The Bachelor of Electronics and Communications Engineering program is designed to produce engineers capable of analyzing, designing, comminissioning and maintaining complex electronics and communications systems.
BE in Electronics and Communications is a four-year academic program consisting eight semesters and 162 credit hours. The program enables students to meet the advanced demands of Electronics and Communication Technology and challenges of society in a dynamic environment. It incorporates intensive laboratory assignments and projects that give significant experience with state-of-the-art-facilities and design tools.
Objectives
The courses aim to:
- Provide in-depth study of electronic devices, machines, circuit design, and control systems
- Enable students to design, develop and manufacture economic electronics and communications devices
- Provide strong foundation on principles of wireless and telecommunications systems.
- Motivate students for research in recent technologies for future development
- Develop entrepreneurship skills.
- Build up sound presentation and communication skills
Career Opportunities
Electronics and Communications engineers are in demand in the growing electronic manufacturing, communications and telecommunications industries and mobile companies.
The graduates are employed in designing testing, quality assurance, production or assembling work of electronics and communications devices. The graduates have opportunities in the universities and research centers worldwide.
BE Electronics & Communication Curriculum 161 Credit Hours
SEMESTER I - 21 Credit Hours
-
- BEG 101 SH Engineering Mathematics I 3
- BEG 170 CO Computer Concept 3
- BEG 103 SH Physics 4
- BEG 146 ME Engineering Drawing I 2
- BEG 148 ME Workshop Technology 2
- BEG 105 SH Communicative English 3
- BEG 175 CO Computer programming 4
SEMESTER II - 21 Credit Hours
-
- BEG 102 SH Engineering Mathematics II 3
- BEG 176 CO Objected Oriented programming in C++ 4
- BEG 150 CI Applied Mechanics 3
- BEG 104 SH Chemistry 2
- BEG 147 ME Engineering Drawing II 3
- BEG 122 EL Electro Engineering Material 3
- BEG 123 EL Electrical Engineering I 3
SEMESTER III - 19 Credit Hours
-
- BEG 201 HS Engineering Mathematics III 3
- BEG 240 ME Thermodynamics Heat and Mass Transfer 3
- BEG 230 EC Digital Electronics 4
- BEG 231 EC Electronics Devices 3
- BEG 250 CI Mechanics and properties of solids 3
- BEG 223 EL Electrical Engineering II 3
SEMESTER IV - 22 Credit Hours
-
- BEG 204 HS Applied Mechanics 3
- BEG 275 CO Instrumentation I 3
- BEG 223 EC Microprocessor 4
- BEG 234 EC Electronic Circuit I 3
- BEG 224 EL Electrical Mechanics and Drives 3
- BEG 395 MS Applied Sociology 3
- BEG 736 ES Electromagnetic 3
SEMESTER V 17 Credit Hours
-
- BEG 101 SH Numerical Methods 4
- BEG 170 CO Electronic Circuit II 4
- BEG 103 SH Signal and System 3
- BEG 146 ME Power Electronics 3
- BEG 148 ME Control System 3
SEMESTER VI - 22 Credit Hours
-
- BEG 101 SH Research Methodology 2
- BEG 170 CO Probability and Statistics 3
- BEG 103 SH Communication System I 4
- BEG 146 ME Computer Graphics 4
- BEG 148 ME Filter Design 3
- BEG 105 SH Digital Control System 3
- BEG 175 CO Engineering Economics 3
SEMESTER VII - 22 Credit Hours
-
- BEG 101 SH Web Programming Technique 4
- BEG 170 CO Organization and Management 2
- BEG 103 SH Computer Architecture 3
- BEG 146 ME Software Engineering 3
- BEG 148 ME Antennas and Propagation 3
- BEG 105 SH Project Management 4
- BEG 175 CO Communication System II 3
- BEG 175 CO Elective I
SEMESTER VIII - 17 Credit Hours
-
- BEG 101 SH Engineering Professionals Practice 2
- BEG 170 CO Digital Signal Processing 3
- BEG 103 SH Instrumentation II 3
- BEG 146 ME Telecommunication 3
- BEG 148 ME Elective II 3
- BEG 105 SH Project Work 3