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Type of educational program |
Acting EP |
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Educational Program Group |
D100 Automation and management |
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Name of the educational program |
8D07103 - Automation and control (doctoral research and pedagogical studies) |
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License to conduct educational activities with indication of the number, date, month and year |
License no. KZ80LAA00018161 dated 05.05.2020 |
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The level of the NQF |
Doctoral studies, 8th level |
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Accreditation of the educational program |
Independent agency for accreditation and rating 05.04.2024-04.04.2029 |
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The passing score on admission |
75 |
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Profile subjects |
Methods of modern theory of automatic control; Control systems of technological complexes (Automation of technical systems) |
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duration of training: - after higher education |
3 years |
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A prerequisite for obtaining a diploma |
It is necessary to master at least 180 credits (ECTS) |
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The language of instruction |
Kaz/rus |
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Academic year |
2 semesters (15 weeks each semesters) |
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Degree awarded |
Doctor of Philosophy (PhD) |
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Academic mobility |
Yes |
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Learning outcomes |
ON-1 Disclose the content of a research paper. Justify, analyze, and formulate decision-making options. Apply methods of scientific research and system analysis in the development of automation and control systems. ON-2 Possess intellectual methods of synthesizing control systems using expert systems, fuzzy logic and neural network structures ON-3 Master technologies and software tools for planning, design, engineering analysis and control of technological complexes, production and business processes. ON-4 Develop and investigate simulation models and control algorithms in the field of automation based on modern mathematical methods and tools. ON-5 Apply new information technologies and methods of machine learning and intelligent systems to improve the efficiency of production management. |
Purpose of OP "Automation and Control" - Preparation of highly qualified scientific and pedagogical personnel, who are proficient in modern methods of design and research, capable of solving automation and control problems in various branches of industry, education and other spheres of human activity
Graduates of the OP "Automation and Control" PhD in the specialty 8D07103- Automation and Control are awarded the degree "Doctor of Philosophy (PhD) in the specialty 8D07103- Automation and Control".
Major subjects at admission to the Master's program: Methods of modern theory of automatic control; Control systems of technological complexes (Automation of technical systems).
Languages of instruction: Kazakh, Russian.
Learning outcomes realizing general competences:
- Disclose the content of research work. Justify, analyze and formulate decision-making options. Apply methods of scientific research and system analysis in the development of automation and control systems.
- To own intellectual methods of synthesis of control systems using expert systems, fuzzy logic and neural network structures
- To possess technologies and software tools for planning, design, engineering analysis and control of technological complexes, production and business processes.
- Develop and investigate simulation models and control algorithms in the field of automation on the basis of modern mathematical methods and tools.
- Apply new information technologies and methods of machine learning and intelligent systems to improve the efficiency of production management.
Sphere of professional activity - Industrial automation - design and implementation of automated systems to control production processes, improve efficiency, accuracy and safety of operations; IT-technologies - use of modern information technologies to develop software, data processing systems, network solutions and other IT-products that support automation and production management; Computerization of production - integration of computer systems and technologies into the production process Energy indicators - optimization of energy consumption and improvement of energy efficiency of automated systems; Technological indicators - improvement of production technologies and processes in order to increase productivity and product quality; Design indicators - development and optimization of equipment and system designs taking into account the requirements to their performance, reliability and safety; Operational indicators - ensuring reliability and convenience of operation of automated systems, as well as minimization of costs and expenses; Production automation - ensuring reliability and convenience of operation of automated systems, as well as minimization of costs and expenses of automated systems.
Types of professional activities
1) Research activity:
2) Project Activities:
3) Design activity:
4) Engineering activity:
5) Analytical activities:
6) Educational activities:
Training laboratories of the graduating department "Automation and Control" of AUES, equipped with instruments and devices of the world's leading brands:
1. National Instruments Center for Measurement and Research Automation
2. Honeywell Training and Research Center on design and implementation of control systems
control systems
3. SIEMENS Training and Professional Development Center for industrial automation, SCADA, MES and EPR - systems
4. Laboratory "Tornado" - Automated Process Control Systems"
5. Schnelder Electric competence center for industrial automation
6. Laboratory "Technical means of automation"
7. Laboratory "Hardware and software of control systems" 8.
8. Laboratory "Modeling and research of control systems" 9.
9. Laboratory "Information Technologies in Automation Systems"
10. Laboratory "FESTO"
11. Research Laboratory "Cyberphysical systems and Smart-technologies".
International Cooperation.
The department of "Automation and Control" actively cooperates with:
- Honeywell Aerospace Company (USA),
- Schneider Electric company (France),
- University of Anhalt (Germany),
- Slovak University of Technology,
- Lodz University of Technology,
- Poznan University of Technology (Poland),
- Kadir Has University (Turkey);
- Technical University of Varna (Bulgaria), etc.
Academic mobility
To perform part of the research work doctoral students of the University travel to the leading scientific and educational centers and universities of Great Britain, USA, France, Portugal, Italy, Germany, Turkey, Poland, Serbia, Russia.
Such internships allow doctoral students to get access to advanced research and technologies, work in international scientific teams, exchange experience with leading scientists and specialists, expand their professional networks and establish international contacts, improve their scientific and research skills.
These trips contribute to the professional and personal growth of doctoral students, broaden their horizons and improve the quality of their research.
Practical training of doctoral students
Doctoral students undergo scientific-pedagogical and research practice in the research laboratory "Cyberphysical systems and Smart-technologies".
Employment of doctoral students.
Doctoral students who have completed the PhD program in "Automation and Control" can find employment in various fields: Research institutes and universities, industrial enterprises, IT-companies, consulting firms, state and municipal authorities, own business, international companies and organizations.
Thanks to the acquired knowledge and skills, doctoral students can successfully find employment and develop in various professional fields, contributing to the development of modern technologies and increasing the efficiency of production processes.