The study programs in Media Engineering and Technology provide students with a solid foundation for future professions in computer-aided problem-solving as well as appropriate qualifications for future work in computer-related disciplines. The programs focus on applied learning, analytical skills and problem-solving skills. This is achieved through a wide range of core courses that take into account the evolving profession, as well as a range of elective courses that allow students to focus on selected specializations:

Computer Engineering and Technology (CSEN): This branch of study aims to provide students with a good understanding of the latest techniques in various fields of computer science and engineering, such as architectures, software engineering, algorithms, artificial intelligence, computer systems and information technology. Students are able to design, analyze, and evaluate computer components and systems and apply their knowledge to real, multidisciplinary problems.

Digital Media Engineering and Technology (DMET): this focus has been developed to meet the growing demand of the industry for skilled graduate engineers with the ability to provide digital technologies for the production and delivery of audiovisual develop content to meet. More and more sophisticated technologies like virtual reality, interactive television and wireless broadband networks will enable us all to experience more ideas, more convincing and easier. Similarly, broadcasters, publishers and entertainment providers can develop projects more creatively and efficiently. While all is based on digital electronic technologies, the understanding of hardware and software systems alone is not enough. Knowing how to use these systems creatively, and how media practitioners design programmers for various media, is essential for these technologies to evolve and improve. The DMET specialization provides students with both skills to meet these new requirements - as fully accredited engineers with an understanding not only of advanced media hardware and software systems, but also of knowledge and appreciation of how these systems can be used by media practitioners in a dynamic and creative way.

Program Structure

The study program Bachelor of Science in Media Engineering and Technology consists of 6 semesters. Students earn a total of 180 ECTS credit points according to the European Credit Transfer and Accumulation System.

 

Curriculum


Semester 1

Code

Course

ECTS

MATH

Mathematics

8

PHYS

Physics

7

ELCT

Digital Logic Design

4

CSEN

Computer Programming and Data Structures and Algorithms

10

HUMA

Communication & Presentation Skills

2

 

Semester 2

Code

Course

ECTS

MATH

Probability and Statistics

4

COMM

Signal and System Theory

6

CSEN

Concepts of Programming Languages

4

ELCT

Electric Circuits

8

CSEN

Computer Organization and System Programming

4

CSEN

Computer Programming Lab

4

 

Semester 3

Code

Course

ECTS

MATH

Discrete Math

4

DMET

Introduction to Media Engineering

4

CSEN

Databases I

6

CSEN

Introduction to Communication Networks

4

CSEN

Digital System Design

4

CSEN

CSEN

Theory of Computation

6

 

DMET

DMET

Computer Graphics

6

 

Semester 4

Code

Course

ECTS

CSEN

Computer System Architecture

6

CSEN

Operating Systems

4

MNGT

Introduction to Management

1.5

 

Alternative Focuses

 

CSEN

CSEN

Software Engineering

 

4

CSEN

Databases II

4

DMET

Network and Media Lab 

6

DMET

DMET

Web Technologies and Usability

 

4

DMET

Digital Signal Processing

4

DMET

Network and Media Lab

6

 

Semester 5

Code

Course

ECTS

CSEN

Embedded System Architecture

5

 

Alternative Focuses

 

DMET

CSEN

Computer Graphics

6

CSEN

Analysis and Design of Algorithms

4

CSEN

Microprocessors

5

CSEN

Advanced Computer Lab

6

DMET

DMET

Visualization and Animation

 

7

DMET

Video and Audio Technology

4

DMET

Multimedia and Networking

4

DMET

Advanced Media Lab

6

Semester 6

CSEN/DMET

Internship /training

3 months

ECTS 15

CSEN/DMET

Bachelor Thesis and Seminar

3 months

ECTS 15