Computer Engineering

Computer Engineering, known in English as “Computer Engineering,” is a branch of engineering disciplines. This specialization combines various scientific studies and fields, including computer science, electrical engineering, and communications engineering, with the aim of building computer hardware and software.

 

What are the benefits of studying Computer Engineering?

Computer Engineering specialization is one of the most sought-after disciplines globally due to the numerous benefits it offers to its graduates in the job market, including:

  • 1- Availability of diverse job opportunities worldwide.
  • 2- High and rewarding salaries.

 

Computer Engineering Specialization includes the following research areas:

  • Utilizing computer systems.
  • Designing and developing computer components such as microchips, integrated circuits, and input/output devices, in addition to understanding how to connect and coordinate them.

 

Computer Engineering Specializations in Georgia:

Computer Engineering specialization encompasses several branches, including:

  • Computer Science
  • Information Systems
  • Computer Engineering
  • Information Technology
  • Software Engineering
  • Network Engineering

 

The Difference Between Computer Science and Computer Engineering Specializations

The distinction between Computer Science (CS) and Computer Engineering (CE) lies in the scope of each specialization and the skills acquired by students in each field. Computer Science focuses on studying all aspects of technology and information, including system analysis, algorithms, software, and computer hardware. This specialization enables students to understand the complex operations related to computers and their applications.

 

On the other hand, Computer Engineering focuses directly on the design and development of computer hardware and software. This specialization aims to graduate engineers specialized in building and maintaining systems and networks and developing software. Students gain experience in analyzing and designing computer systems and their applications, in addition to understanding the maintenance and protection of computer hardware and software.