Computer Engineering

The Bachelor’s Study Programme in Computer Engineering prepares technicians who are able to reinvigorate technological instruments of information and communication

, according to a typical engineering perspective, to confront with common problems in a very wide range of applications. The themes that characterize the formation of a computerized engineering range from the development of information systems for enterprises to the services and industrial automation, multimedia applications, in robotics, intelligent systems and the development of telematics systems.
The provided preparation will allow the Computer Engineer to collaborate with specialists in all sectors of engineering, especially with all the specialists who increasingly use these technologies.
Computer knowledge cover the basic principles of computer architecture and processing systems, the problems associated with the design and integration of hardware and software systems in modern systems of information processing, with in-depth knowledge of operating systems, in programming languages, technologies and principles for modeling, designing and data management.

Employment opportunities
PHEI "Metropolitan University of Tirana" students have the opportunity to develop their practices in the best institutions in and outside the country, which are partners with Metropolitan University of Tirana. After graduating, depending on the results, they are included in the employment programms of Metropolitan University of Tirana as well as institutional partners.

Year I

Semester

Subjects

Credits

Semester I

Physics I

6

Semester I

Informatics

6

Semester I

Linear Algebra & Geometry

6

Semester I

Mathematics Analysis I

6

Semester I

English Language

3

Semester I

Descriptive Geometry

3

Total Semester I

Total Subjects : 6

Total Credits : 30

Semester II

CAD

6

Semester II

Mathematics Analysis II

6

Semester II

Chemistry

6

Semester II

Physics II

3

Semester II

Intro to Programing

6

Total Semester II

Total Subjects : 5

Total Credits : 27

Year I

Total Subjects : 11

Total Credits : 57

Year II

Semester

Subjects

Credits

Semester I

Theory of Signals

6

Semester I

Probability

6

Semester I

Electro-technics

9

Semester I

Computing Architecture

6

Total Semester I

Total Subjects: 4

Total Credits : 27

Semester II

Electronic Analog Systems

6

Semester II

Equipment and Electronic technologies

3

Semester II

Numerical Circles

3

Semester II

Numerical methods for Engineering

6

Semester II

Algorithms and Programin - Advanced

9

Semester II

Methods for Signal Processing

6

Total Semester II

Total Subjects: 6

Total Credits : 33

Year II

Total Subjects: 10

Total Credits : 60

Year III

Semester

Subjects

Credits

Semester I

Intro to Telecommunication Networks

6

Semester I

Internet: Architectures & Protocols

3

Semester I

Customized Programing

6

Semester I

Operation Systems

6

Semester I

Database comprehension

6

Semester I

Elective Subjects

6

Total Semester I

Total Subjects : 6

Total Credits : 33

Semester II

Intro to Automatics

9

Semester II

Electronics for Informatics

6

Semester II

Electronic measuring

3

Semester II

Internship

6

Semester II

Theses

9

Total Semester II

Total Subjects: 5

Total Credits : 30

Year III

Total Subjects: 11

Total Credits : 63

Elective Subjects *

Semester

Subjects

Credits

Semester I

Energy and Sustainability

6

Semester I

Integrated Systems Design

6

Semester I

Web Programing

6

Semester I

Computer Networks - Advanced

6

Semester I

Programing Languages

6

Total Bachelor

Total Subjects : 32

Total Credits : 180