CIC

About Major

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

Program Objectives

1. The electronics and Communications engineering Bachelor program’s aims are as follows:
   Teaching students the skills, knowledge, and attitudes required to practice Communications and Electronics and improve the quality of the environment.
2. Developing students’ capabilities to conceptualize, design, understand, and realize Communications and Electronics services and products.
3. Preparing students for leadership roles in Communications and Electronics field
4. Promoting students’ problem solving, critical thinking, creative thinking, and decision- making skills
5. Supporting the local society with graduates who respect social values and incorporate societal needs in Communications and Electronics field
6. Supplying the market with graduates capable of providing valuable and various Communications and Electronics services immediately after graduation
7. Teaching students the skills, knowledge, and attitudes required to practice Communications and Electronics and improve the quality of the environment.
8. Developing students’ capabilities to conceptualize, design, understand, and realize Communications and Electronics services and products.
9. Preparing students for leadership roles in Communications and Electronics field
10. Promoting students’ problem solving, critical thinking, creative thinking, and decision- making skills
11. Supporting the local society with graduates who respect social values and incorporate societal needs in Communications and Electronics field
12. Supplying the market with graduates capable of providing valuable and various Communications and Electronics services immediately after graduation

What will I learn?

As you progress in the electronics and Communications engineering department, you'll cover topics 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 Communications engineering conceptualize, design, test and oversee the manufacturing of communications and broadcast systems. They mainly work to integrate electronics and communications into any system they develop. These professionals might work for commercial, industrial, military, or scientific companies. Examples of potential job titles include design engineers, electronics engineers, and electrical design engineers.

Mission

The electronics and Communications engineering Program at the Canadian Higher Institute is committed to preparing a graduate through providing an academic work environment, partnership with reputable educational bodies that help prepare qualified engineers scientifically, morally, and professionally in the fields of communications and electronics engineering. These graduates will be competitors in the labor market and able to conduct scientific research to serve the community and achieve sustainable development.