Discipline of unified education module 'Physics' (areas and specialty):

• 13.03.01- Heat and Power Engineering and Heat Engineering
• 13.03.02 - Electric Power Engineering and Electrical Engineering
• 13.03.03- Power Machinery Engineering
• 14.05.02 - Nuclear Power Plants: Design Engineering, Exploitation and Engineering
• 22.03.01 - Materials Science and Technology
• 27.03.01 - Standartization and Metrology
• 27.03.02 - Quality Management
• 27.03.05 - Innovation Management

Physics 1.1 (Mechanics. Molecular physics and thermodynamics) 6 Cr.

• Lecture - 40 hours.
• Practical training - 16 hours.
• Laboratory work - 24 hours.
• Auditorium work - 80 hours.
• Independent work - 136 hours.
• Total - 216 hours.

The objectives of the discipline is to study the basic laws of classical mechanics and molecular physics, the development of methods for solving typical physical problems, the study of methods of physical experiment.

Physics 2.1 (Electricity and magnetism) 6 Cr.

• Lecture - 32 hours.
• Practical training - 32 hours.
• Laboratory work - 16 hours.
• Auditorium work - 80 hours.
• Independent work - 136 hours.
• Total - 216 hours.

The discipline "Physics 2.1" includes the "Electricity and Magnetism" course, "Oscillations and waves." As a result of the development of the discipline the student should know the basic physical phenomena and the basic laws of electromagnetism, kinematics and dynamics of harmonic oscillations, wave processes.

Physics 3.1 (Optics. Quantum physics. Atomic physics. Nuclear physics) 6 Cr.

• Lecture - 32 hours.
• Practical training - 32 hours.
• Laboratory work - 16 hours.
• Auditorium work - 80 hours.
• Independent work - 136 hours.
• Total - 216 hours.

The discipline "Physics 3.1" includes courses "Electromagnetic Waves", "Wave and quantum optics." As a result of the development of the discipline the student should know the basic physical phenomena and the basic laws of wave and quantum optics.