8D07109 Automation and Internet of Things
Goal : The purpose of the educational program "Automation and the Internet of Things" is to provide high-quality training of scientific and scientific-pedagogical personnel of the highest qualification for the system of higher and postgraduate education, research sphere, scientific and production structures associated with the design and development of systems and means of automatic control of complex technological processes based on IoT technologies and artificial intelligence methods.
Educational Program
The purpose of the educational program "Automation and the Internet of Things" is to provide high-quality training of scientific and scientific-pedagogical personnel of the highest qualification for the system of higher and postgraduate education, research sphere, scientific and production structures associated with the design and development of systems and means of automatic control of complex technological processes based on IoT technologies and artificial intelligence methods.
1.Apply microcontroller technology in manufacturing industries, design and develop IoT applications and services adapted to the industrial needs of "Industry 4.0".
2.Propose new hypotheses and solutions to scientific problems in the field of design and development of intelligent automated control systems based on an independent original approach; contribute to the development of society.
3.Critically evaluate and predict the ways of development of automation and control of complex technical and socio-economic control objects in the form of formalized mathematical and computer control models.
4.Demonstrate an interdisciplinary understanding of the concepts of modern automatic regulation and control systems, the role of the Industrial Internet of Things in improving the productivity of technological processes, make systemic decisions when creating innovative products, quickly manage innovative projects.
5.Build mathematical models of optimal control, analyze the controllability and observability of systems, design fuzzy control systems and control systems based on artificial neural networks.
6.Draw up research programs, apply scientific research methods, carry out scientific supervision of research on the most important scientific problems of a fundamental and applied nature, formulate scientific hypotheses, build a research process on the topic of the dissertation, present and discuss the results of research in oral and written form at national and international scientific conferences, in scientific discussions and publications in national and international peer-reviewed publications.
7.Draw up research programs, apply scientific research methods, carry out scientific supervision of research on the most important scientific problems of a fundamental and applied nature, formulate scientific hypotheses, build a research process on the topic of the dissertation, present and discuss the results of research in oral and written form at national and international scientific conferences, in scientific discussions and publications in national and international peer-reviewed publications.
8.Analyze, evaluate and select elements, methods and standards of modern control systems, architecture of microcontroller devices, software tools for the purpose of their further application in the development of large-scale engineering control systems.
Doctoral Educational Programs
1) Bachelor's, Master's Degree diploma + appendices (original)
2) Identity card (original and 2 copies)
3) Certificate confirming proficiency in a foreign language
4) Official KAZTEST certificate (NTC)
5) Medical certificate form 075/y
6) 3×4 photos 6 pcs
7) Document confirming employment in accordance with the Labor Code of the RK
8)List of scientific publications for the last 3 years, research plan and essay
9) Results of the preliminary selection (in the field of "Healthcare")
Curriculum
SEMESTER 1
- Scientific Research Methods — 3 ECTS
- Process Control Engineering and the Industrial Internet of Things — 5 ECTS
- Industrial Automation, Programmable Logic Controllers and Robotics — 5 ECTS
- Systems and Means of Automatic Regulation and Control — 5 ECTS
- Mathematical Tools of Control Systems — 5 ECTS
- Problems and Prospects in the Design of Intelligent Control Systems — 5 ECTS
- Problems of Intellectualization of Microcontroller Control and Regulation — 5 ECTS
- Research Seminar — 3 ECTS
- The Implementation of a Doctoral Thesis — 3 ECTS
- Academic Writing — 3 ECTS
SEMESTER 2
- Pedagogical Practice — 10 ECTS
- Research Seminar — 2 ECTS
- The Implementation of a Doctoral Thesis — 11 ECTS
- Graduate Seminar — 6 ECTS
SEMESTER 3
- Research Practice — 5 ECTS
- Research Seminar — 8 ECTS
- The Implementation of a Doctoral Thesis — 14 ECTS
- Participation in International Scientific Conferences — 3 ECTS
SEMESTER 4
- Research Practice — 5 ECTS
- Research Seminar — 4 ECTS
- The Implementation of a Doctoral Thesis — 15 ECTS
- Graduate Seminar — 6 ECTS
SEMESTER 5
- Research Seminar — 3 ECTS
- The Implementation of a Doctoral Thesis — 8 ECTS
- Participation in International Scientific Conferences — 3 ECTS
- Scientific Internship — 10 ECTS
- Graduate Seminar — 6 ECTS
- Publication of the Main Scientific Results of the Dissertation in Scientific Journals — 5 ECTS
SEMESTER 6
- Research Seminar — 1 ECTS
- The Implementation of a Doctoral Thesis — 2 ECTS
- Publication of the Main Scientific Results of the Dissertation in Scientific Journals — 10 ECTS
- Final Attestation — 12 ECTS
Employment
A graduate of the Automation and IoT educational program, possessing fundamental knowledge in the field of mathematics, automation and control theory, applies in practice advanced achievements of such sciences as: theory, methods and tools of system analysis, extreme control tasks, optimal control of dynamic systems, modern technologies for modeling automation objects and control system design methods, artificial intelligence and fuzzy logic in microcontroller control. The graduate is able to create software and hardware complexes for making eco-friendly, energy-saving and optimal management decisions at enterprises and industries.
Contacts
Madina Mansurova
Position: Head of the Department of Artificial Intelligence and Big Data, docent
Al-Farabi Kazakh National University
71 Al-Farabi Avenue, Almaty, Republic of Kazakhstan, 050040
phone: +77014151960