BACHELOR OF SCIENCE IN COMPUTER ENGINEERING

Level of qualification:

bachelor (BSc)

Duration of study program:

7 semesters (3 and a half year) full-time program

Specializations/Majors:

- Network Engineering
- System Engineering

The Purpose of the Course

The purpose of the BSc programme in Computer Engineering is to offer a broad-based approach to information technology, within the frames of a study program that combines in-depth practice-oriented informatics competence with a solid knowledge in computer science. Core content of the course comprises engineering, informatical and business subjects.  Students learn how computer architectures are designed; how systems and networks operate; how softwares and systems are programmed; and how new processes are implemented and applied. In the syllabus computer engineering topics make extensive use of case studies and project work; and a wide range of assessment methods is employed.
 

A graduated Computer Engineer is able to

•    do the design, the development and the building tasks of engineering constructions that requires IT methods;
•    apply the practical engineering methods to fulfill the implementation and operation tasks of IT and informational systems;
•     write programs in object-oriented and visual programming environment;
•    apply software development methods and to use development tools;
•    do the installation, configuration, trouble- shooting, operation and further development of up-to-date, general-purpose operational systems.
 

Future (Career) Prospects

In our century informatics has got an outstanding importance. The demand for computer engineers has been increasing intensively on every area of our life. Wide range of career opportunities are opened for our graduated students on various kinds of work areas such as software technology, system engineering, network building, electronics, robotics, project and quality management.

Content and Structure

The total number of credit points to be acquired is 210 credit points. It is made of completing 30 credits in every semester.
The core modules in the first year are taken mainly from the fields of technical science, natural science and human sciences. The technical and natural science modules introduce the fundamental technical and mathematical techniques within the context in which they can be used.
Second year modules introduce the fields of networks and programming. The programming modules begin with explaining the operation systems and problem solving on computers.
During the third year, the students start their specialisations.
In the final semester students are required to accomplish their compulsory practical internsip according to the curriculum and to write their theses.