Study in Computer Science Abroad
Computer Science programs teach programming, software development, data analysis, and cybersecurity across bachelor’s and master’s degrees. Study options may include specializations in artificial intelligence, cloud computing, networks, or multimedia. English-taught programs in Poland allow students to compare curriculum focus, study modes, and career pathways in technology fields.
Study Focus
Technical & Digital
Academic Level
Bachelor & Master
Career Direction
Technology Careers
Skill Type
Technical & Analytical
Student Fit
Problem-Solving Analytical Students
Global Relevance
Very High
Computer Science
Computer Science is a technical field combining programming, systems design, and problem-solving across engineering and information technology disciplines. Bachelor's and Master's programs, taught in English at universities across Poland, may focus on areas such as software development, cybersecurity, artificial intelligence, data science, and cloud computing. Students typically develop analytical and technical skills through hands-on projects and internships. Program structures, specializations, and career pathways vary, so comparing individual offerings will help you find the best fit for your interests and goals.
Key Criteria
Field Insights
Overview
Computer Science is an English-taught field combining programming, software development, and IT systems design. Students build practical skills in languages such as Python, Java, and C++, alongside data analysis, cloud computing, cybersecurity, and artificial intelligence. Depending on the program, specializations may include cybersecurity, machine learning, databases, network engineering, or multimedia technologies. Available at both bachelor's and master's levels across Polish universities, the curriculum emphasizes hands-on learning through internships, labs, and team projects, preparing graduates for technical and analytical roles in technology careers.
What you will study
Students in Computer Science may study programming languages, software development, databases, and computer networks, with opportunities to specialize in areas such as cybersecurity, artificial intelligence and machine learning, cloud computing, or data science depending on the program. The curriculum typically combines theoretical foundations in mathematics and IT systems with practical hands-on learning through labs, projects, and internships at partner organizations. Program content may vary, with some offerings including additional focus areas such as multimedia technologies, robotics, or immersive systems, and students often choose their specialization pathway during their studies.
Skills you will gain
Students in Computer Science may develop technical skills in programming, software design, and systems architecture, alongside analytical and problem-solving abilities through coursework in data analysis, databases, and networks. Depending on the program and specialization chosen, students can build expertise in areas such as cybersecurity, artificial intelligence and machine learning, or cloud computing. Practical experience through internships and hands-on projects may support the development of both technical competency and professional collaboration skills relevant to IT careers.
Career Paths
Graduates of Computer Science may explore careers in software development, systems programming, cybersecurity, data science, artificial intelligence, cloud computing, and network administration. Depending on the program specialization chosen, graduates can pursue roles in IT security, machine learning engineering, database management, game development, or multimedia technologies. Career outcomes may vary by specialization and country; professional requirements and licensing rules differ by region, so graduates should verify local regulations and employer expectations in their target job market.
Study Difficulty
Study difficulty in Computer Science may depend on your mathematical foundation, programming experience, and comfort with technical problem-solving. The field combines theoretical computer science with hands-on coding across multiple languages, requiring strong analytical skills and persistence through complex algorithms and system design. Language demands are significant, as all linked programs require upper-intermediate English (B2) for technical coursework. Practical components—including internships, labs, and project-based learning—add workload alongside theoretical study. Difficulty may vary by university, specialization choice, and whether you pursue advanced areas like artificial intelligence, cybersecurity, or cloud computing.
Pros & Cons
Computer Science can offer strong technical and analytical skill development across programming, systems design, cybersecurity, and emerging areas like artificial intelligence and machine learning, with practical learning through internships and specialization options depending on the program. However, students should be prepared for demanding coursework combining mathematics and coding, and program structures, specialization availability, and career outcomes may vary significantly by university and country regulations. International students should also verify language requirements, admission procedures, and whether qualifications require additional recognition or licensing in their target employment region.
Who Is This Best For?
Computer Science may suit students who enjoy problem-solving, logical thinking, and building practical technical skills across programming, systems design, and data analysis. This field can be relevant for those interested in software development, cybersecurity, artificial intelligence, cloud computing, or network engineering, and who are comfortable with mathematics and analytical work. Students should have upper-intermediate English proficiency and review individual program pages, as specializations, study structures, and admission requirements may vary by university.
Explore study options related to Computer Science below. Each program page includes more detailed information about the university, degree level, language of instruction, study mode, curriculum, tuition fees, admission requirements, and possible career paths.
– Compare related programs: Review universities, degree levels, study modes, languages of instruction, and study locations.
– Check program details: Open each program page to review curriculum, admission requirements, tuition fees, study structure, language expectations, and career information.
– Choose your best-fit option: Use filters or get personalised advice to find programs that match your academic background, budget, study preferences, and career goals.
Study Computer Science Abroad
Polish-Japanese Academy of Information Technology
Warsaw,
Poland
Program: Open
Full-Time
Master's Degree
English
Polish-Japanese Academy of Information Technology
Warsaw,
Poland
Program: Open
Full-Time, Part-Time
Bachelor's Degree
English
SWPS University of Social Sciences and Humanities
Warsaw,
Poland
Program: Open
Full-Time
Bachelor's Degree
English
WSB Merito Universities
Warsaw,
Poland
Program: Open
Full-Time, Hybrid
Bachelor's Degree
English
DSW Ideis University
Wrocław,
Poland
Program: Open
Full-Time, Hybrid, Part-Time
Bachelor's Degree
English
Study Focus
Technical & Digital
Academic Level
Bachelor & Master
Career Direction
Technology Careers
Skill Type
Technical & Analytical
Student Fit
Problem-Solving Analytical Students
Global Relevance
Very High
This field page provides a general overview. Curriculum, tuition fees, admission requirements, language expectations, study mode, and career relevance may vary by university and program.
Table of contents
Computer Science