Bachelor's degree in Electronic Systems Engineering
The program aims to graduate a segment of engineers in the field of communications engineering and computer engineering, in response to the scientific boom in the use of electronic systems and to keep pace with the urgent need to benefit from modern technology in the field of electronic industries, especially in the field of communications and computer engineering.
About the program
It is a degree Bachelor of Science (Hons) in Electronic Systems Engineering – Communications Engineering Al-Bayan University is an integrated training program aimed at graduating engineers capable of:
to be successful in the subjects eligible for the program (Arabic, Religious Education, English Language, Specialized Mathematics, Physics, Chemistry, Biology), and any of the computer sciences or engineering sciences. Technical: Technical: Industrial Technical Section: Arabic Language, Religious Education, English Language, Specialized Mathematics, Physics, and the best two subjects of chemistry or industrial origins, technical drawing, computer science or engineering sciences.
Highlights:
Design and development of communication systemsThe curriculum includes an in-depth study of radio and antennas, digital and analog signal processing, and telecommunications theory.
Advanced laboratories and simulationStudents gain practical experience in network and radio simulation laboratories through specialized software, and experience of preparing and testing transmission and receiving stations, and setting performance standards.
Principles of Electronics and ProgrammingThe basic courses cover electronic circuits and embedded systems, as well as programming languages used in IoT applications and control systems.
Research and innovationThe program encourages the conduct of research graduation projects in the fields of 5G, space communications and optical fibers, in cooperation with local technical laboratories and associations.
Extensive professional opportunitiesIt qualifies the graduate to work in telecommunications, network design, wireless and optical infrastructure maintenance, and participate in government and private projects to develop the technical and information infrastructure in Sudan and the region.
With this homogeneity between theory and practice, the program ensures the graduation of capable engineering cadres capable of keeping pace with the rapid developments in the world of communications and information technologies.
Program courses:
Basic courses required for communications engineering
السنة الأولى
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| Credits | Semester 1 |
|---|---|
| 2 | Islamic Studies I |
| 2 | Arabic Language I |
| 1 | English Language I |
| 3 | Introduction to Computer |
| 3 | Calculus I |
| 3 | Optics & Heat |
| 3 | Algebra & Geometry |
| 3 | Chemistry |
| Credits | Semester 2 |
| 2 | Islamic Studies II |
| 2 | Arabic Language II |
| 1 | English Language II |
| 2 | Sudanese Studies |
| 3 | Discrete Mathematics I |
| 3 | Calculus II |
| 3 | Electricity & Magnetism |
| 3 | Mechanics |
السنة الثانية
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| Credits | Semester 3 |
|---|---|
| 1 | English Language III |
| 3 | Structured Programming Using C |
| 3 | Differential Equations |
| 3 | Solid State Theory |
| 4 | Electric Circuits I |
| 3 | Complex Variables |
| 3 | Computer Aided Engineering Drawing |
| Credits | Semester 4 |
| 3 | Semi-Conductor Electronics and Devices |
| 3 | Mathematical Methods |
| 3 | Data Structures and Algorithms |
| 3 | Modern Physics |
| 3 | Electric Circuits II |
| 2 | Electronics Laboratory I |
| 2 | Environmental Science & Technology |
| 1 | English Language IV |
السنة الثالثة
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| Credits | Semester 5 |
|---|---|
| 1 | Technical & Professional Writing |
| 3 | Probability & Statistics |
| 3 | Digital Circuits Design I |
| 3 | Electronic Circuits I |
| 3 | Power Electronics |
| 2 | Materials Technology |
| 2 | Electronics Laboratory II |
| Credits | Semester 6 |
| 3 | Numerical Methods |
| 3 | Digital Circuits Design II |
| 3 | Signals & Systems |
| 3 | Electronic Circuits II |
| 3 | Electromagnetic Field Theory |
| 2 | Engineering Thermodynamics |
| 2 | Engineering Economics |
| 2 | Electronics Laboratory III |
| 2 | Third Year Project |
السنة الرابعة
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| Credits | Semester 7 |
|---|---|
| 3 | Analogue Network Design |
| 3 | Communication Engineering I |
| 3 | Microprocessors Systems Design |
| 3 | Feedback Control Systems |
| 3 | Instrumentations |
| 2 | Industrial Management |
| 3 | Digital Signal Processing |
| 2 | Electronics Laboratory IV |
| Credits | Semester 8 |
| 3 | Computer Aided Circuit Analysis |
| 3 | Control Engineering |
| 3 | Computer Architecture & Organization |
| 3 | Introduction to VLSI Systems |
| 2 | Electronics Laboratory V |
| 3 | Communication Engineering II |
السنة الخامسة
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| Credits | Semester 9 |
|---|---|
| 3 | Optical Communication |
| 3 | Digital Switching Systems |
| 3 | Antennas and Waves Propagation |
| 3 | Mobile Communication |
| 2 | Advanced Communication Laboratory I |
| 3 | Information Theory & Coding |
| Credits | Semester 10 |
| 3 | Data Communication |
| 3 | Spread Spectrum & CDMA Technology |
| 3 | Video Engineering & Image Processing |
| 3 | Radio Systems Design |
| 3 | Performance Engineering |
| 2 | Advanced Communication Laboratory II |
| 6 | Graduation Project |
Student certificates
From the first day I entered the Bachelor of Electronic Systems Engineering Program - Communications Engineering at Al Bayan University, I felt that the curriculum was practical and balanced between theory and practice. The laboratories are equipped and our teacher explains in a simple way, and I participated in real projects that give me the skills of designing communications circuits.
I loved the spirit of cooperative among students and professors; When we come to apply the equations or adjust the antennas in the laboratories, we will find support and guidance along. Also, training on simulation software made me quickly learn and develop my thoughts in communications solutions.
The communications program here has opened up new horizons for me, especially in understanding the fifth generation networks and IOT technologies. I participated in advanced laboratories and did a graduation project to improve signal coverage in the remote areas of Sudan, and I felt that my achievement could really contribute to improving the infrastructure.
University contact information
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