Infopaket

ELECTRONICS MATERIALS AND ELEMENTS

ДВС.4.05

Вибіркова дисципліна для ОП

Second

2023/2024

2 Semester

3

Know the mathematical and physical theories used in the field of radio engineering, electronics and telecommunications Find materials and element base of analog and digital radio electronics. Find and analyze engineering and technical information necessary for work. Choose components for the implementation of engineering and technical projects taking into account efficiency, manufacturability, environmental friendliness. Provide design, installation and operation of radio-electronic and telecommunication equipment. To fulfill prescriptions of standards and unification requirements. Apply knowledge to solve specific engineering and technical problems of telecommunications and information protection. Solve complex engineering and technical problems in the field of telecommunications and radio engineering and information security, which require in-depth knowledge in the field of physics, mathematics, computer technologies

Full-time form

The educational discipline "Materials and elements of electronics" is based on the cycle of disciplines of professional and practical master's training, namely: "General physics", "Fundamentals of the theory of circles", "Metrology and radio measurement" and others. Prerequisites: master should know: basic physical concepts, categories and methods of scientific research knowledge in the field of professional activity and corporate culture of engineering activity. a master's degree should be able to: solve complex technical tasks related to the needs of developing and operating radio electronic devices and ensuring safety requirements. a master's degree must possess: elementary skills in the application of computer technologies, methods of physics, mathematics and engineering

The discipline "Materials and elements of electronics" belongs to the list of disciplines of choice of universities and is taught in the II semester of the master's degree. The study of the discipline contributes to the formation of personal competencies of a specialist, technically educated and morally oriented in the performance of professional duties. Engineering knowledge and engineering competence are requirements of modern society. Increasing the role of the engineering component in the development of society, practicing the skills of its implementation in the professional activity of a specialist determines the relevance and importance of this discipline, determines the development of cognitive and analytical capabilities of master's students, which will contribute to the deepening of their professional skills and professional culture, the implementation of humanistic, professionally balanced approaches to the organization content and nature of professional activity. The subject, tasks, theoretical foundations, methodology, main directions and problems of modern research of professional activity and corporate culture of engineering activity are determined. Processes of formation of professional activity, experience of realization in professional interaction of the unity of scientific and professional regulators in operation of radiophysical systems and networks are considered. The methods and knowledge obtained during the mastering of this discipline are used in the study of other disciplines studied in the following semesters of the master's degree.

1. Odnodvorets L.V. Materials and components of functional electronics: study guide / L.V. Odnodvorets, I.M. Pazukha. – Sumy: Sumy State University, 2020. – 196 p. 2. I. Yu. Protsenko Nanomaterials and nanotechnologies in electronics: a textbook / I. Yu. Protsenko, N.I.Shumakova. – Sumy: 2018. – 155 p. 3. L. V. Krylyk Materials of electronic technology: teaching. manual / L. V. Krylyk, O. O. Seletska. – Vinnytsia: VNTU, 2017. – 120 p. 4. Bolyukh V. F. Fundamentals of electronics and microprocessor technology: teaching. manual / V. F. Bolyukh, V. G. Danko. - Kharkiv: NTU "KhPI", 2011. - 257 p. 5. Zayachuk D. M. Nanotechnology and nanostructures / D. M. Zayachuk. - Lviv: Lviv. polytechnic, 2009. – 581 p.

The academic semester has 2 content modules: content module 1 includes topics 1-5, content module 2 includes topics 6-10. Students perform a practical task. To determine the level of achievement of the learning outcomes, control works and practical tasks check the knowledge of the material studied in the first and second meaningful modules. Successful completion of practical tasks and writing of modular control papers is mandatory for admission to the credit. In case of absence from the seminar class, the student must work on the topic orally if there is a synopsis (materials) of the preparation

carried out in accordance with the "Regulations on the organization of the educational process at the Taras Shevchenko National University of Kyiv

Ukrainian