Oleg Alekseevich Ageev
+7(863) 437-16-11
Professor
Institute of Nanotechnologies, Electronics and Equipment Engineering
officer
Southern Federal University
Research interests:
nanotechnology, nanoelectronics, microsystems technology, nanosystems technology, atomic force microscopy, scanning tunneling microscopy, molecular beam epitaxy, focused ion beams, laser ablation
Research projects:
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Teaching:
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Physical basis of micro- and nanoelectronics
nanoelectronics" is the formation of general cultural and professional competencies in the field of physical foundations of micro- and nanoelectronics for solving the problems of design and technology of electronic media.
Discipline is included in the module "Electronics and Nanoelectronics" the variable part of the curriculum. Professional cycle, the basic component. Discipline is based on competence, volume and volume of training: Physics, Higher Mathematics, Special sections of physics (physics of semiconductor and microelectronic devices). The results of the study of the discipline are the basis for the courses: Fundamentals of the design of electronic tools, Design of integrated circuits.
The process of studying the discipline, aimed at the formation of a set of elements corresponding to the overall professional competence in accordance with GEF on the assignment for training. The ability to provide a scientific picture of the world that is adequate to the modern level of knowledge on the basis of knowledge of the basic provisions, laws and methods of the natural sciences and mathematics;
The ability to identify the natural-science essence of the problems arising in the course of professional activity, to involve for their solution the corresponding mathematical apparatus; As a result of mastering the discipline, the student must: Know: The physical basis of micro- and nanoelectronics, the properties of materials of electronic technology. To be able: to use standard packages of applied programs for the decision of practical problems; Providing technical solutions using computer graphics and geometric modeling tools; Own: the correctness of the experimental study of materials.
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Physical basis of micro- and nanosystem systems
The purposes of mastering the discipline are familiarization with the physical principles of the construction and functioning of micro- and nanosystem-based technology, the formation of knowledge of physical principles, characteristics, basic designs and features of the use of elements and devices of micro- and nanosystems. The main tasks of development are:
- familiarization with the physical foundations of micro- and nanosystems technology on the basis of the main provisions, laws and methods of the natural sciences and mathematics;
- study of the theoretical features of the construction and operation of elements of micro- and nanosystem systems, taking into account their further practical application and use;
- formation of students' abilities to attract the appropriate physical and mathematical apparatus for developing and analyzing the possibilities of using micro- and nanosystems;
- formation of students' ability to present a scientific picture adequate to the modern level of knowledge in the field of construction and functioning of micro- and nanosystems.
To study this academic discipline, the following knowledge, skills and skills, formed by the preceding disciplines, are necessary:
- "Physics"
- "Mathematics"
- "Physical and chemical foundations of micro- and nanotechnology processes"
Knowledge: the basics of mathematical analysis, solid state physics and the physico-chemical foundations of micro- and nanotechnology processes.
Skills: use the appropriate physical and mathematical apparatus for the development and analysis of elements and devices of micro- and nanosystem systems
Skills: the ability to analyze, develop elements and components of micro- and nanosystems, to calculate the main parameters of materials and components of nano- and microsystem equipment.
The list of subsequent academic disciplines, for which knowledge, skills and habits formed by this academic discipline are necessary:
- "Components of micro- and nanosystems"
- "Modeling and designing of micro- and nanosystems"
The acquired knowledge, skills and skills in the course of studying the discipline "Physical fundamentals of micro- and nanosystems" can serve as a basis for modeling, calculating the basic parameters of materials and components in the design of elements and systems of nano- and microsystem equipment. And also when performing qualification work in the field of designing and developing the technology of nano- and microsystem equipment.
