Computer physics

Students of Computer physics learn and acknowledge mathematical methods used in science and engineering (particularly in scientific computing and data handling); basic concepts of general, applied and modern physics and technology; algorithms, numerical methods, programming techniques and IT tools used for computer physics.

The course lasts 7 semesters.

The course is addressed to those candidates, who want to handle complex problems of science and technology using appropriate tools of scientific computing, undertake new approaches for non-typical or novel scientific and technological problems.

Subjects:

• introduction to physics
• programming languages
• mechanics
• linear algebra
• algorithms and data structures
• discrete mathematics
• electromagnetism and optics
• statistics
• introduction to quantum physics
• computer physics
• introduction to artificial intelligence

Rekrutacja odbywa się na podstawie wyników uzyskanych na maturze z matematyki na poziomie podstawowym oraz przedmiotów zdawanych na rozszerzeniu: jednego z grupy matematyka lub fizyka oraz jednego z grupy matematyka, fizyka, chemia, informatyka (ewentualnie tytuł technika odpowiedniego kierunku).

Possible workplaces for the graduates:

• research and development institutes,
• IT companies,
• companies dealing with simulations of industrial systems,
• banks and insurance companies

"Studying Computer Physics is a great choice for people who want to combine knowledge of physics with modern computational methods and programming. I appreciate that this field allows students to solve complex scientific problems using computer simulations, data analysis, and advanced technologies. It provides valuable skills that can be applied in research, technology, engineering, and many other innovative industries."