Computer science for embedded systems

The Computer Science for Embedded Systems programme equips students with the practical knowledge and technical skills needed to design and develop modern embedded systems used in a wide range of applications, including cars, robots, IoT devices and medical equipment. Students learn to create, test and improve technological solutions, covering both hardware and advanced software development.

The curriculum includes low-level and high-level programming, digital circuits, embedded systems, real-time operating systems (RTOS), computational acceleration technologies such as FPGA and GPGPU, and system security.

The Computer Science for Embedded Systems programme is ideal for individuals interested in programming, electronics and the development of advanced technological solutions. It is particularly suitable for those who enjoy solving technical problems and want to explore how hardware and software work together in devices such as robots, smart systems and medical equipment. Students with analytical thinking skills, curiosity about new technologies and a practical approach to learning will find this programme especially rewarding.

Same courses from the study programme:

• Basic Microcontroller Programming
• Fundamentals of Computer Science
• Fundamentals of Data Transmission
• Algorithms and data structures
• Metrology
• Cybersecurity Fundamentals
• Fundamentals of Electronics
• Software Design and Development
• Network Programming
• Microprocessor Architecture and Programming
• Parallel and Concurrent Computing
• Efficient Microcontroller Programming
• Embedded Systems with Artificial Intelligence
• Embedded Operating Systems

Main subjects:

• one of: matematyka, fizyka, informatyka
• one of: matematyka, fizyka, informatyka, język obcy.

Always check the recruitment requirements on the university website.

The programme focuses heavily on hands-on learning through laboratory sessions, collaborative projects and the application of professional tools for simulation, testing and optimisation. This practical approach enables students to develop competencies that align with current industry requirements. Alongside their technical expertise, students strengthen essential soft skills, including communication, teamwork and time management.

These abilities prepare graduates to contribute effectively to interdisciplinary projects and pursue positions that combine technical proficiency with organisational responsibilities.

Studying Computer Science for Embedded Systems is an excellent choice for those who want to develop practical skills in programming and designing modern technological solutions. The programme combines computer science with electronics and automation, preparing students to work on technologies such as robotics, smart devices, automotive systems and medical equipment. Graduates can pursue career opportunities in the IT industry and other sectors that rely on advanced digital technologies.