The professional activities of the graduates of the program are aimed at radio engineering, electronics, digital communication systems, intelligent telecommunication technologies, broadcasting and television systems. Training of specialists in radio engineering, electronics and telecommunications will be carried out under the new educational program (EP) . The content of the disciplines of the educational program was developed taking into account the relevant educational programs of the leading universities of the world and the international classifier of professional activities in the field of telecommunications. Types of professional activity are: production and technology; service-operational; organizational management; assembly and commissioning; settlement and design; experimental research. The subjects of professional activity are systems that include: the development and operation of telecommunication systems, radio communications, television, radio broadcasting, radar and navigation, radio control, mobile communications, satellite communications, radio transmission and reception of television and sound signals, electronic and computer systems and systems controlled using microcontrollers and micro computers.
The goal of the EP
Training highly qualified specialists for innovative and high-tech sectors of the economy in the field of telecommunications, possessing the theoretical and practical knowledge, skills necessary for their implementation in professional activities that meet the needs of the domestic and world markets of intellectual labor.
Objectives of the EP
The list of competencies of the educational program:
OK1. The ability to understand the driving forces and patterns of the historical process, the place of a person in the historical process and the ability to understand philosophy as a methodology of human activity, readiness for self-knowledge, initiative, development of cultural wealth as a factor in harmonizing personal and interpersonal relationships
OK2. The ability to form and develop skills and competencies in the field of organization, planning and production management, the ability to apply the acquired knowledge to comprehend the surrounding environmental reality, the ability to summarize, analyze, predict when setting goals in the professional field and choose ways to achieve them using the scientific research methodology
OK3. Ability for written and oral communication in the state language and the language of interethnic communication, the ability to use foreign sources of information, have communication skills, public speaking, argumentation, discussion and polemic in a foreign language
OK4. The ability to be competent in the choice of ICT and mathematical modeling methods for solving specific engineering problems, the ability to be ready to identify the natural science essence of problems arising in the process of professional activity, and the ability to attract the appropriate mathematical apparatus to solve it
PC1. The ability to find organizational and managerial decisions in non-standard conditions and in conditions of different opinions and the willingness to bear responsibility for them, the ability to systematize knowledge of the world and Kazakhstan legislation in the field of information security
PC2. The ability to use programming languages and tools for developing secure software, the ability to find coding errors in the developed information and computing system, with the ability to create, test, debug and execute programs in different programming languages
PC3. The ability to apply the theory and methods of mathematics to build qualitative and quantitative models of objects and processes in the natural science field of activity, the ability to select and apply suitable equipment, tools and research methods to solve problems in a selected subject area, the ability to configure and adjust software and hardware systems, the ability to interface hardware and software as part of information and automated systems
PC4. The ability to apply the theory and principles of designing, organizing and administering operating systems, the ability to install, debug software and configure technical means for putting information systems into operation, the ability to maintain the performance of information systems and technologies in specified functional characteristics and meeting quality criteria
PC5. The ability to design distributed information systems, their components and protocols for their interaction, the ability to administer local and remote network resources, the ability to use methods and tools for troubleshooting networks
PC6. The ability to use diagnostics and testing equipment, the ability to take into account current trends in the development of electronics, measuring and computer technology, information technology in their professional activities, the ability to perform the calculation and design of electronic devices, circuits and devices for various functional purposes in accordance with the statement of work using automation designing
PC7. The ability to develop user interfaces for web applications and mobile applications, the ability to develop models of components of information systems, including database models, the ability to develop components of software systems and databases, use modern tools and programming technologies, the ability to organize the interaction of devices connected via the Internet, in order to solve the stated problem, as well as organize the necessary processing and visualization of data
PC8. The ability to use the methodology of developing measures to protect confidential information, the ability to draw up technical specifications in accordance with the requirements of state, industry and corporate standards, to comply with the norms of work time, the ability to prepare materials for presentation to the customer, the ability to use modern information and communication technologies in substantive activities, the ability own project management methods and implement them using modern information and communication technologies, the ability to use an information approach to assess the quality of functioning of information security systems
PC9. The ability to analyze and identify network vulnerabilities, identify network threats, apply methods to respond to them, ensure the safe operation of the network business infrastructure.
LO1. The ability to apply the functionality of modern microprocessors and microcontrollers; analyze and synthesize technical solutions used in radio engineering devices and telecommunication systems for the transmission, reception and selection of information, develop digital devices for various purposes, form judgments on information security issues.
LO 2. The ability to use programming languages and tools for developing secure software, the ability to create, test, debug, and execute programs in different programming languages. He has the ability to understand the essence and importance of information in the development of the modern information society, to recognize the dangers and threats that arise in this process, to comply with the basic requirements of information security.
LO 3. Can apply modern theoretical and experimental research methods in order to create new promising means of telecommunication.
LO 4. The ability to master methods for solving problems of analysis and calculation of the characteristics of electrical, radio engineering and communication networks and data networks.
LO 5. To be able to generalize, analyze, perceive information, set goals and choose ways to achieve it; can formulate arguments and solve problems in the field of operation, repair and maintenance of telecommunication systems; able to collect and interpret information to form judgments, taking into account social, ethical and scientific considerations.
LO 6. Own methods of conducting a feasibility study, is capable of substantiating decisions made and being implemented in the field of operation, repair and maintenance of telecommunication systems, their units, systems and elements; able to apply the results in practice.
LO 7. Be able to master the features of maintenance and repair of technical and technological equipment and transport communications.
LO8. To be able to participate in the team of performers when performing laboratory, bench, polygon, acceptance, and other types of tests of systems and means of operation, maintenance, repair, and service of telecommunication systems.
LO9. Able to formalize the subject area of a software project and develop specifications for components of a software product.
LO10. To be able to use data from assessing the technical condition of telecommunication systems using diagnostic equipment and indirect indicators.
LO11. Able to program and provide a high level of continuity and quality of complex software development.
LO12. To analyze and evaluate economic, environmental and mathematical data, describe the simplest properties of subject areas and make inferences when solving problems.
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The course considers the modern history of Kazakhstan, how part of the history of mankind, the history of Eurasia and Central Asia. The modern history of Kazakhstan is a period in which a holistic study of historical events, phenomena, facts, processes is carried out, the identification of historical patterns that took place on the territory of the Great Steppe in the twentieth century and to this day.
The course involves the study of the discipline of philosophy as a special form of spiritual studies in its cultural and historical development and modern sound. The main directions and problems of world and national philosophy are studied. Philosophy is a special form of cognition of the world, creating a system of cognition of the general principles and foundations of human life, about the essential characteristics of a person’s relationship to nature, society and spiritual life, in all its main direction.
The course includes an intensive English language study program focused on grammar and speaking skills. The course includes topics that reflect the latest advances in information technology, and a terminological dictionary makes them directly relevant to the needs of students.
The course occupies a special place in the system of training bachelors with an engineering education. For students of a technical university, the study of professional Kazakh / Russian languages is not only an improvement of the skills acquired in the school, but also a means of mastering the future specialty.
The course includes the study of modern information technologies, including methods and means of communication of people in ordinary and professional activities using information technology. Technology data is studied in relation to the search, collection, storage, processing and dissemination of information.
The course is devoted to general political knowledge for specialties in the field of information technology. The course includes political self-awareness, improving one’s political outlook and communicative competencies. Teaching political knowledge is communicative, interactive, student-oriented, result-oriented, and largely depends on the independent work of students.
The course includes knowledge of sociological subject areas, research methods and directions. The course will discuss in detail the basic sociological theories and the most effective ways of gaining deep knowledge about various aspects of our modern society. The special significance of this course for students is the opportunity to develop a sociological imagination, to understand the basic concepts of sociology as a science.
The course presents questions of psychology in a wide educational and social context. The knowledge and skills acquired and formed as a result of mastering the course content give students the opportunity to put them into practice in various areas of life: personal, family, professional, business, social, in working with people from different social groups and age groups.
The course will help to become the basis for studying the whole complex of social and human sciences, as well as an addition to general courses in history and philosophy. The course includes topics such as morphology, semiotics, anatomy of culture; the culture of the nomads of Kazakhstan, the cultural heritage of the proto-Turks, the medieval culture of Central Asia, the formation of the Kazakh culture, the Kazakh culture in the context of globalization, the cultural policy of Kazakhstan, etc.
The course is devoted to the formation of physical culture of a person and the ability to use various means of physical culture in a targeted way to preserve and health promotion.
The course is devoted to the study of the principles and methods of building an organization, planning and control at an enterprise, economic analysis of the production process and evaluation of its results, organization and control of the production process. The course examines the entrepreneurial skills and leadership qualities required to successfully become an IT entrepreneur.
To be able to use project management tools at various stages of the project life cycle, to make a qualitative and quantitative assessment of project risks, to determine project effectiveness
Capstone includes the design and implementation of a communications network that utilized Voice over Internet Protocol (VoIP) over a wide area Ethernet (WAN) network.
A course to choose from the following disciplines (CCNA Routing and Switching, CCNA Cyber Ops, Cisco IoT ) or (HCIA Routing and Switching. HCIA-LTE, HCIA-Cloud Services)
This telecommunications training course focuses on basic telecom concepts and applications of telephony technologies. You will learn how information, including voice, data and video, is carried throughout the world.
Teaching practice is an integral part of the student preparation program. The main content of the practice is the implementation of practical training, educational research, creative tasks corresponding to the nature of the future professional activity of students. The purpose of educational practice: the study and consolidation of theoretical and practical knowledge of the disciplines obtained in the learning process, the development of creative activity and initiative of students, their artistic and creative needs and aesthetic perception of the world.
The course is designed for students to teach them how to write applications using an object-oriented approach.
Learning the basics of programming using the Java programming language.
Brief description of the discipline: The course is designed to learn the basics of programming, debugging and implementation of software systems. The course also analyzes the principles of network technologies and programs using the Java programming language.
Summary of main sections: Loops and branching operators, Arrays and strings, Functions and introduction to recursion, Pointers and links, Structures.
Learning outcomes: Mastering the skills and competencies required to form a highly qualified specialist according to the purpose and content of the course.
The course is devoted to the study of information security technologies.
The course presents the collection and analysis of materials for writing a graduation project.
A course to choose from the following disciplines (Wireless Networks, CCNA Routing and Switching, CCNA Cyber Ops ) or (Mobile Networks, HCIA Routing and Switching. HCIA-LTE)
In this course, the student studies the main and auxiliary network tools and services for network security.
A course to choose from the following disciplines ( CCNA Cyber Ops, Cisco IoT ) or (HCIA-LTE, HCIA-cloud services)
The aim of this course is to study methods of preventing and penetrating intruders into protected areas and into premises through forgery, theft of documents, cards, passwords. The student will learn to limit access to information and ensure personal responsibility for its safety, as well as provide access to responsible objects only certified specialists.
Studying the methods of synthesis, analysis and experimental research of digital devices for radio engineering applications, familiarization with the arithmetic foundations of computer technology, the functioning of logical, combinational and memory devices of digital technology, modern microprocessors, their development trends; teaching the principles of microprocessor systems.
The course is designed to learn the basics of information security with a focus on software security.
The course includes: Matrix theory, linear equation systems, vector theory, analytic geometry, limit and differentiation of functions of one variable.
The course introduces students to the important branches of calculus and its applications in computer science. During the educational process, students should become familiar with and be able to apply mathematical methods and tools to solve various applied problems. Moreover, they will study the fundamental methods of studying infinitesimal variables using analysis, the basis of which is the theory of differential and integral calculations.
The course covers topics such as: Kinematics; dynamics; circular motion and gravity; energy; pulse; simple harmonic vibrations; torque and rotational motion; electric charge and electric force; DC circuits; thermodynamics and mechanical waves, field and potential; electrical circuits; induction of magnetism and electromagnetism; geometric and physical optics; and quantum, atomic, and nuclear physics and sound.
The course aims to study noise-resistant codes, given the information limit of redundancy. Estimate sampling and quantization errors.
Discrete mathematics is part of the mathematics devoted to the study of discrete objects (here discrete means consisting of separate or unrelated elements). In a more general sense, discrete mathematics is used whenever objects are counted, when relationships between finite (or countable) sets are studied, and when processes involving a finite number of steps are analyzed. The main reason for the growing importance of discrete mathematics is that information is stored and processed by computers in a discrete way.
The course is designed to study algorithms and data structures for solving various problems. For this, the program structure, the principles of constructing algorithms and programs, methods for solving, algorithms, and programming are considered.
Introduction to electrical engineering. Basic concepts and elements of an electric circuit. DC electric circuits. Calculation of electric circuits of direct current. Electric circuits of single-phase alternating current. The complex method. Calculation of electrical circuits of single-phase alternating current. Stress resonance condition. Current resonance condition. Calculation of complex DC electrical circuits. Electric circuits of three-phase current.
The course includes an intensive program of learning English related to professional activities. The course includes topics that reflect the latest advances in information technology, and a terminological dictionary makes them directly relevant to the needs of students.
Digital signal processing begins with a discussion of the analysis and presentation of discrete signal systems, including convolution with discrete time, difference equations, z -transform and Fourier transform with discrete time. The emphasis is on the similarities and differences between discrete time. The course covers digital networks and non-recursive (finite impulse response) digital filters. Digital signal processing ends with the development of a digital filter and discussion of the fast Fourier transform algorithm for computing the discrete Fourier transform.
Signals and systems are an introduction to analog and digital signal processing. This topic is an integral part of engineering systems in many different areas, including seismic data processing, communications, speech processing, image processing, defense electronics, consumer electronics and consumer products.
It will cover low-level system programming in user space at the user space / kernel boundary. Students will learn about the C programming language, system calls, memory management, threads, processes, and concurrency.
The course is designed to study programming, debugging and implementation of tasks. The principles of the operation of network technologies, access to local and remote network resources, programs using the C ++ language are analyzed.
The course is designed to study programming, debugging and implementation for. The principles of the operation of network technologies and programs using the Java language are analyzed.
The course is aimed at studying the principles of operation of modern microprocessor technology that underlies universal and specialized computers, and embedded systems, methods for organizing the interaction of a microprocessor with memory and external devices. In the process of studying the course, students should get an idea about the features of the internal structure of a modern microprocessor.
The course provides knowledge in the field of application of modern computer technology for solving practical problems of distributed data processing, mathematical modeling, computer science.
The course provides knowledge in the basic principles of networks, their routing and configuration, as well as setting up and checking the basic configuration of the switches.
The course provides knowledge and skills in database design, starting from the conceptual stage and ending with physical implementation
The course provides knowledge and skills in database design, starting from the conceptual stage and ending with physical implementation using SQL – ORACLE
The course is focused on the creation and administration of Internet sites of various types, including very profitable online stores using free open access engines.
The course teaches you to use the PHP programming language, master the fundamentals of the MySQL database and develop secure server-side web client applications.
This course allows you to learn the concepts of web development and apply the MVC technology of a modern framework – ASP.NET
The course is devoted to the study of tools for programming and designing mobile applications.
In this course, the student will study the main types of problems that can be solved with the help of machine learning – mainly we will focus on classification, regression and clustering. And also, they will be able to learn about the basic methods of machine learning and their features, learn to evaluate the quality of models – and decide whether the model is suitable for solving a specific problem.
Providing basic training in radio engineering, necessary for the successful study of special disciplines of the curriculum of the specified direction.
The course is devoted to the probability and statistics of any events, as well as the relationship between mathematics and programming, operating systems as part of an interdisciplinary training program, covering the section of mathematical analysis, modern statistical methods and economic theory.
Numerical methods are a set of techniques and approaches for the approximate solution of mathematical problems on a computer. Very rarely, the problems of approximation, interpolation, and differential equations are solved analytically, but in most cases a reliable numerical method can be proposed that allows one to obtain a solution with a given accuracy. The course is designed to give an idea of the current state of computational mathematics and its applications in data analysis and machine learning. Students will learn not only how to obtain theoretical estimates of convergence and reliability, but how to improve and build their methods to solve more specific problems in practice. The course offers practical assignments and design work.
The study of methods and tools for the introduction of basic and applied research
Brief description of the discipline: The course is designed to study the basic methods and tools required for the introduction of scientific research. The course also introduces students to the most popular searchable databases of scientific articles, such as Web of Science, Scopus, ScienceDirect and others. During the course, students will become familiar with citation and search tools for the required scientific information.
Summary of the main sections: empirical research methods (observation, comparison, measurement, experiment); methods of theoretical research (abstraction, analysis and synthesis, idealization, induction and deduction, mental modeling, ascent from the abstract to the concrete, etc.).
Learning outcomes: Mastering the skills and competencies required to form a highly qualified specialist according to the purpose and content of the course.
The course involves the creation of business ideas using design thinking. Students will see the customer’s problem, come up with several solutions and scale the best of them to the entire market. The course will help to understand the needs of customers – even those that they are not aware of; come up with some ideas on how to meet these needs; prototype and test ideas at no cost; select a solution, invest in it and know that customers need it.
The course is focused on the formation of a systematic approach to managing communications in the project. Students will become familiar with communication management processes, mastering modern methods and techniques of working with information. In the process, practical steps will be considered to create an optimal information exchange system with project participants.
This hands-on practical course introduces you to the various building blocks and basic scientific and engineering principles that underlie embedded real-time systems. The course covers integrated hardware and software aspects of embedded processor architectures, as well as complex topics such as real-time management, resources / devices and memory.
A course to choose from the following disciplines (Wireless Networks, CCNA Routing and Switching) or (Mobile Networks, HCIA Routing and Switching)
The IoT Introduction course provides an overview of the concepts and objectives of a qualitatively new economy of the Comprehensive Internet.
The course material presents the concept of a network platform that brings together billions of things and trillions of gigabytes of data, allowing us to improve decision-making and interaction processes.
It also considers such types of interaction within the framework of the Internet of Things solution, such as “machine-machine” ( M 2 M ), “machine-man” ( M 2 P ), and “man-man” ( P 2 P ).