The University actively participates in competitions for scientific and scientific and technical activities, as a result of which projects of grant financing of the Science Committee of the Ministry of Education and Science of the Republic of Kazakhstan are implemented with a total amount of over 500 million tenge for 2021-2023..
Projects:
1) Topic name: AP08857218 IT assessment of scientific activities of universities, research institutes and their departments
Scientific adviser: Biloshchytskyi A.A.
Name of the project: MSHE of RK, 2020-2022 years (27 months)
Result, amount: 60.141 mln.tg
Annotaion:
In order to modernize the scientific, technical and innovative development of the Republic of Kazakhstan, effective tools for assessing the results of research activities of scientists, universities and research institutes should be created. This makes it possible to check the compliance of the research process with the goals that were indicated at the stage of their planning and, if necessary, adjust the course of these studies. Also, the estimates obtained are an effective tool for planning funding for these studies.
For the formation of teams for joint research, a typical approach is to select partners from among scientists with the appropriate qualifications and experience in implementing similar projects. Establish effective collaboration within scientific communities and scientifically based team building that are able to successfully implement projects that are especially important for project-oriented organizations, research institutes and universities.
2) Topic name: AP09259802 Noncommutative symmetric spaces and related problems
Scientific adviser: Raikhan M.
Name of the project: MSHE of RK, 36 months 2021-2023
Result, amount: 60.141 mln.tg
Annotaion:
As a result of research on the project, a connection will be obtained between the generalized singular values of the matrix of measurable operators and the generalized singular numbers of its elements and its applications, Young-type inequalities will be proved for the generalized singular number of measurable operators associated with the semifinite von Neumann algebra. We will obtain properties of commutative and non-commutative weak Orlicz spaces, non-commutative versions of weak Orlicz spaces associated with states and weights. An atomic decomposition for non-commutative martingale symmetric spaces and its applications will be obtained. The expected results of the project will significantly advance the qualitative theory of non-commutative Orlicz space and the theory of martingales.
3) Topic name: AP09261258 Hybrid modeling of the energy system for development of renewable energy roadmap for Kazakhstan with high spatial, temporal and technical disaggregation
Scientific adviser: Zhakiyev N.
Name of the project: MSHE of RK, 36 months 2021-2023
Result, amount: 46.36 mln.tg
Annotaion:
As a result of the project, an integrated energy system modeling tool will be created to develop a roadmap for the development of renewable energy in Kazakhstan using advanced world modeling solutions with high spatial, technical and temporal disaggregation to account for the variability of renewable energy sources.
4) Topic name: АР09563335 Application of modeling methods and machine learning for optimal planning of the load of the generating equipment of Pavlodar CHP
Scientific adviser: Zhakiyev N.
Name of the project: MSHE of RK, 12 months 2021
Result, amount: 8 mln.tg
Annotaion:
Investigation of the potential for increasing the energy efficiency of CHP plants, reducing greenhouse gas emissions and the use of machine learning methods for optimal planning of the composition of the generating equipment of the CHP plant in Pavlodar, Kazakhstan. This study is important for the applied testing of big data processing methods using machine learning methods coming from an industrial facility that generates electricity, heat, and industrial steam. Pavlodar CHPP is special in that it has two different consumers in the person of the aluminum plant and the population. The complexity in the variability of the consumption profile requires the use of modern methods of predictive planning of the composition of generating equipment for a day or a week. The long service life of the units, the hours worked requires constant adjustment of the repair plan for the year ahead. It is necessary to take into account the dynamic demand curve for heat and electricity using forecasting methods depending on the weather, the variability of heat and electricity consumption, which changes by probabilistic laws based on historical data of the consumption profile.
5) Topic name: BR10965311 Development of intelligent information and telecommunication systems for urban infrastructure: transport, ecology, energy and data analytics in the Smart City concept
Scientific adviser: Lebedev D.V.
Name of the project: MSHE of RK, 36 months 2021-2023
Result, amount: 390 mln.tg
Annotaion:
The main idea of the project is to develop a complex of intelligent information and communication systems for the development of urban infrastructure, which involves improving the quality of life of citizens by improving the transport infrastructure, developing the environmental situation, efficient use of energy resources and introducing the principles of predictive data analytics for making management decisions in the Smart concept. City.
Project №6: AP13067629 Development of perovskite solar cells based on copper thiocyanate/copper oxide nanocomposite films
Scientific adviser: Ilyasov B.R.
Competition name: MSHE of RK, 2022-2024 (34 months)
Financing amount: 72.313 million tenge
Project summary:The proposed project will develop highly efficient and stable perovskite solar cells based on CuSCN/Cu2O nanocomposite films. For this, methods will be developed for the synthesis of CuSCN, Cu2O and CuSCN/Cu2O films with controlled morphology and electrical properties, and methods for the synthesis of the perovskite layer will be optimized. The mechanisms of generation and transport of charge carriers in PSCs, and the reasons for the degradation of functional materials in PSCs will be studied.
Project №7: AP13067967 Development of a technology for building microprocessor-based resource-saving relay protection devices based on an open architecture
Scientific adviser: Neftisov A.V.
Competition name: MSHE of RK, 2022-2024 (34 months)
Financing amount: 75 million tenge
Project summary:
Relay protection systems consist of devices that receive information from instrument transformers, which are metal-intensive and consist of high quality copper and steel. Transformers have high errors in transient conditions at high short-circuit currents. Hazardous voltages are generated when the secondary circuit is interrupted. With the advent of distributed energy, classical relay protection systems are not enough.
Building a relay protection system on an open architecture microprocessor platform using other converters instead of transformers and the Internet of things will improve the reliability of power supply by duplicating traditional relay protection and transformers, as well as eliminate existing shortcomings.
Project №8: AP13268877 Development of manufacturing technology for radiation-resistant electronic components of artificial Earth satellites
Scientific adviser: Almassov N.Zh.
Competition name: MSHE of RK, Zhas galym 2022-2024
Financing amount: 15,897 million tenge
Annotation: Radiation in the form of energetic electrons, protons and photons poses a great threat to systems that operate in or travel through space. The effects of radiation on electronics and printed circuit boards can range from temporary failure to permanent degradation or complete shutdown. Research into ways to combat this threat has been, and continues to be, the focus of aerospace companies, NASA, and the military. To date, the best protection is the use of radiation-resistant electronics for space conditions. This project is aimed at developing the scientific foundations for the technology of manufacturing radiation-resistant memory devices. Successful development of this technology will result in electronic components with improved electrical properties.
Project №9: AP13268744 Development of intercultural citizenship in the context of internationalization of higher foreign language education of the Republic of Kazakhstan
Scientific adviser: Gerfanova E.F.
Competition name: Zhas galym 2022-2024, MES RK
Total amount: 17 636 050 tenge
Annotation: Intercultural aspects of language teaching/learning are becoming increasingly important as higher education in general, and foreign language (FL) education in particular, are being transformed and modernized under the influence of internationalization processes. The concept of intercultural citizenship in education is associated with the training of professional personnel who can successfully function in intercultural situations in various communities, both on the local and global levels. However, most of the discussions on the problem of developing intercultural citizenship in the context of foreign language education are currently being conducted at the theoretical level. There is no empirical evidence to support the extent to which the study of a foreign language can lead to the formation and further development of global citizenship and intercultural understanding. The aim of the project is to develop and describe effective methods for the formation of students’ intercultural citizenship in the context of the foreign language educational process of higher education of the Republic of Kazakhstan and the fostering of their intercultural understanding through the study of a foreign language and FL culture.
Project №10: AP13268872 Digital transformation for creating circular economy in tourism
Scientific adviser: Samalgul Nassanbekova
Competition name: MSHE RK, Grant funding for young scientists under the Zhas Galym project for 2022-2024 (32 months)
Financing amount: 17,848 million tenge
Abstract: As a result of the study, a framework will be developed that defines the requirements for digital solutions necessary for the transition to a circular sustainable tourism development strategy, which will serve as the basis for creating a roadmap for implementation, replenish the knowledge base in this area, determine the necessary institutional transformations for digitalization when creating circularity in tourism.
Project №11: AP14972763 Cornea anisotropy imaging using hybrid Brillouin-Raman micro-spectroscopy
Scientific adviser: Kharmyssov C.
Name of the project: MSHE of RK, 2022-2024 years (28 months)
Result, amount: 19 mln.tg
Annotaion:
The mechanical and chemical properties of the cornea are linked to ocular diseases and therapeutic procedures. Brillouin microscopy is a novel and emerging non-contact spectroscopic sensing technology that enables the measurement of viscoelastic properties of a material. Raman micro-spectroscopy on the other hand is a powerful non-invasive optical tool for bio-photonic research and sensing applications targeting the chemical properties of tissues. In this project, we will present a hybrid spectroscopic technique for cornea mechano-chemical imaging and microstructure analysis that combines Brillouin and Raman spectroscopies with confocal microscopy into a single bio-imaging modality. This hybrid integrated approach to bio-sensing enables probing mechanical and chemical properties of the cornea simultaneously in a non-contact and non-invasive fashion with micrometer spatial resolution using a single laser probing source. Additionally, corneal anisotropy will be tested at different collagen orientations of the cornea. An automated data analysis technique will be developed for spatial integrated mapping of Brillouin and Raman spectral peaks (position, linewidth, and intensity). Merged spectral images will be further analyzed using machine learning algorithms for extraction of correlated mechano-chemical information of diseased and healthy cornea with micron-scale spatial resolution.
Project №12: AP14973006 Investigation of methods of maintaining confidentiality in the process of interaction of the Internet of Things
Scientific adviser: Adamova A.D.
Name of the project: MSHE of RK, Zhas Galym 2022-2024 years (28 months)
Financing amount: 19.000 mln.tg
Annotaion:
The idea of the project is to investigate privacy preserving methods in wireless sensor networks. Today, wireless sensor networks are one of the fundamental technologies of Internet of Things interaction. When Internet of Things devices communicate with each other, there are well-known resource constraints, such as energy, memory, bandwidth, etc. These constraints affect the real-time interaction of Internet of Things and bring with them the problem of security of personal data of network users. The project aims to address privacy issues by exploring methods in the Internet of Things interaction process.
Project №14: AP15473157 Development of an intelligent photo and video analytics system for solving the tasks of recognizing the actions of a person or a group of people
Scientific adviser: Islamgozhayev T.U.
Name of the project: MSHE of RK, 2022-2024 years (28 months)
Financing amount: 18.745 mln tg
Annotaion:
Currently, automated surveillance systems are used everywhere to solve a wide range of problems. Analysis scenarios include the use of motion detection, crowd behavior, individual behavior, interaction between people and their environment. These automated systems perform many tasks, including detection, interpretation, understanding, recording, and generation of alarms based on analysis. One of the important tasks in recognizing human actions is the correct interpretation of actions based on images taken from different angles. This work is aimed at researching and developing a system for recognizing the actions of a person or a group of people from images taken from CCTV cameras, which makes it possible to obtain images of one or more people from different angles.
