7M07128 Intelligent Control Systems
Цель: The purpose of the educational program "7M07128 - Intelligent control systems" is to provide high-quality training for specialists in the scientific, educational and industrial fields related to the implementation of intelligent management systems and solutions of "Industry 4.0", capable of independent research on various IoT platforms using large analysis methods data and cloud technology.
Предметы на ЕНТ: Theoretical fundamentals of electrical engineering и Linear systems of automatic regulation

Educational program
The purpose of the educational program "7M07128 - Intelligent control systems" is to provide high-quality training for specialists in the scientific, educational and industrial fields related to the implementation of intelligent management systems and solutions of "Industry 4.0", capable of independent research on various IoT platforms using large analysis methods data and cloud technology.
1. Apply mathematical methods, models and algorithms in the construction of intelligent control systems, design and use decision support systems in automated systems according to the principles of Industry 4.0.
2. Apply network channel security methods, monitor the system to detect vulnerabilities (in the network, in applications, in devices), and ensure the security of IoT systems.
3. Conduct an analytical analysis to predict the maintenance of IoT devices, design collective smart M2M device touch models and prototypes of virtual models.
4. Develop models of IoT systems according to customer requirements, expand the functionality of IoT systems and improve the performance of individual tasks in accordance with a new or supplemented technical task.
5. To develop hardware and software for IoT systems to stimulate innovation in the field of digitalization of the industry, to design and use inter-machine communication software for smart systems.
6. Apply software for processing, storage and transmission of cloud data, conduct research in the field of analysis and design of embedded IoT systems using cloud services.
7. Develop methods for processing and analyzing big data of corporate systems and applications to improve business processes; Create software tools for storing big data and extracting useful information from them.
8. Conduct scientific and pedagogical activity, introduce research results into practical pedagogical activity, lead a research group.
9. Independently conduct research, understand current research issues, analyze and critically relate to various sources of information, use them to structure and formulate reasoning.
10. Use methods and tools from various multidisciplinary fields, present research results in various forms in national scientific publications, at conferences tailored to the specifics of the audience, be tolerant, work effectively as a team in the search and solution of research problems.
Master's degree educational programs
Persons entering the master’s degree or residency:when applying to organizations of university and postgraduate education:
1) an application addressed to the head of the organization of higher and postgraduate education in any form;
2) document on higher education (original);
3) certificate of completion of the internship (for admission to residency);
4) identity document (required for personal identification);
5) six photographs 3x4 centimeters in size;
6) a medical certificate in the f
Curriculum
СЕМЕСТР 1
- Research Seminar-1 ECTS
- Dissertation Writing-1 ECTS
- History and philosophy of science-3 ECTS
- Pedagogy of Higher education-5 ECTS
- Intelligent Control Systems in IIoT-5 ECTS
- Theory of Nonlinear Multidimensional Technological Process Control Systems-5 ECTS
- Mathematical Methods for Calculating the Impact of IoT Systems on Business Performance-5 ECTS
- Software and Hardware for IoT-5 ECTS
- Inter-machine Interaction Models-5 ECTS
- Mathematical Methods in Intelligent Control Systems-5 ECTS
СЕМЕСТР 2
- Organization and Planning of Scientific Research (in English)-5 ECTS
- Pedagogical-4 ECTS
- IoT Design Systems-5 ECTS
- Construction and Analysis of Algorithms-5 ECTS
- Controllers and Simulators in the Design of «Industry 4.0» Solutions-5 ECTS
- Psychology of Management-3 ECTS
- Foreign language (professional)-5 ECTS
- Dissertation Writing-2 ECTS
- Research Seminar-1 ECTS
СЕМЕСТР 3
- Research-4 ECTS
- Dissertation Writing-1 ECTS
- Optimal Control of Automation Objects-5 ECTS
- Security in Intelligent Control Systems-5 ECTS
- Visualization in Intelligent Control Systems-5 ECTS
- Robustness and Controllability of Collective Robots Matlab-5 ECTS
- Discrete Technological Process Control-5 ECTS
- Analysis and Design of Embedded IoT Systems-5 ECTS
- Modeling the Decision-making Process in Automated Systems-5 ECTS
- Big Data Analytics in Internet of Things-5 ECTS
СЕМЕСТР 4
- Dissertation Writing-10 ECTS
- Scientific Internship-3 ECTS
- Publication in the Proceedings of International Conferences-4 ECTS
- Final Attestation-8 ECTS
- Research-4 ECTS
- Research Seminar-1 ECTS
Employment
Graduates of the Master's program in Intelligent Control Systems can work in various industries and organizations, including, but not limited to: Aerospace Industry: Aerospace companies use control systems for the design, development and operation of aircraft, spacecraft and satellites. Graduates can work as control system engineers responsible for the design and implementation of control systems for these systems. Robotics: In the field of robotics, control systems play a crucial role in ensuring the smooth and efficient operation of robots. Graduates can work as robot control engineers responsible for the development and improvement of control algorithms for robots. Production: Control systems are widely used in the manufacturing industry to automate production processes and ensure quality control. Graduates can work as automation engineers responsible for the development and implementation of control systems for production equipment. Automotive industry: The automotive industry uses transmission control systems, suspensions, safety systems, etc. Graduates can work as control system engineers responsible for the development and improvement of these control systems. Renewable energy sources: In the renewable energy sector, such as wind and solar power, management systems are used to manage the production and distribution of energy. Graduates can work as control system engineers responsible for the development and implementation of control systems for renewable energy systems. Research Institutes: Graduates can work as research engineers, conducting research and development in the field of control systems and intelligent systems. Government Organizations: Government organizations often hire management system engineers to design and implement management systems for various public infrastructure projects, such as transportation systems, water treatment plants, and power generation facilities. Academic Institutions: Graduates can also work as teachers or researchers in academic institutions, teaching and conducting research in the field of control systems and intelligent systems.
Contacts
Acting Associate Professor Baglan Imanbek al-Farabi Kazakh National University Republic of Kazakhstan, 050040, Almaty, al-Farabi Ave., 71 tel:+77074445644
Documents of EP
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