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Fundamentals of optoelectronics

ОК 7.

Обов’язкова дисципліна для ОП

First

2022/2023

3 Semester

3

Know: The main types of optical phenomena. Content of the basic laws of wave optics. Basic photometric quantities; basic laws of geometric optics. Peculiarities of the unity of regularities of oscillatory and wave processes of various nature PR02 Be able: Apply the laws of wave and geometric optics to describe optical phenomena. Experimentally investigate, qualitatively and quantitatively evaluate the main optical phenomena. Conduct research and measurement of object parameters; to have the methodology of measurements and processing of results. Calculate physical quantities according to analytical expressions PR02 PR07 Communication and autonomy Demonstration of knowledge, abilities and skills PR02 PR07 Performing independent work PR02

Full-time form

Successful study of the disciplines of the previous academic semesters of the specified educational and professional program, in particular, higher mathematics, introduction to geoinformatics, topography with the basics of geodesy.

The program of the academic discipline consists of the following content modules: 1. Fundamentals of wave optics. 2. Basics of photometry and geometric optics. The main tasks of the academic discipline: – knowledge of basic optical phenomena; content of the basic laws of wave optics; basic photometric quantities; basic laws of geometric optics; unity of regularities of oscillatory and wave processes of various nature; - the ability to apply the laws of wave and geometric optics to describe optical phenomena; experimentally investigate, qualitatively and quantitatively evaluate the main optical phenomena; generalize and specify the methods of researching the physical condition of objects; conduct research and measurement of object parameters; to have the methodology of measurements and processing of results; mastering the methods of analysis of physical phenomena; developing the ability to calculate physical quantities using analytical expressions; developing the ability to use mathematical apparatus to solve certain physical problems.

1. Experimental optics: teaching. manual / Oleg Kushnir, Yuriy Korchak, Lev Lutsiv-Shumskyi, Serhiy Rykhlyuk. - Lviv: Lviv. national University named after I. Franka, 2009. - 465 p. 2. Elements and components of electronic devices: tutorial. for students / M. D. Matviykiv, B. S. Vus, O. M. Matviykiv. – Lviv: View of Lviv. polytechnics, 2015. – 496 p. 3. Optics: education. manual / Viktor Makhnii, Mykhailo Berezovskyi, Oksana Kinzerska; for sciences ed. Prof. V. P. Makhnia. – Chernivtsi: Druk Art, 2018. – 335 p. 4. V. M. Prokopets, M. V. Yakubovskyi. Measurement of refractive indices of water and aqueous solutions by the method of ellipsometry // Technical regulation, metrology, quality, information and transport technologies. – Odesa, 2020. – P. 82–84.

Lectures, laboratory work, written control work, tests, defense of completed independent work, assessment.

- current (semester) assessment (grade for laboratory work (minimum grade 24, maximum 40; control papers (6–10); independent work (5–10)); – final (final) assessment in the form of credit (assessment for theory knowledge (minimum 12, maximum 20 points); assessment for the practical part (laboratory work) (13-20)). For students who scored a total of less points than the critical calculation minimum - 35 points, it is necessary to pass an additionally completed individual complex task for admission to the final control form.

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