Radio Physics and Electronics

Effective use of electronic means, computer equipment, devices and machines that are widely used in all spheres of life, is not possible without the professionals involved in the implementation, operation and repair of modern electronic means.

The educational program is aimed at providing basic knowledge of electronics,  skills of maintenance and repair of electronic equipment.

As a result  of the  study of subjects of the educational program "Radio Physics and Electronics" students must :

know and understand:

• • element base of electronic devices ,
• • principle of simple analog and digital devices
• • have an understanding of the structure and principles of the organization of electronic measurement techniques, transmission and processing of information

be able to:

• Apply the radio-electronic equipment in practical activities,
• adapt the standard radio-electronic devices for the purpose of a particular physical experiment,
• synthesize the basic functional radio-electronic devices for integrated circuits and discrete components, computer models.
• Perform installation and on simple circuits and circuit design,
• Assess the value of voltage and current in a circuit
• draw and understand simple radio circuits
• master:
• the main methods of using information technologies , including advanced computer graphics in their subject area ;
• technology demonstration of basic knowledge in the field of natural sciences and the willingness to use the basic laws in the professional activities , apply methods of mathematical analysis and modeling, theoretical and experimental studies ;
• the use of methods and forms of legal documents in their professional activities;
• the main methods of protection of industrial workers and the public from the consequences of possible accidents, natural disasters;
• analytical skills of scientific and technical information, the study of domestic and international experience on the subject of the study;
• techniques form a complete understanding of the decisions taken and the results obtained in the form of a report with its publication (public protection ) ;
• develop simple techniques of technical designs of the facility;
• by the use of information technology in their subject area ;
• techniques for identifying and securing effective operation of processes on a given method ;
• the desire to study scientific and technical information , the domestic and international experience on the subject of the study;
• Planning skill of the pilot studies

Catalogue of disciplines of the educational program

Catalogue of disciplines  of the educational program contains a description of each discipline separately indicating the prerequisites and postrequisites, number of credits, occupations, information about the leaders of the program.

Basic disciplines

Религиоведение/Дінтану/ Religious Studies -1 кредит

Prerequisites: study of the subject " religion " implies knowledge of the history of Kazakhstan , philosophy, natural history , anatomy , physiology , chemistry, physics.

Course Outline : Religion as a subject and an object of religious studies course . The emergence of religion. The structure and content of religion as a phenomenon. Specificity of the religious system of the ancient East and the Ancient World . Tengrianism as an early form of religious consciousness. Christianity, Buddhism , its origin and essence. The sacred book of the Christians. Main Currents in Christianity. Islam. The Quran , Sunnah , Shariah . The main flow. Religious phenomenon in the modern world , and Kazakhstan. The course of discipline " religion " gives a systematic understanding of the content and the role of religion in society, the world's faiths .

Postrequisites : Knowledge of " religion " allows you to master the course of political science , sociology, psychology.

Types of academic classes: seminars

Program managers : G.Shaimerden Y. Bondarenko

Математикалық талдау және алгебра және аналитикалық геометрия/ Математический анализ и алгебра и аналитическая геометрия / Mathematical analysis and Algebra and Analytical Geometry -4 credits

Prerequisite courses : mathematics

Course Content : Introduction . Real numbers . Sequences . Limit function. The continuity of the function. Differential calculus of functions of one variable. The full study of the function and the construction schedule. The primitive function and indefinite integral. The definite integral . Improper integrals . Matrices and determinants . Solving systems of linear equations. Curves of second order. Direct the plane. Direct and a plane in space. Vectors. Complex numbers .

Postrequisites : Differential and integral equations and the basics of vector and tensor analysis , theoretical mechanics .

Types of academic classes : practical

Program managers : J. Dauletbaeva

Теориялық механика/Теоретическая механика/Theoretical MechanicsTheoretical Mechanics -3 credits

Prerequisite courses: Mathematical analysis and Algebra and Analytic Geometry

Course Content : Basic concepts. The conservation laws . Integration of the equations of motion. The collision of particles. Small oscillations . Motion of a rigid body. Canonical equations . The concepts of continuum mechanics .

Postrequisites : quantum mechanics

Types of classroom teaching : practical

Program Manager: G. Assanova

Дифференциалдық және интегралдық тендеулер және векторлық және тензорлық талдау негіздері /Дифференциальные и интегральные уравнения и основы векторного и тензорного анализа /Differential and Integral Equations and Basics of vector and tensor analysis  - 3 Credits

Prerequisite courses: Mathematical analysis and Algebra and Analytic Geometry

Course Content : Differential equations of the 1st order . Linear differential equation of order n . Linear systems . Boundary problems . The normal system of differential equations. Linear equations in partial derivatives. Elements of functional analysis. Integral equation. The basic concepts of vector analysis . Rotate the coordinate system. The product of vectors. Gradient , divergence, curl . The action of the nabla . Consistent application of the nabla operator . Integrating vectors. Gauss theorem . Stokes theorem . Coordinate Systems . Curvilinear coordinates . Cartesian , spherical , cylindrical coordinates . Differential operators in curvilinear coordinates. Tensor analysis . Introduction . Basic concepts. Coagulation, direct product. Generally private . Pseudotensors .

Postrequisites : optics , atomic physics , quantum mechanics , thermodynamics and statistical physics

Types of academic classes: practical

Program managers :  J.Dauletbaeva

Деловой этикет / Іскерлік этикет / Business etiquette - 1 credit

Prerequisites course: History of Kazakhstan .

Contents of the course: Business etiquette as the established order of business contacts . Terms of business communication. National etiquette and culture of verbal communication in Kazakhstan. Style businessman: appearance, the official business communication style and culture of speech . Ethics of business communication. Business rhetoric . Etiquette modulation of speech. Communication skills of speech: the correctness and normativity , accuracy and consistency . Body language ( nonverbal communication ) . Public speaking , speech image of the speaker. Mobile etiquette . Minutes of business communication, it rules . Protocol types of situations .

Types of academic classes: practical

Program Manager: A. Bayahmetova

Психология конкурентоспособной личности /Бәсекеге кабілтетті тұлға психологиясыPsychology of competitive personality - 1 credit

Prerequisites: In order to develop the discipline necessary to know the students the basics of their profession.

Course Outline : In the face of intense socio - economic transformation in the Republic of Kazakhstan , the special requirements for individual professionals. During training, the discipline students will learn to make an informed choice in favor of positive personal change; innovative approaches to solving problems , to learn the techniques of building plans, personal growth , productivity, work , career , get management skills , effective communication , self-regulation.

Types of academic classes: lectures , practical

Program Manager: O. Elchischeva

Делопроизводство на казахском языке/ Қазақ тілінде іс құжатын жүргізу Office Work in the Kazakh Language - 1 credit

Prerequisites course: high-school Kazakh language

Course content : Documentation . General rules for the preparation , execution , management structure of documents. Classification of documents: organizational documents , administrative documents , information and reference documents . Drafting of various types of documents ( description , order , contract , employment contract , certificate , etc.) , filling out forms and samples for Dunn themes , developing the ability to correct translation in two languages ​​, reliable error-free filling of samples securities business in the state language .

Types of academic classes: practical

Program Manager :A. Esetaeva

Математикалық физика әдістері/Методы математической физики/Methods of Mathematical Physics - 2 credits

Prerequisite courses: Differential and integral equations and the basics of vector and tensor analysis , calculus and algebra and analytic geometry

Course Content : Types of equations. Hyperbolic equations . Generalized functions . Sturm- Liouville problem. A parabolic equation . The equations of elliptic type .

Postrequisites : nuclear physics , quantum mechanics , thermodynamics and statistical physics

Types of academic classes: practical

Program managers : J.Dauletbaeva

 Электроника және сұлбатехника негіздері/Основы электроники и схемотехники/ Basics of Electronics and Schemetechnique - 4 credits

Prerequisites course: Electricity and Magnetism, differential and integral equations and the basics of vector and tensor analysis.

Contents of the course: Fundamentals. Drawings of the products. Graphic design of electrical circuits and printed circuit boards. Conditional graphical notation electro - electronic components. Methods of analysis of linear and nonlinear circuits. Physical fundamentals of semiconductor devices. Electronic amplifiers. Sine wave generator. Digital electronics. Storage.

Postrequisites : Devices of electronic engineering

Types of academic classes: practical, laboratory

Program Manager: V.Poezzhalov

Общая теория измерений и измерительная техника / Өлшеуіш техника және өлшеудің жалпы теориясы/General theory of measurement and measuring technique - 3 Credits

Prerequisites course: mechanics, molecular physics

Course Content : Introduction . The purpose and content of the course . The concepts and definitions of the general theory of measurement. Characteristics of measuring instruments. General information about the measurement technique . The errors of measurement . Processing of measurement results. Transmitters of physical quantities. General Information. The structure of the transducers . Classification of transducers . Principle of operation properties and application of different transducers. Means for measuring electrical quantities . Measurement frequency time slots and the phase shift . Digital instruments and transducers. Means for measuring current and voltage . Means of measurement circuits with lumped parameters . Means of measuring non-electrical quantities . Methods of measurement of non-electrical quantities . Means of recording information in the measurements. Analog digital display device . Measuring information system. Elements of measuring information systems . Electromechanical analog gauges . Devices comparison. Recording Devices . Digital measuring device. Means for controlling the current and voltage .

Types of academic classes: practical, laboratory

Program Manager: D. Orazalinova

 Микропроцессорная техника / Микропроцессорлық техника Microprocessor engineering - 3 Credits

Prerequisites course: mechanics, molecular physics , electricity and magnetism .

Contents of the course : Basics of Materials mikroprotsesornoy technology. Physical processes conductors and their properties. Physical processes and their semiconductor properties . Physical processes in dielectrics and their properties. Physical processes in magnetic materials and their properties.

Types of academic classes: practical , laboratory

Program Manager: M.Yaufman

Основы компьютерной физики / Компьютерлік физика негіздері / Fundamentals of Computer Physics - 4 credits

Prerequisite courses : mathematics , physics , computer science, mechanical drawing .

Course content : The concept of programming and programming languages. Language Visual C #. The syntax and operators . Function. The variables and constants. Conditional selection . Cycles . Arrays . Text and binary data. Schedule. Working with drivers and API functions.

Types of academic classes: practical , laboratory

Program Manager: O.Benyukh

Основы радиосвязи и телевидения / Радиобайланыс және телевидение негіздері Principles of radio communication and television - 3 Credits

Prerequisite courses : computer science , electricity and magnetism, optics .

Course Content : Introduction to the subject . Distribution of the frequency spectrum. Antennas , their characteristics . Lines and communication channels. Modulation and demodulation . Television signal standards . Satellite TV. Cable TV and Internet TV lines . Cellular communications . Electronic navigation systems . Radiolocation. Information storage systems .

Types of academic classes: practical , laboratory .

Program Manager: V. Poezzhalov

Радиотехнические цепи и сигналы / Радиотехникалық тізбектер мен сигналдар / Radio circuits and signals - 3 Credits

Prerequisites course: mechanics, molecular physics , electricity and magnetism .

Course content : The circuits with lumped parameters. Signals . Passage signal circuits. Waveform . Distortion. The reception and transmission of signals . Noises.

Types of academic classes: practical , laboratory

Program Manager: A. Valentová

Системы передачи информации / Ақпаратты беріліс жүйелері /Data transmission system - 3 Credits

Prerequisites : computer science , computer modeling of physical processes.

Course Content : Introduction . Data network. Introduction to the Internet. The principles of network construction. The physical layer . Link-layer protocols . Switching. The network layer . Telephone networks. Digital network. Wireless telephony . Data network. Convergence .

Types of academic classes: practical , laboratory .

Program Manager: M. Dunsky

Majors

Теория и методика обучения физике/ Теория және физикаға үйретудiң әдiстемесi/Theory and methods of teaching physics - 2 credits

Prerequisites course: mechanics, molecular physics , electricity and magnetism, optics .

Course content : The main objectives, methods and means of teaching physics. The principles of learning. The content and structure of the course Physics secondary institutions. The forms of organization of the educational process in physics in secondary schools . Extracurricular forms of school organization. Inspection and assessment of knowledge and skills of students. Planning the work of a teacher. Methods of forming the basic concepts of physics. Content, methods and techniques . Methods of solving different types of problems .

Types of academic classes: practical , laboratory

Program Manager:  D.Orazalinova

Материалы электронной техники / Электрондық техника материалдары /Materials for Electronic Technology - 3 Credits

Prerequisites course: mechanics, molecular physics , electricity and magnetism .

Course Content : Understanding the materials of electronic equipment . Physical processes conductors and their properties. Physical processes and their semiconductor properties . Physical processes in dielectrics and their properties. Physical processes in magnetic materials and their properties.

Types of academic classes: practical , laboratory

Program Manager: M.Yaufman

Физика конденсированного состояния / Конденсацияланған күйдi физика / Condensed Matter Physics - 3 credits

Prerequisites course: Electricity and Magnetism , differential and integral equations and the basics of vector and tensor analysis.

Course content : The condensed state and the formation of the crystalline solid . Crystallographic classes and systems. Methods of X-ray study of crystals. The elastic properties of the bodies . Vibrations of the crystal lattice. The expansion of solids. Quasi-particles in a solid. The dispersion law . Thermal conductivity. Free-electron model . The model of nearly free electrons. Brillouin zone. The electronic specific heat of metals. Electrical conductivity of metals. Types of defects in the crystal lattice. Equilibrium and non-equilibrium defects in crystals.

Types of academic classes: practical , laboratory

Program Manager: M.Yaufman

Термодинамика и статистическая физика/ Жылу динамика және статистикалық физика  Thermodynamics and Statistical Mechanics - 3 credits

Prerequisites course: mechanics, molecular physics , electricity and magnetism .

Course Content : The basic laws of thermodynamics and methods , the conditions of equilibrium and stability , the basic concepts of statistical physics , common methods of statistical mechanics, statistical theory of ideal systems , the statistical theory of imperfect systems , the equation for the distribution function , the fluctuation theory , the foundations of nonequilibrium thermodynamics , Brownian motion and random processes , the kinetic equation.

Types of academic classes: practical , laboratory

Program Manager: A.Baynyashev

Физические основы методов анализа / Талдау әдiстерiнiң физикалық негiздерi /Physical basis of the methods of analysis - 2 credits

Prerequisites course: mechanics, molecular physics , electricity and magnetism, optics .

Course content : The object and purpose of the physical analysis. Basic principles of physical, chemical and physical methods of analysis. Metrological basis of physico - chemical analysis. Mechanical methods of analysis: volumetry . Chromatographic methods of analysis of TG . The main task of the thermal analysis. Electrochemical methods of analysis Potentiometric analysis . Direct potentiometry . Potential measurement . Voltammetry . Polarography : Optical methods of analysis. Refractometry . Spectrophotometry . Electromagnetic spectrum . Theoretical basis of photometric analysis . The law of radiation absorption agent ( Bouguer's law -Lambert ) . EPR and NMR phenomena Physical basis of electron paramagnetic ( spin ) resonance and nuclear magnetic resonance ( EPR and NMR). Mass spectrometry . Types of mass analyzers .

Program Manager: M. Poezzhalov

Electronics devices - 3 Credits

Приборы электронной техники / Электрондық техника приборлар / Electronics devices - 3credits

Prerequisites: basic electronics, materials, electronics, physics of condensed matter.

Course Content: Introduction. Elements of integrated circuits. Electron-beam tubes. Discharge devices. Photoelectric devices. Optoelectronics.

Types of academic classes: practical, laboratory.

Program Manager: A. Valentová

Преобразовательные устройства и интерфейсы / Түрлендіруші құрылғылар мен интерфейстер / Converter installations and interfaces – 3 credits.

Prerequisites course: elektroradiodrawings and circuits, basic electronics, electricity and magnetism.

Course Content: Information processing systems. Link. Electronic sensors of different sizes. Computer processing of the measured values. Smoothing, filtering, averaging. System approval sensors links.

Types of academic classes: practical, laboratory.

Program Manager: M.Yaufman

Physical basis of the methods of analysis

Radio / Radio / Radiophysics - 4 credits.

Prerequisites course: mechanics, molecular physics, electricity and magnetism, optics.

Course content: The course describes the physical processes and phenomena in linear and non-linear transformations of the signals in the radio and optoelectronic devices. A classification of linear and nonlinear lumped and distributed systems. The capabilities of nonlinear signal transformations realizing, in particular, detection and modulation operation. Presented the physical basis of the nonlinear electronic elements, amplifiers and principles of generators of electrical and optical signals, the elements of information theory principles, and digital signal processing devices. The examples of the use of radio-physics methods.

Program Manager: V. Poezzhalov