The specialization of Electronics and Communications Engineering (ECE) is one of the most important engineering disciplines in the College of Engineering and this specialization is concerned with the study, design and development of electronic equipment used in communications and the manufacture of various systems in communications and this specialization is called Electronics and Communication Engineering.
The specialization of electronics and communications engineering has become one of the most important disciplines in our time, and this is due to the great development in technology and the new methods it has developed in communications and the techniques used.
It has become usual to see daily a new invention and an amazing development in the field of communications and the provision of new ways of communicating quickly and high performance, and this is all a result of this amazing specialization, so the interest in this specialization has become very large at the level of countries because of its great importance in developing the fields of communication for humanity in all fields.
Therefore, the demand for electronics and communications engineering specialists today has become very large in the labor market due to the increasing demand for the many services and different ways provided by this specialization, which has become an important part of our lives, such as communication platforms and tools in our time.
List of Topics
1 What is Electronics and Communication Engineering (ECE)?
Electronics and Communications Engineering (ECE) is the specialization that is concerned with the study of electronic equipment used in various communication systems, their design and development to generate new capabilities or new communication systems that serve humanity.
The electronics and communications engineering specialist designs and develops new systems, supervises manufacturing, and deals with technical and electronic problems in various fields of communication such as analog transmission methods, and basic electronics, and microprocessors, and solid-state devices, digital and analog communications, and analog integrated circuits, and microwave engineering, satellite communications, antennae, and the evolution of waves.
The electronics and communications engineering specialist also deals with the manufacture of electronic devices, circuits and communication equipment.
2 What are the departments of electronics and communications engineering?
The departments that you will study in the specialty of electronics and communications engineering are four, and each department is interested in studying different types of electronic systems and equipment used in communications, which are the following:
Section I: Department of Electronics and Communications Engineering.
Electronics and Communications Engineering: This department is concerned with teaching the student the basics used in communications such as signal and image processing, analog and digital signals VLSI, MEMS, nanotechnology, wireless communication and optical fibers, design and application of embedded systems, and information theory and coding.
Section Two: Digital Electronics and Communications:
The Department of Digital Electronics and Communications, which is concerned with the study of digital electronics and teaching the student the important basics about digital systems and electronic equipment in the fields of communications to educate electronics and communications engineering specialists about the importance of digital systems and their independent prospects.
This department is the department that is concerned with the study of electronic engineering and the relationship between them and electronics and communications engineering and understanding the concepts involved in communication engineering and electronics engineering.
Also, teaching the student in laboratories and laboratories to apply the mechanism that is used in electronic technologies and systems to understand the student in a way.
Section Three: Microelectronics: MTech in Microelectronics:
This department is the department that is concerned with the education and teaching of the student physical electronics, DSP and its applications, Biosensors and many applied and theoretical materials to understand the mechanism of manufacturing, construction and development.
In this section, the student will be taught how to apply the mechanism in manufacturing, construction and design in laboratories and engineering laboratories as well as in advanced laboratories in technology and communications.
Section IV: Wireless and mobile communications:
In this section, the student is taught the concepts used in wireless communications of various kinds, such as the Internet and mobile communications, such as antenna communication through wireless and mobile communication towers G4, and 5 G and 6 G and later .
This department is also interested in training the student specialized courses in knowledge of the mechanism of operation and design in wireless communications as well as mobile communications.
3 What are the fields of electronics and communications engineering?
The specialization of electronics and communications engineering enters into the study of many different fields in the departments that we explained earlier, and one of the most important areas of work in electronics engineering is the following.
The first field: Image and signal processing:
One of the most important areas of work of electronics engineering is to understand the mechanism of image and signal processing and to understand the mechanism of research in specific areas such as signal processing, speech, image processing, as well as processing various medical images.
Second Area: Analog and digital VLSI:
This field is interested in working on specialized projects in the field of analog and digital VLSI .
Third Field: Micro-electromechanical systems and nanotechnology:
This field is concerned with the study of technology used in microelectromechanical systems (MEMS) and providing new methods in miniaturizing the products of sensors, actuators or existing systems, nanotechnology is used that provides unique and superior properties in the miniaturization of materials for its benefit.
Fourth Field: Wireless and fiber optic communications:
This field is concerned with providing the latest devices used in wireless communications and optical fibers that meet the needs of communication engineering.
Fifth Area: Design and implementation of the embedded system:
This field includes experts specialized in the design and implementation of the embedded system with a focus on the mechanism of the Internet of Things work.
Sixth Field: Information Theory and Coding:
This field includes specialists who are experts in the field of information theory and coding, especially the field that is concerned with data encryption.
4 Does the Electronics and Communications Engineering major have a future?
Yes, without argument, and to help you understand the future of studying electronics and communications engineering, I will explain to you the importance of this specialization, which has an amazing future and shows you the importance of studying it, as the fields of work of electronics engineering are one of the most important current fields required in the labor market, and in the recent period attention has been paid to disciplines related to technology, communications and electronics.
We find that electronics and communication engineering is concerned with areas such as new development methods in wireless and mobile communications and methods used in technology and communications, Therefore, the current electronics engineer contributes greatly to the improvement and development of countries. This is due to finding scientific and practical solutions in various fields of communication.
Therefore, engineers majoring in electronics and communications engineering have many job opportunities, and also do not forget the excellent salary of an electronic engineer.
If you are planning to study electronics and communications engineering, make sure that its future is excellent and job opportunities are available in many companies, including telecommunications companies, electrical appliance factories, and many other fields.
5 Is Electronics and Communications Engineering Hard?
If you are wondering if this major is difficult or not, you must understand that this major is interested in the student being interested and loving scientific and engineering subjects such as mathematics and physics, and some things can be clarified that the difficulty of studying varies from person to person, According to the educational abilities in the scientific subjects that I studied in the duality.
There are some important conditions that you must meet in order to study electronics and communications engineering, including the availability of sufficient scientific expertise previously and leadership skills, and appropriate academic qualifications.
Therefore, if you meet these conditions, be sure that studying electronics and communications engineering will be very easy and interesting.
If you do not have these conditions, be sure that it will require you to make a great effort to learn, and in general, studying in this major is almost difficult.
But this does not mean that you are not studying electronics and communications engineering, But you must pay attention and passion in learning new methods in electronics and communications engineering, if you are a person who loves engineering in general and loves to study it, be sure that this specialization will be one of the best disciplines for you because we currently live in the era of technology and information and the era of modern applications and terrible development.
6 What are the admission requirements to study electronics and communications engineering?
If you are thinking of studying electronics and communications engineering, some important requirements must be met that qualify you to study this major, which are the following.
- The general duality rate should be greater than 95%, and the rate of admission to the university varies according to the university you are considering joining.
- To be able to pass the entrance test to the College of Engineering and the test focuses on scientific subjects such as mathematics, physics and chemistry.
- Your level of English must be advanced and have a TOEFL certificate.
If you manage to pass these three important requirements and move on to undergraduate level, you will start studying electronics and communications engineering in more depth. It is preferable that the person applying to study this specialization has some skills and personal traits and to be a leading person and also possess some previous scientific experiences as explained before.
Be sure that if you have these skills and qualities, studying electronic and systems engineering will be more simple than you expect.
7 How much money does an electronics and communications engineer make?
There is no doubt that you, dear reader, were waiting for the answer to this question, But before we answer this question, we must emphasize that the most important thing is the love of specialization, creativity, excellence and choosing the field that you love and desire.
It is preferable not to focus on salaries because if you pay attention to the salary without the desire and love of specialization, you will not be able to continue in this specialization.
This is one of the most important things that most young people fall into, choose a specialization that is not suitable for them, start studying it and exit it, and then realize after all this that it is an inappropriate specialization and is not liked for him.
The average salary for an Electronics and Communications Engineer is $76,048 per year, and it should be clarified that this salary varies from country to country.
Where salaries in European countries are high, For Asian countries, it is considered medium, And in the Arab countries, salaries are average.
8 What is the difference between Telecommunications Engineering and Electronics and Communications Engineering?
Telecommunications Engineering Major: It differs from the specialization of electronics and communications engineering in the educational and practical fields, this specialization is concerned with understanding systems, satellites, television, telephones, radar and air navigation systems and identifying the mechanisms used in sending and receiving signals in all electronic devices.
As for electronics and communications engineering, it is concerned with studying the electronics used in communications in all fields and studying, establishing and designing systems used in communications, hence the difference between them.
Communications engineering is interested in studying the mechanism used in the transmission and reception of systems and devices that are designed by electronics and communications engineers, the relationship between them is strong and very large, and many subjects are taught in communications engineering in the specialty of electronics and communications to understand the mechanism used as well as vice versa.
9 What are the pros and cons of electronics and communication engineering?
Pros of studying electronics and communications engineering:
- The ability to use technology and employ it for the benefit of society.
- Providing new methods in telecommunications.
- Provide new ways to speed up communication.
- Creating new solutions and great methods in communication.
- Development in the field of communications and the Internet.
- The availability of imposing a lot of work for this specialty due to the current trend of the world to technology in everything.
- The excellent salary that an electronics and communications engineer currently receives and with increasing experience, the salary increases.
- Acquire certain skills such as problem solving and the ability to withstand difficulties
Disadvantages of studying electronics and communications engineering:
- The use of communication technology in all our lives, which facilitates the intrusion into our privacy.
- Electromagnetic signals pose a risk to human health.
- The innovations generated by ECE have slowed down the ratio of jobs for many disciplines, especially CSE and IT.
10 How many years of studying electronics and communications engineering?
The number of years of study to obtain a bachelor’s degree in electronics and systems engineering takes 5 years.
In which the student learns the departments and fields that we explained earlier in order to be qualified for the labor market and also the student is practically trained in universities so that the student begins to get used to the nature of work.
11 Study Plan for Electronics and Communications Engineering?
The study plan for the electronics and communications engineering major varies according to the university and the curriculum it provides, but it is certain that the study plan will be on the world system, which is the system of classes, and the semester means the year and each year consists of two semesters, which are the first semester, which is the first half of the year and the second semester, which is the second half of the year, meaning that each semester is divided into two semesters and each semester consists of materials.
When studying this amazing specialization, the university will be interested in teaching you the four departments that I explained to you earlier, in each department, the university will be interested in teaching you important or basic subjects to understand the specialization in each department.
Chapter One: Fundamentals of Electronics and Communication Engineering
This section is concerned with the study of basic communication subjects and consists of; 7 elective subjects; and 2 mandatory subjects. 8 practical or applied courses and 4 open elective courses interested in knowing; industrial training and project work.
Students can choose from a range of minor majors as part of electives in their program.
Chapter Two: Digital Electronics and Communications:
In the Digital Electronics and Communications semester, the student will be taught applied and practical subjects in the digital and electronic fields of communication systems, including teaching the student about laboratories and understanding the mechanisms used in communications such as.
The fields of analog circuits, digital systems, communications, microprocessors, computer programming, MATLAB, microwave ovens, PCB, DSP, and power electronics.
Chapter Three: Microelectronics: MTech in Microelectronics:
This semester consists of many subjects that you will study in the third and fourth year and this section is concerned with teaching the student the concepts of physical electronics, DSP and its applications, and biosensors, and description of the devices, and optimization, and computational electromagnetism, and VLSI technology, and design .
Also, the student is taught in laboratories and laboratories on the design mechanism. The curriculum also covers the study of embedded system design, Transistor physics and advanced network analysis.
Other advanced subjects to provide better education for students are taught other subjects such as personal skills development, and how projects work, and research and development methods, And how to use laboratory or applied appointments.
Chapter Four: Wireless and mobile communications:
In the chapter of wireless and mobile communications, the student is taught many subjects and is taught on the third and fourth semester, but in this section the student is taught at an advanced level in teaching the methods used in wireless and mobile communications.
In this section, the student is taught many courses and laboratories specialized in mobile communications, such as learning the mechanism of operation and development in antenna communication through wireless and mobile communication towers G4, and antenna design for wireless communication.
This major is concerned with the development of the student and the depth of the design of systems and networks for the current era of IOT, 5G and 6G and the development of all future portable wireless communication systems and devices.
12 What are the subjects of Electronics and Communications Engineering?
- General physics.
- Mechanical Engineering Concepts
- Engineering Mathematics .
- Basic Electrical Engineering
- Intelligent control systems.
- Building Computers
- Modeling and Simulation of Control Systems
- Physiological signals.
- Random processes.
- Medical signal processing.
- Modern control systems.
- Data communications and systems encounter.
- Ionizing and non-ionizing rays.
- The use of software in control.
- Medical imaging.
- The use of computer networks in control.
- Signal analysis.
- Electronics of probability and random variables.
- Systems Lab.
- Control systems.
- Communication Laboratory.
- Power electronics.
- Electrical Machinery Lab.
- Powerful systems analysis.
- Control systems.
- Measurements and devices.
13 What are the jobs of an electronics and communications engineer?
The specialization of electronics and communications engineering is one of the broadest and most comprehensive disciplines in the technical fields that use technology and communications, so many jobs are available as an electronics and communications engineer because of their great demand in the labor market.
This is due to the trend of the world currently to everything related to technology and communications and the terrible development in electronics, communications, mobile devices, and other ways and the graduate of this specialization can work in many fields and the most important jobs of the work of an electronics and communications engineer are the following:
- Telecommunications Engineer.
- Telecommunications companies.
- Electronic systems and communication factories.
- Systems and network developer.
- Aeronautical engineer.
- Electronics engineer.
- Nuclear engineer.
- Design engineer.
- Engineer specializing in control and instrumentation.
- Sound Engineer Broadcast Engineer Audio Consultant.
- Telecommunications companies.
- Power plants.
- Electronics and electrical engineer in factories and companies.
- Research centers.
- Electronics companies and factories.
- Automotive factories.
- Mechanical design of technology equipment.
14 The best universities to study Bkrelius Electronics and Communication Engineering?
- Stanford University in America
- Massachusetts Institute of America (MIT)
- University of California
- University of Cambridge
- Harvard university
Best universities to study a master’s degree in electronics and communications engineering?
The University of Cambridge is one of the best universities where you can study electronics and systems engineering.