Educational programs

6B01503 "Physics": Bachelor's degree. The program is trilingual and is associated with the pedagogical training of bachelors who possess theoretical knowledge in the field of physics, methods of teaching physics in secondary educational institutions.  In the course of training, the student will learn the main sections of physics and mathematics, solving problems of increased complexity, and professional English. Students are invited to study such relevant disciplines as" Methods of translation of physical terms"," Methods of teaching physics"," School Experiment technique"," Physics of nuclear and elementary particles", "School Physics Workshop". Graduates receive a Bachelor of Education degree and can work as physics teachers in schools, colleges.

6B01504 "Physics-Informatics": Bachelor's degree. The program is bilingual and trilingual. It is associated with the pedagogical training of bachelors who possess theoretical knowledge in the field of physics and computer science, methods of teaching physics and computer science in secondary educational institutions. In the course of training, the student will learn the main sections of physics, computer science and mathematics, solving problems of increased complexity, programming languages, professional English. Students are invited to study such relevant disciplines as" Web technologies, web programming and Internet technologies"," Object-oriented programming"," Methods of teaching physics"," Methods of teaching computer Science","Methods of organizing and conducting a demonstration experiment in high school". Graduates receive a Bachelor of Education degree and will be able to work as teachers of physics and computer science in schools and colleges.

6B05304 "Physics": Bachelor's degree. The program is trilingual and is related to the study of physics. Students learn to observe, catalog, and model natural phenomena. They are invited to study such relevant disciplines as" Computer modeling in the study of nanomaterials"," Structural analysis of substances by X-ray spectroscopy"," Optical methods for the study of nanostructures"," Molecular Spectroscopy", "Laser Physics". Graduates receive a Bachelor of Science degree and will be able to work as laboratory assistants and engineers at research centers and universities.

7M015001101 "Physics": Master's degree. The program is aimed at training scientific and pedagogical personnel. The master's student will study modern technologies of teaching physics, theoretical and practical problems of modern physics. The curriculum includes such relevant disciplines as" Innovation in applied physics"," Current problems of modern physics"," Modern pedagogical technologies in teaching natural science disciplines"," Professional foreign terminology in physics", "Computer methods in the field of nanotechnology". Graduates receive a master's degree in education and will be able to teach at a university, engage in research activities, work as physics teachers in schools, colleges, employees of research centers, specialists of education departments.

7M01501101 "Physics": Master's degree. The program is aimed at training scientific and pedagogical personnel. Undergraduates are invited to study such relevant disciplines as" Methods of scanning microscopy"," Structural analysis of single crystals"," Nuclear magnetic resonance spectroscopy"," Computer modeling of physical processes in matter and their properties", "Electronic processes in condensed matter". Undergraduates have the opportunity to study some subjects in English. Graduates receive a master's degree in natural sciences and will be able to work at the university, engage in research activities, work as an engineer, senior researcher in research centers, universities.

8D05302 "Physics": doctoral program. The program is aimed at training scientific and pedagogical personnel, researchers in the field of physics. Doctoral students are invited to study such relevant disciplines as" Scanning probe microscopy"," Methods for obtaining and studying nanostructures"," Functional nanomaterials: production, properties, application", "Optical and microscopic methods for studying nanostructures and nanomaterials", "Nanoplasmonics". Graduates receive the degree of Doctor of Philosophy-PhD and will be able to teach at the university, engage in research activities, and work in research institutes, centers, laboratories, design and design bureaus.