Graduates of the Computer Physics programme combine a strong foundation in physics and mathematics with expertise in computational methods for modelling, simulation, and data analysis. They are well prepared to contribute to research and development in areas where advanced numerical techniques are used to investigate physical phenomena and solve complex scientific and engineering problems.
The broad analytical and quantitative skills developed during the programme are highly valued across industry and research. Graduates are well suited for careers in organisations that rely on numerical modelling, scientific computing, simulation of physical and industrial systems, or quantitative data analysis, including research institutes, engineering and technology companies, high-performance computing centres, and industrial R&D laboratories. Their expertise is also applicable in sectors such as finance and insurance, where mathematical modelling and computational analysis support decision-making and risk assessment.
The programme provides an excellent basis for continuing education in second-cycle studies, particularly in physics-related fields such as Technical Physics (Fizyka Techniczna). Graduates of the programme may continue directly to this Master's programme without the need to take an additional entrance examination.
