Bachelor in Computer science

Warsaw University of Technology is the premier technical research university in Poland, combining a rich 200-year history with cutting-edge innovation. It is consistently ranked as the top engineering school in the country, attracting the brightest minds from across the globe.

Warsaw University of Technology offers this Bachelor's program in Computer Science in Warszawa, Poland, taught in English over eight semesters, with yearly tuition of EUR 11040. The field of study spans information technology, control and robotics, and electronics and telecommunications, covering a wide range of subjects across these technology areas. The first two years are shared with students in the Telecommunications program and form the common Information and Communications Technology core. Graduates of the Computer Systems and Networks specialization gain qualifications in the basics of computer science, including information processing, algorithms, and system modelling, along with various aspects of computer engineering and its applications. Students become familiar with object-oriented programming methodologies, CASE-tools-aided design, system analysis, system modelling, and prototyping. They also gain knowledge of modern operating systems, programming languages, databases, and a range of software applications, and graduate self-reliant in the design, implementation, and operation of complex computer systems and networks. Example modules include Algorithms and Programming, Circuits and Systems, Computer Systems, Telecommunications, Operating Systems, Graphical User Interfaces, Data Bases, Cryptography and Information Security, Software Engineering, Compiling Techniques, and Introduction to Artificial Intelligence. Computer science as a discipline covers the theoretical foundations and practical tools of computing, including algorithms, systems design, networks, and databases. Programs that combine a common ICT core with telecommunications, as this one does, are suited to students interested in the connections between computing infrastructure, networking, and electronics. Graduates typically pursue careers as software engineers, network engineers, systems designers, or specialists in telecommunications infrastructure, with the shared first years giving them exposure to both computing and communications systems before they specialize.