Computer Science, BSc

Faculty: Informatics

 

Academic discipline: Computer Science and Information Technology

Qualification: Computer Scientist

Starting date: September

Language requirements: English language proficiency (TOEFL 513 /IELTS 5.5/oral examination)
 

Academic requirements: high school certificate; entrance examination in mathematics (written and oral)

Duration: 6 semesters
ECTS credits: 180

 

Tuition fee: 7,000 USD/year

Other fees: application fee 150 USD, entrance procedure fee 350 USD

 

Computer Science BSc students acquire knowledge that enables them to create, introduce, operate, service, develop and implement software-oriented IT devices and systems on their own or as members of a team. They learn how to design, analyse and apply algorithms using the most important paradigms, and study basic software development methodologies and technologies. They receive instruction in the skills of data modelling and designing, creating and modifying databases; furthermore, they will learn the use of SQL and will be capable of applying the methods and tools of artificial intelligence, logical programming, using divided systems, and developing websites. The theoretical and practical knowledge that students acquire during their studies makes it possible for them to start MSc courses. The ones who decide to start working after graduation will most likely develop and operate mobile, desktop, server web and multimedia applications and IT systems.

 

Lecture, seminar: 51%

Practice: 49%

 

Year	Main subjects
1	Computer-Aided Mathematics and Visualization, Discrete Mathematics, Introduction to Programming, Logic in Computer Science, Operating Systems, Calculus, Network Architectures and Protocols, Database Systems, Database Systems Lab, Data Structures and Algorithms, 3D printing and modeling, Cloud Computing, Basics of GIS
2	High-Level Programming Languages, Web Technologies, Introduction to Computer Science, Applied Statistics, Software Engineering and Technologies, Foundations of Artificial Intelligence, Foundations of Computer Security, Applied Mathematics, Bioinformatics, E-Sports, Operation of Info-communication Systems, Image Processing in Practice, High-Level Programming Languages 3, Introduction to 3D Game Development, Compilers, Machine Learning in Practice, Advanced Database Knowledge, NoSQL Databases
3	Web Application Development, Software Development Methodologies, Computer Statistics, Software Testing, Advanced Data Security, Advanced Web Technologies, Thesis

Internship, practice: Students should carry out an 8-week internship either at the university working in research projects or at a multinational or local company.

 

More information about the program can be found here.