About Major

The Communications & Electronics major at CIC provides a various number of courses in different Communications & Electronics disciplines, that teach students to highlight and solve problems, and improve the built environment, consequently, preparing them for the professional field.

Program Objectives

1. Preparing graduates who are able to identify, formulate and solve complex engineering problems through applying basic sciences and mathematics, developing and conducting appropriate experiments, analyzing and interpreting data, evaluating results, and using statistical and engineering analyzes to draw conclusions.
2. Preparing graduates with the ability to practice scientific research techniques and methods of investigation as an integral part of learning through the application of engineering design processes to reach cost-effective solutions that meet specific needs while taking into account ethical aspects in a manner commensurate with design and sustainable development contexts.
3. Preparing graduates with the ability to plan, supervise and follow up the implementation of engineering projects, taking into account the requirements of other disciplines, the use of contemporary technologies, quality guidelines, health and safety requirements, environmental issues and risk management principles.
4. Preparing qualified graduates equipped with effective communication skills with the requirements of the labor market using contemporary tools by working efficiently as an individual and within a multidisciplinary group with a team spirit.
5. Preparing graduates capable of using creative, innovative and flexible thinking and acquiring a spirit of initiative and leadership with the acquisition and application of new knowledge and the practice of self-education.
6. Preparing graduates with the ability to model and analyze electric power systems by applying the concepts of generation, transmission and distribution of electric power systems
7. Preparing graduates with the ability to design, model, analyze and integrate electrical, electronic and digital systems for various applications and identify the tools necessary to improve this design.
8. Preparing graduates with the ability to design and implement electrical components and various systems using technological and professional tools
9. Preparing graduates who are able to evaluate and measure the performance of electrical, electronic and digital systems under the influence of various inputs, and assess their suitability for different applications.
10. Preparing graduates who are able to adopt appropriate local and international standards and rules for the design, construction, operation, examination and maintenance of electrical, electronic and digital equipment and systems.
11. Preparing competent graduates equipped with the skills of knowledge of the latest technologies to identify the various components and systems, modeling, designing and troubleshooting electronic systems as well as applied communication systems and wireless and optical communication systems.
12. Preparing graduates with the ability to analyze and process signals and apply new techniques and methods to design and implement digital and non-digital communication applications and encoding and decoding systems by linking the principles of electromagnetic science, wave propagation, circuit applications and microwave systems for use in evaluating information to implement individual and collective projects of electronic circuits.

What will I learn?

While you pursue the Electronics and Communications degree provided by CIC. you will cover the material required to learn about different sub-disciplines. Such as electronic hardware design, software programming, Communications branches, networks, antennas and microwaves, Electronic branches, Computer programming, Microprocessing, and microcontroller applications, and automatic control. In your final year, you'll be able to specialize in either communications or Electronics fields with advanced modules.

Career Path

The electronics and communication engineering branch is a very fast-developing branch of engineering that opens up a wide range of opportunities for professionals who might work for commercial, industrial, military, or scientific companies. Some examples of potential job titles are Telecom Engineer, Electronic Design Engineer, and Network engineer.

Mission

“The Communications and Electronics Engineering Program is committed to preparing distinguished graduates equipped with the foundations of basic and applied sciences and scientific skills according to the national academic reference standards through advanced education in the field of specialization and conducting scientific research that enables it to complete and lead in the labor market and solve engineering problems in order to reach an effective role in community services”