• Scientific and pedagogical direction - Master of Engineering Sciences

LO-1. Calculate the parameters (including polarization and nonlinear) of charged particle beams in elements of cyclic and linear accelerators, necessary for the development and construction of accelerators.
LO-2. Use analytical and numerical methods for calculating and optimizing leading fields in linear and nonlinear magnetic structures of modern accelerator installations.
LO-3. Independently set and solve specific problems of diagnosing beams of charged particles; using modern mathematical methods and software and hardware systems, process data to solve the problem of finding the parameters of the examined beam of charged particles.
LO-4. Independently formulate the requirements and design the magnetic structures of modern sources of synchrotron radiation, make estimates of the necessary spectral photon fluxes for the implementation of basic techniques using synchrotron and undulator radiation; independently design the main components of free electron lasers.
LO-5. Use analytical and numerical methods for calculating the parameters of synchrotron and undulator radiation and free electron laser radiation; conduct an effective analysis of scientific and technical information in the field of creation and use of free electron lasers and synchrotron and undulator radiation installations.
LO-6. Carry out calculations related to the diffusion and moderation of neutrons, calculations related to determining the critical dimensions of reactors necessary for the development and construction of homogeneous and heterogeneous thermal neutrons reactors.
LO-7. Carry out calculations related to cross sections in the field of fast and intermediate neutrons and calculations related to the general design of fast neutron reactors, necessary for its development and construction.
LO-8. Use analytical and numerical methods for calculating and optimizing the leading physical characteristics and parameters of magnetic and inertial thermonuclear reactors.
LO-9. Independently set and solve specific problems related to stationary and non-stationary processes in nuclear and thermonuclear reactors using modern equipment and computer technologies.
LO-10. Using modern software and hardware systems, solve various problems related to nuclear electronics.
LO-11. Independently plan and organize the educational process in organizations of higher and postgraduate education, use the principles of student-centered learning and assessment, use methods and technologies of practice-oriented learning.
LO-12. Timely identify current trends in the field of nuclear engineering. Based on them, independently develop educational and methodological materials in the taught disciplines, taking into account the integration of education, science and innovation, maintain academic standards and promote the development of students, as well as conduct scientific research with them in the field of nuclear engineering.