Description
The programme lasts 3.5 years (7 semesters) and leads to the degree of Bachelor of Engineering. It provides a solid foundation for a career in the new technologies sector.
At the beginning of your studies, you will learn programming in Python – a simple and widely used language that will allow you to quickly build your own projects and experiment with code.
The curriculum includes courses in modern technologies and embedded systems, such as robotics, microcontrollers, and the Internet of Things (IoT). Classes are practical and taught by experienced lecturers – computer scientists, mathematicians, and physicists – who will show you how modern technologies are applied in real-world settings.
What will you learn?
- Administer systems and manage databases
- Build computer models and simulations
- Program robots and microcontrollers
- Use artificial intelligence and data analysis
Choose your own path
- Research and Technology track: back-end development, algorithms, data analysis, modelling, embedded technologies
- Systems and Administration track: systems and network administration, databases, virtualisation, cloud computing, business analytics
We also work with IT leaders such as Oracle and Cisco. Workshops and internships give you the opportunity to earn internationally recognised certificates that open the door to a career in the IT industry.
What do you gain?
- Flexibility – you create your own study profile
- Soft skills – teamwork, presentations, and creative problem-solving
- Career readiness – you learn the skills employers are really looking for
- Continuous development – after graduation, you can easily expand your knowledge and develop new skills
Applied Computer Science is a programme that combines practical skills with modern technologies. You prepare for a career in the IT industry while taking part in interdisciplinary projects. It is not only about learning to program, but also about developing the skills needed to design and implement innovative technological solutions.
Curriculum
Duration of studies: 7 semesters
Number of ECTS credits: 210
Selected courses:
- Measurement Automation Methods
- Programming
- Computer networks
- Algorithms and Programming
- Computer architecture
- Selected Topics in Electronics and Electrical Engineering
- Algorithms and Data Structures
- Databases
- Microprocessor Technology
- Artificial Intelligence Methods
- Operating Systems and Systems Programming
Forms of classes:
- lectures
- practicals,
- discussion classes
- laboratory classes
- language courses
- internship
- seminars
Majors
There are no majors in Applied Computer Science – it is you who decides what to study. You have a great deal of freedom when choosing modules and can tailor your studies to your interests and career plans.
To help you make your choices, in the third year we offer two sample study paths that you can use as inspiration – but in the end, you decide which direction to take.
By creating your own study path, you can focus on what interests you most: from programming and game development to modern IT technologies.
Graduation requirements
In order to take the diploma examination, you have to:
- pass all required courses and examinations,
- confirm your knowledge of a foreign language,
- receive a positive assessment of your diploma project.
The diploma examination is the final stage of your studies. It allows you to demonstrate what you have learned and how you can apply your knowledge in practice. After passing the examination, you receive Engineer’s degree. It opens the door to a career in the IT industry, further professional development, or continuing your education.
Detailed information on the rules for awarding diplomas and the requirements for the diploma thesis can be found in the Rules and Regulations of Studies at the University of Silesia and the Diploma Award Regulations.
Admission
The admission process for studies at the University of Silesia is carried out via the Online Application System at irk.us.edu.pl (IRK).
Use IRK to enrol in your studies and find all the information you need. You will learn about the admission process, the deadlines, the enrolment fee, and all the documents you need to submit.
Questions? Feel free to write to the International Admissions Office or visit rekrutacja.us.edu.pl and irk.us.edu.pl.
Admission requirements for 2026/27 academic year
1st cycle studies — Engineer’s degree
Admissions to university is determined by the results of the Matura exam. We take the written examination in the selected subjects:
Mathematics | One of the subjects of your choice: biology, chemistry, physics/physics and astronomy, geography, computer science or mathematics | Modern foreign language |
weight = 60% | weight = 30% | weight = 10% |
- The result of a basic-level Matura exam is multiplied by a factor of 0.5, while the result of an extended-level examination is multiplied by a factor of 1. The result is then multiplied by the weighting assigned to the subject.
- If the applicant took the same subject at both the basic and extended levels, the result that is more favourable to the applicant after applying the appropriate factor and subject weighting will be taken into account.
- The same subject may be included twice in the admissions calculation, provided that the applicant took it at two different levels (basic and extended). However, the result from the same level cannot be counted more than once.
- The result of a bilingual examination in a modern foreign language is converted into an extended-level result by multiplying it by 4/3. The converted extended-level result cannot exceed 100%; if it does, it is capped at 100%.
- If the applicant did not take a required subject in the matriculation examination, they receive 0 points for that subject but are still eligible to participate in the admissions process.
- Detailed rules for the qualification of applicants holding the old Polish secondary school leaving certificate (old matura) are set out in § 14 of the Resolution.
- Admission is based on the applicant’s position on the ranking list, which is determined by the total number of points obtained. If the number of applicants does not exceed the admission limit, all applicants whose total score is greater than 0 will be admitted.
Admission requirements for 2027/28 academic year
Full-time 1st cycle studies — Engineer’s degree
Admissions to university is determined by the results of the Matura exam. We take the written examination in the selected subjects:
Mathematics | One of the subjects of your choice: biology, chemistry, physics/physics and astronomy, geography, computer science or mathematics or the results of vocational examinations* in an occupation taught at technician level. | Modern foreign language |
weight = 60% | weight = 30% | weight = 10% |
* Only the results of Diplomas Confirming Vocational Qualifications or Vocational Diplomas issued within the Polish education system are taken into account.
For holders of a Diploma Confirming Vocational Qualifications, the more favourable result will be taken into account — either the written or the practical part of the examination.
For holders of a Vocational Diploma, the final result of the vocational examinations will be taken into account.
- The result of a basic-level Matura exam is multiplied by a factor of 0.5, while the result of an extended-level examination is multiplied by a factor of 1. The result is then multiplied by the weighting assigned to the subject.
- The result of vocational examinations in an occupation taught at technician level is multiplied by a factor of 0.7 and then by the weighting assigned to the subject.
- If the applicant took the same subject at both the basic and extended levels, the result that is more favourable to the applicant after applying the appropriate factor and subject weighting will be taken into account.
- The same subject may be included twice in the admissions calculation, provided that the applicant took it at two different levels (basic and extended). However, the result from the same level cannot be counted more than once.
- The result of a bilingual examination in a modern foreign language is converted into an extended-level result by multiplying it by 4/3. The converted extended-level result cannot exceed 100%; if it does, it is capped at 100%.
- If the applicant did not take a required subject in the matriculation examination, they receive 0 points for that subject but are still eligible to participate in the admissions process.
- Detailed rules for the qualification of applicants holding the old Polish secondary school leaving certificate (old matura) are set out in § 14 of the Resolution.
- Admission is based on the applicant’s position on the ranking list, which is determined by the total number of points obtained. If the number of applicants does not exceed the admission limit, all applicants whose total score is greater than 0 will be admitted.
Point tresholds
We do not set minimum point thresholds for any field of study at the University of Silesia.
Committees create ranking lists during the admission process. Admission thresholds vary every year, as they depend on the number of candidates, their grades, and the applicable qualification rules.
Additional criteria
not applicable
Fees
The fee for participating in the recruitment process for the degree programme in Applied Computer Science is PLN 85
More information on fees can be found here.
Information on fees for foreign students can be found on the website.
Internships and practical training
Engineering Internship – take your first step into the world of IT!
At the end of your third year, you will complete a 160-hour internship, where you can gain experience in IT companies or in positions that require IT skills – even outside the IT sector. You can also complete your internship at the Faculty of Science and Technology of the University of Silesia. There, you will take part in research projects in various fields, learn how researchers work, and discover what research recognised in Poland and abroad looks like. It is a great opportunity to combine theory with practice and gain valuable hands-on experience.
Contact details
Dean’s Office
Our office handles matters concerning document submission and university enrollment, degree programmes and curricula, course registration, student ID cards, tuition fees, and USOSweb login issues.
International Admissions Office
tel. +48 32 359 22 72
tel. +48 32 359 22 73
e-mail: admission@us.edu.pl
Our office handles matters concerning the admission process of foreign nationals (candidates without Polish citizenship): including the course of the university admission process, formalities related to required educational credentials (legalisation and apostille), and issuance of certificates of qualification for study.
Faculty Admission Committee
You can find the details in the Online Application System by selecting the degree programme of your interest athttps://irk.us.edu.pl/pl/.
Our office handles all admissions matters, including acceptance for studies, grade conversion within the Online Application System, navigating the admission process, reviewing entry criteria, and managing required documentation.
What makes us stand out
01.
Flexibility
You create your own study path through a variety of teaching formats and by making informed choices about courses, academic supervisors, and areas of specialisation.
02.
Practice
We focus on practical experience through internships, workshops, and classes led by industry experts. You will gain insight into the realities of the job market and learn the principles of research commercialisation.
03.
Development
You carry out your own research projects under the guidance of experienced mentors. We support student research groups and encourage participation in exchange programmes such as Erasmus+ and MOST.
04.
Quality
We provide education of the highest standard, as confirmed by the accreditation of the Polish Accreditation Committee (PKA). Classes are taught by highly qualified academic staff with recognised scientific achievements.
Graduate zone
Career paths
After graduating in Applied Computer Science, you will become a computer engineer who:
- knows several programming languages and understands how code works from the ground up,
- is familiar with modern computer systems, including embedded systems, virtualisation, and cloud technologies,
- combines knowledge of mathematics, physics, and measurement technologies,
- looks at problems from different perspectives and develops innovative solutions,
- works effectively in a team, communicates clearly, and presents ideas with confidence.
After graduation, you can work on scientific and engineering projects or join companies looking for creative and versatile professionals who are ready to develop their passions in the world of IT.
Your knowledge
- After completing the programme, you understand advanced concepts in mathematics that form the foundation of research in the natural sciences, engineering, and technology.
- You understand how algorithms and data structures work and how they affect the speed and efficiency of computer programmes.
- You have knowledge of various areas of computer science and related disciplines. You understand their theoretical foundations, know how to design systems, and understand how computer science connects with science and technology.
- You understand how scientific research is conducted and are familiar with the methods used in computer science and other scientific and engineering disciplines.
Your skills
- After graduation, you can independently acquire new knowledge and continue learning in order to develop your skills and grow professionally.
- You know how to plan your further learning and can use books, databases, and online resources to expand your knowledge.
- You can work effectively as part of a team, taking on different roles, understanding the division of responsibilities, and recognising the importance of completing your assigned tasks.
- You can listen to others, participate in substantive discussions, set priorities, and ask relevant questions to better understand issues or obtain missing information.
- You can prepare and deliver presentations on computer science topics using multimedia tools.
- You can also write papers and reports based on a variety of sources, including English-language literature and technical documentation.
Social skills
- You are aware of the limits of your knowledge and are ready to continue learning independently in order to develop your expertise and professional skills.
- You understand that some problems require looking at different perspectives and consulting experts when it is difficult to find a solution on your own.
You understand your role as a computer engineer in society and can share knowledge about computer science and the work of an IT professional.
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Ambasador kierunku
dr Bartosz Dziewit
Współpracownik Europejskiej Organizacji Badań Jądrowych (CERN), w badaniach naukowych koncentruje się na teoretycznych aspektach fizyki cząstek elementarnych, ze szczególnym uwzględnieniem fizyki neutrin, a także szerokim spektrum nauk komputerowych i analizie danych.
Ambasadorka kierunku
Dominika Bryła
Zawsze fascynowały ją komputery, a rozwiązywanie najbardziej skomplikowanych problemów przychodziło jej z łatwością. Uprawia akrobatykę sportową i aerobik sportowy. Jest fanką domowej pizzy.
