Fundamentals of physics-2

Description

Goals and objectives of the subject: deepening the knowledge of fundamental physics: to expand students' knowledge of electromagnetism, optics, wave motion and modern physics and apply them to engineering problems; development of applied skills: to increase the ability to use the laws and principles of physics in the development and analysis of technology and engineering systems; analytical and practical approach: mathematical modeling of physical processes and application of these models in solving real problems. to teach students to use theoretical knowledge of physics in practical laboratory work and engineering applications. it is important for engineering physics to understand multidisciplinary problems and to develop the relationship of the laws of physics with other scientific fields.

Course learning outcomes

1. 1

   CLO 1: Clo1. it explains the basic laws of electric and magnetic fields, the interaction of electric charges, the characteristics of an electric field, and electrostatic phenomena.

2. 2

   CLO 2: Clo2. solves engineering problems based on constant and alternating electric current, basic laws of electric circuits (ohm's and kirchhoff's laws).

3. 3

   CLO 3: Clo3. explains the magnetic field, the magnetic effect of current, the phenomenon of electromagnetic induction, and the basic ideas of maxwell's equations, justifying their technical applications.

4. 4

   CLO 4: Clo4. analyzes the generation mechanism of electromagnetic oscillations and waves, their propagation characteristics and their applications in communication systems.

5. 5

   CLO 5: Clo5. explains the basic laws of geometric and wave optics (reflection, refraction, interference, diffraction and polarization of light) and analyzes the working principle of optical systems.

6. 6

   CLO 6: Clo6. it explains the basic concepts of thermal radiation, photoeffect, atomic and nuclear physics, and connects the fundamental principles of quantum physics with modern technologies.

7. 7

   CLO 7: Clo7. describes physical phenomena with mathematical models, processes experimental results, evaluates measurement errors and interprets results on scientific grounds.

8. 8

   CLO 8: Clo8. it applies the fundamental laws of physics in electronics, electrical engineering, telecommunications, optoelectronics, energy systems, sensor technologies and other engineering fields.

9. 9

   CLO 9: Clo9. independently researches, analyzes scientific and technical data in the field of physics and presents the results professionally in written and oral form.

10. 10

    CLO 10: A student who has successfully completed the subject: explains and applies the basic laws of electric and magnetic fields. analyzes electrical circuits, solves problems using ohm's and kirchhoff's laws. explains the generation and applications of electromagnetic induction and electromagnetic waves. it applies the laws of geometric and wave optics to various optical systems. it explains the basics of modern physics (thermal radiation, quantum, atomic and nuclear physics). analyzes physical phenomena by analytical and experimental methods. processes measurement results and evaluates experimental errors. it applies the fundamental laws of physics in the fields of modern engineering and technology.