNICAL REPORT WRITING	3	2
14	AEEE309	COMPUTATIONAL METHODS AND ALGORITHMS FOR ELECTRICAL ENGINEERS	5	3
15	AEEE310	SIGNALS SYSTEMS AND TRANSFORMS	5	3
16	AEEE312	INTRODUCTION TO ELECTROMAGNETICS	5	3
17	AEEE313	TRANSMISSION LINES AND WAVES	6	3 + 1
18	AEEE321	COMMUNICATION SYSTEMS I	7	3 + 2
19	AEEE323	ELECTRICAL ENGINEERING PROBLEM SOLVING USING MATLAB AND SIMULINK	5	3 + 2
20	AEEE345	CONTROL ENGINEERING	6	3 + 1
21	AEEE350	INTRODUCTION TO POWER SYSTEMS	5	3
22	AEEE351	POWER SYSTEM ANALYSIS	5	3 + 1
23	AEEE352	ELECTRICAL MACHINES	6	3 + 1
24	AEEE396	EMBEDDED SYSTEMS	5	3
25	AEEE414	AUTOMATION AND ROBOTICS	5	3
26	AEEE415	REAL TIME AUTOMATION SYSTEMS	5	3 + 2
27	AEEE422	COMMUNICATION SYSTEMS II	7	3 + 2
28	AEEE424	DIGITAL SIGNAL PROCESSING	5	3
29	AEEE438	DIGITAL INTEGRATED CIRCUITS I	5	3
30	AEEE498	INTRODUCTION TO SENIOR PROJECT	1	1
31	AEEE499	SENIOR PROJECT	7	1
32	AMAT111	CALCULUS AND ANALYTIC GEOMETRY I	5	3
33	AMAT122	CALCULUS AND ANALYTIC GEOMETRY II	5	3
34	AMAT181	LINEAR ALGEBRA WITH MATLAB	5	3
35	AMAT204	DIFFERENTIAL EQUATIONS	5	3
36	AMAT223	CALCULUS III	5	3
37	AMAT300	PROBABILITY AND STATISTICS	5	3
38	APHY111	MECHANICS, HEAT AND WAVES WITH LAB	5	3 + 2
39	APHY112	ELECTROMAGNETISM AND OPTICS WITH LAB	5	3 + 2

Technical Electives Modules

The student must successfully complete 30 ECTS, from the following list of modules:

No.	Code	Name	ECTS	Hours / week
1	ACES103	STATICS	5	3
2	ACOE243	COMPUTER INTERFACING	5	3 + 1
3	ACOE347	DATA ACQUISITION AND AUTOMATION SYSTEMS	5	2 + 2
4	AEEE295	MICROPROCESSOR ARCHITECTURE	6	3 + 1
5	AEEE419	DIGITAL IMAGE PROCESSING	5	3
6	AEEE423	RF ENGINEERING	5	3
7	AEEE425	ANTENNAS AND RADARS	5	3
8	AEEE426	ANTENNAS LABORATORY	5	0 + 3
9	AEEE431	MODERN CONTROL SYSTEMS ANALYSIS	5	3
10	AEEE432	DYNAMIC CONTROL SYSTEMS LABORATORY	5	0 + 3
11	AEEE433	DISCRETE CONTROL SYSTEMS	5	3
12	AEEE434	INTRODUCTION TO OPTIMIZATION METHODS AND APPLICATIONS	5	3
13	AEEE435	PROGRAMMABLE LOGIC CONTROLLERS FOR INDUSTRIAL APPLICATIONS	5	3
14	AEEE439	DIGITAL INTEGRATED CIRCUITS II	5	3
15	AEEE444	WIRELESS COMMUNICATIONS	5	3
16	AEEE450	IEE WIRING REGULATIONS PART I	5	3
17	AEEE451	IEE WIRING REGULATIONS PART II	5	3
18	AEEE452	ELECTRICAL INSTALLATION DESIGN AND APPLICATIONS	5	3
19	AEEE453	ADVANCED ELECTRIC POWER SYSTEM ANALYSIS	5	3
20	AEEE454	BASIC POWER SYSTEM PROTECTION	5	3
21	AEEE455	POWER SYSTEM CONTROL AND STABILITY	5	3
22	AEEE456	POWER ELECTRONICS	5	3
23	AEEE457	RENEWABLE ENERGY SOURCES	5	3
24	AEEE493	FIBER OPTIC COMMUNICATIONS	5	3
25	AMEM417	PROJECT MANAGEMENT FOR ENGINEERS	5	3