Program courses

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Inauguration lecture (1st year):

Basic discoveries of Modern Physics leading to exploration of Nuclear Energy – prof. W. Gudowski (3h)

Lecture courses (30h each):

  1. Reactor physics of HTR-s – prof. J. Cetnar
  2. Fundamentals of reactor physics I – prof. W. Gudowski
  3. Fundamentals of reactor physics II – prof. W. Gudowski
  4. Multiphysics reactor analysis – prof. T. Kozłowski
  5. Critical assemblies for HTR reactors – prof. T. Kozłowski
  6. Basics of particle physics for nuclear engineering – prof. M. Dąbrowski
  7. Modelling of nuclear reactor physics by Monte Carlo Method – prof. J. Cetnar
  8. Physics of nuclear fission and fusion – concepts of new energy sources – prof. K. Czerski
  9. Physics of fast neutron reactors – prof. K. Czerski
  10. Coupled neutronics and thermalhydraulics for the  safety analysis of new nuclear reactor concepts – prof. R. Macian-Juan
  11. Computational Fluid Dynamics – prof. S. Kubacki
  12. Numerical methods in high temperature nuclear engineering – Dr. S. Potempski
  13. Nuclear reactors – Dr. O. Dorosh
  14. Application of metaheuristics methods and machine learning models in the optimal design of nuclear and chemical facilities – Dr. A. Wawrzyńczak-Szaban
  15. Advanced statistical techniques and data mining for nuclear data – Dr. P. Kopka
  16. Protection of Intellectual property rights from the perspective of research and development units/centers – dr inż. M. Jezierska-Zięba, Mgr A. Przytuła