Research Work

Project Principal Investigator: Tultabayev Mukhtar Chumanovich, Doctor of Technical Sciences, Professor Grant funding for scientific and (or) scientific-technical projects for 2024–2026. Customer: State Institution "Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan" Grant amount: 119,533,133 tenge Project description: The project is aimed at creating a scientifically grounded and technologically efficient platform for producing next-generation functional beverages. The main goal of the project is to develop a technology for producing water-based vitamin-enriched beverages saturated with oxygen, capable of supplying the human body with essential micro- and macronutrients, as well as contributing to improved immunity, performance, and overall health. The relevance of the project is driven by the growing demand for functional food products oriented toward disease prevention and the maintenance of an active lifestyle. In this regard, the development of beverages that combine the properties of a carrier of biologically active substances and an additional source of dissolved oxygen acquires particular importance. The scientific novelty of the research lies in the theoretical substantiation and experimental confirmation of the possibility of using oxygen-containing vitamin-enriched beverages to enhance the efficiency of nutrient absorption and strengthen the immune system. For the first time, a mathematical model for optimizing beverage formulations based on the Scheffé simplex-lattice design will be developed, making it possible to determine the optimal ratios of components taking into account their synergistic interaction and their influence on the organoleptic and functional properties of the product. A key focus of the project is solving the problem of the low solubility of oxygen in water under normal conditions. To this end, it is intended to introduce innovative methods of saturating the liquid with oxygen, ensuring an increase in the concentration of dissolved gas and its stable retention without the use of hyperbaric conditions. The use of microbubble technology will improve the efficiency of the transfer of vitamins, minerals, and other biologically active substances during their absorption by the body. The project also plans the development and creation of a production-experimental line for manufacturing new types of beverages. The technological process will include the stages of water preparation, enrichment with vitamins and minerals, oxygen saturation, as well as quality and stability control of the product. Particular attention will be paid to developing regulatory and technical documentation ensuring that the products comply with safety, quality, and consumer requirements. The practical significance of the project lies in the possibility of expanding the range of functional beverages, developing small and medium-sized businesses, and reducing dependence on imported products. The use of local raw materials and the introduction of innovative technologies will improve the economic efficiency of processing enterprises and increase their profitability by 20–30%. As a result of the project, a scientifically and technologically substantiated system for producing vitamin-enriched beverages will be created, contributing to an improved quality of life for the population and the formation of a culture of healthy nutrition.

Project Principal Investigator: Tulegulov Amandos Dabysovich, Candidate of Physical and Mathematical Sciences, Associate Professor Grant funding for scientific and (or) scientific-technical projects for 2024–2026. Customer: State Institution "Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan" Grant amount: 94,338,977 tenge Project description: The project is aimed at creating an innovative technological platform that enables the production of complex metal products using the selective laser melting (SLM) method. The main idea of the project is to adapt and improve existing additive technologies for working with standard metal powders, including powders with non-spherical particle shapes, which significantly expands the raw material base and reduces production costs. The project envisages the development of a structural diagram of a next-generation additive manufacturing unit capable of producing large-sized metal products with high precision and controlled physical and mechanical properties. Particular attention is paid to the introduction of technical solutions aimed at increasing the stability of the printing process, improving the quality of the formed layers, and reducing the likelihood of defects. A key element of the research is the creation of a mathematical model of the laser melting process for non-spherical metal powder. The model will make it possible to take into account the features of heat exchange, laser energy distribution, and the behavior of particles in the melting zone, which will ensure more precise adjustment of technological parameters and the prediction of the quality of finished products. The project also provides for the development of the parameters of a laboratory unit intended for the experimental study of the selective laser melting process. The unit will be equipped with a system for compensating the volumetric shrinkage of the fused material, which will improve the geometric accuracy of products and minimize internal stresses. In addition, a methodology for conducting experimental research will be developed, including the selection of printing modes, the analysis of the structure and properties of the obtained samples, and the assessment of the influence of powder particle shape on product quality. The experimental results will form the basis for optimizing the technological process. A separate focus of the project is the creation of the design of a technical system for compensating defects arising from the non-sphericity of the metal powder. This system will make it possible to offset negative effects such as porosity, uneven sintering, and a reduction in the strength characteristics of products. The implementation of the project will make it possible to create an efficient additive manufacturing unit suitable for use in the defense industry, ensuring high precision, reliability, and economic efficiency in the production of complex-shaped metal components.

Project Principal Investigator: Omaralieva Aigul Makhmutovna, Candidate of Technical Sciences, Associate Professor Targeted funding under budget program 217 "Development of Science", subprogram 101 "Program-targeted funding of entities of scientific and/or scientific-technical activity", under the scientific-technical program IRN BR24993031 "Development of a technology for preparing healthy food products for the daily diet, enriched with natural antioxidants and biologically active substances" for 2024–2026. Customer: State Institution "Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan" Grant amount: 74,600,000 tenge Project description: The project is aimed at creating an innovative technology for producing flour confectionery products with enhanced nutritional and biological value based on domestic plant raw materials. The relevance of the project is driven by the growing demand for natural, functional, and environmentally clean food products, as well as the need to expand the range of confectionery products in Kazakhstan. At present, the industry predominantly uses standard ingredients and additives, while the potential of local melon crops and fruit-and-berry cultures remains insufficiently realized. The aim of the project is the scientific substantiation and development of a technology for producing cookies and gingerbread enriched with natural antioxidants, vitamins, and biologically active substances through the use of dry powders made from melon crops and fruit-and-berry cultures. The main idea of the project lies in applying an innovative approach to processing plant raw materials—drying and grinding them into a powdered form while preserving their beneficial properties. This will make it possible not only to increase the nutritional value of the finished product, but also to significantly extend its shelf life by reducing moisture and suppressing the growth of microorganisms. The project will develop a technology for producing confectionery products, including the selection of optimal formulations, the study of the physicochemical and organoleptic properties of the products, and the assessment of the influence of plant powders on the structure, taste, and aroma of the products. Particular attention will be paid to creating new flavor combinations and textures capable of attracting consumers and increasing the competitiveness of the products. The use of dry powders of melon crops and fruit-and-berry cultures will provide a number of technological and economic advantages: a reduction in the costs of transporting and storing raw materials, a simplification of the production process, an increase in the shelf life of products without the use of artificial preservatives, and the possibility of year-round use of seasonal raw materials. The practical significance of the project lies in creating a new range of healthy confectionery products oriented toward healthy nutrition. The implementation of the technology will make it possible to increase the competitiveness of food industry enterprises, expand the sales market, including export destinations, and stimulate the use of local agricultural raw materials. The socio-economic effect of the project is expressed in the creation of additional jobs, the development of the processing industry, and the provision of the population with high-quality and affordable products with improved consumer properties. As a result of the project, an efficient technology for producing next-generation confectionery products will be developed and introduced, combining high taste qualities, a long shelf life, and enhanced nutritional value.

Project Principal Investigator: Suleimen Yerlan Melsuly, Candidate of Chemical Sciences, PhD, Professor Program-targeted funding for scientific and/or scientific-technical programs for 2024–2026. Customer: State Institution "Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan" Grant amount: 632,000,000 tenge Project description: The project is aimed at creating a scientific and technological base for developing innovative medicinal products of natural origin based on plant raw materials of Kazakhstan. The relevance of the program is driven by the need to expand the range of effective and safe medicinal products, as well as to reduce dependence on imported pharmaceutical products. The use of the rich biodiversity of Kazakhstan's flora opens broad prospects for identifying new pharmacologically active compounds and creating original medicinal substances in demand in both medical and veterinary practice. The aim of the program is to develop effective technologies for processing medicinal plant raw materials, followed by the organization of the production of new biologically active substances and medicinal products based on them. The scientific novelty of the project lies in the comprehensive study of previously unexplored plant species growing in the territory of Kazakhstan. Extracts will be obtained from the collected plant material, from which individual compounds will be isolated using modern chromatographic methods. Particular attention will be paid to such classes of substances as terpenes, flavonoids, and alkaloids, for which derivative compounds will be synthesized with the aim of enhancing or modifying their biological activity. Their structure will be established using modern spectral methods of analysis. For the first time within the project, a comprehensive study of the antiparasitic activity of plant substances will be carried out, including helminthicidal and helminthostatic action on endoparasites both in vitro and in vivo on laboratory animal models (rats, rabbits). Methods for assessing the viability and motility of parasites will be developed, and indicators of the efficacy of the preparations' effects will be determined. In addition, it is planned to study the cytoprotective properties of extracts of plants of the genera Achillea, Polygonum, and Hedysarum, as well as to investigate the neurotropic action of the active components. These studies will be carried out in acute and chronic experiments on laboratory animals with the assessment of behavioral, autonomic, and neurophysiological reactions, including changes in motor activity, pain threshold, and exploratory behavior. An important stage of the project will be conducting preclinical studies aimed at assessing the safety and efficacy of the developed substances. Indicators of acute and chronic toxicity, antioxidant, analgesic, and anti-inflammatory activity will be studied, as well as the mechanisms of antiparasitic and neurotropic action at the molecular-cellular level. The practical significance of the project lies in the creation of new domestic phytopreparations with proven efficacy and safety, the optimization of their chemical composition and dosages, and the development of rational dosage forms. The implementation of the program will make it possible to introduce the research results into production, increase the competitiveness of Kazakhstan's pharmaceutical industry, and provide the population with affordable and high-quality medicinal products of natural origin.

Project Principal Investigator: Bitmanov Yertas Zhantasuly, Master's degree Grant funding for research by young scientists under the "Zhas Galym" project for 2025–2027. Customer: State Institution "Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan" Grant amount: 29,303,430 tenge Project description: The project is aimed at a comprehensive assessment of the ecological state of the soil cover and the development of scientifically grounded solutions for reducing the level of anthropogenic contamination. The relevance of the project is driven by the increasing anthropogenic pressure on ecosystems associated with industrial activity, mineral extraction, and the development of infrastructure, which leads to the accumulation of heavy metals in the soil and, as a consequence, to a deterioration in environmental quality and risks to public health. The aim of the project is the organization and conduct of systematic monitoring of soil contamination in Central and Western Kazakhstan, including the quantitative determination of heavy metal content, the conduct of bioindication studies, and the development of a set of measures to reduce the concentration of pollutants. The scientific novelty of the research lies in obtaining current and reliable data on the content of heavy metals in the soils of the studied regions using both physicochemical and biological assessment methods. The use of bioindication will make it possible to identify not only the level of contamination but also its integral impact on living organisms, providing a more complete understanding of the toxicity of the soil environment. The project plans to conduct monitoring over time during the period 2025–2027, followed by the construction of predictive models of changes in contamination levels for the coming years. The spatial and temporal features of the distribution of heavy metals will be analyzed, and the main sources of contamination will be identified. Particular attention will be paid to developing practical recommendations for cleaning and restoring soils, including the application of modern remediation methods such as phytoremediation, chemical stabilization, and biological cleaning methods. The proposed measures will be aimed at reducing the content of heavy metals to the maximum permissible concentrations (MPC) and restoring the ecological balance. The practical significance of the project lies in the formation of a scientific basis for ecological monitoring and soil quality management in Kazakhstan. The obtained results can be used by state authorities in developing environmental protection policy, as well as in planning land reclamation measures and reducing environmental risks. The implementation of the project will make it possible to increase the level of ecological safety, ensure the sustainable use of land resources, and create the prerequisites for the long-term preservation of the natural potential of Central and Western Kazakhstan.

Project Principal Investigator: Umralieva Bela Illaridanovna, Candidate of Technical Sciences, Associate Professor Grant for the commercialization of the results of scientific and (or) scientific-technical activity for 2024–2026. Customer: JSC "Science Foundation". Grant amount: 341,660,007.18 tenge Project description: The project is aimed at the introduction and scaling-up of an innovative technology for processing textile waste in order to create competitive products and develop a sustainable industry in the Republic of Kazakhstan. The relevance of the project is driven by the absence in the country of efficient technologies for the secondary processing of textile waste, the industry's high dependence on imported raw materials, and the growing environmental problems associated with the accumulation of waste. At present, a significant portion of textile waste is disposed of at municipal solid waste landfills, which leads to the irrational use of resources and a negative impact on the environment. The aim of the project is the commercialization of the results of research and scientific-technical activity (RSTA) through the organization of the production of regenerated fiber and blended yarn from textile production waste, suitable for further use in the textile industry and the production of nonwoven materials. The project is based on a developed efficient technology for the defibration of textile waste, which makes it possible to obtain regenerated fibers while preserving the share of natural components. The application of improved technological solutions ensures the production of blended yarn with enhanced strength and performance characteristics, which makes the products competitive in domestic and foreign markets. The implementation of the project involves the creation of a production line for processing textile waste, the organization of a raw material collection system, including production waste and worn-out textile products, and the establishment of finished product output. The planned production volume is up to 576 tons of products per year, with subsequent entry into the markets of the CIS countries. The practical significance of the project lies in solving a number of key challenges of the industry: reducing product costs through the use of inexpensive secondary raw materials, decreasing dependence on imports, and improving the environmental situation by reducing the volumes of waste sent to landfills. In addition, the project contributes to the formation of a circular economy and the development of sustainable production practices. The expected results include the transfer of rights to the object of intellectual property or the conclusion of corresponding agreements, the introduction of the developed technology into industrial production, the launch of new products made from regenerated fiber, and the achievement of the project's economic efficiency, expressed in obtaining income from product sales of no less than 10% of the amount of grant funding. As a result of the project, a modern production facility for processing textile waste will be created, ensuring the output of in-demand products, the development of the domestic raw materials market, and the increased competitiveness of Kazakhstan's textile industry.

Principal investigator: Suleimen Yerlan Melsuly, Candidate of Chemical Sciences, PhD, Professor Grant funding for scientific and (or) scientific-technical projects for 2023-2025. Customer: State Institution "Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan" Grant amount: 99 350 000 tenge. Project description: The project is aimed at the search for and study of new natural biologically active compounds possessing antimicrobial and antitumor properties, with the prospect of their application in medicine and pharmaceutics. The relevance of the project is driven by the growing resistance of microorganisms to existing antibiotics, as well as the need to develop new antitumor preparations of natural origin. Endolichenic fungi inhabiting the interior of lichens represent a poorly studied yet promising source of unique metabolites with high biological activity. The aim of the study is to isolate new antibiotic compounds from endolichenic fungi, to establish their chemical structure and to investigate their physico-chemical properties, as well as to evaluate their antitumor and antimicrobial activity. The core idea of the project consists in a systematic study of lichen fungi of Akmola region with the aim of obtaining biologically active extracts. As part of the work, the isolation and purification of active substances possessing a broad spectrum of activity will be carried out, including action against pathogenic microorganisms such as the fungus Cryptococcus neoformans, which causes severe infections, including complications in viral diseases. Particular attention will be paid to establishing the chemical structure of the isolated compounds using modern methods of spectroscopy and chromatography. This will make it possible not only to identify new natural antibiotics, but also to reveal the patterns of their biological activity. The project also envisages conducting comprehensive biological studies aimed at assessing the antimicrobial, antitumor, antioxidant and cytotoxic activity of the isolated compounds. The data obtained will make it possible to identify promising substances for further preclinical studies. The practical significance of the project lies in establishing a scientific basis for the development of new medicinal agents based on natural compounds, as well as in expanding knowledge about the biodiversity and biotechnological potential of endolichenic fungi of the region. The expected outcome of the project will be the production of a number of biologically active extracts and the isolation of new antibiotics with proven antitumor activity, which may contribute to the development of the domestic pharmaceutical industry and the creation of innovative preparations for the treatment of infectious and oncological diseases.

Principal investigator: Baktymbet Asem Serikovna, Candidate of Economic Sciences, Associate Professor Grant funding for scientific and (or) scientific-technical projects for 2023-2025. Customer: State Institution "Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan" Grant amount: 70 420 124 tenge Project description: The project is aimed at a comprehensive study of the impact of intergenerational differences on the labor market, employment and the country's economic development, with the subsequent development of effective mechanisms of state support for human capital. The relevance of the project is driven by the transformation of the structure of society and the labor market under the influence of the changing of social generations, which differ in values, level of education, digital skills, motivation to work and expectations of professional activity. These differences have a significant impact on employment productivity, labor force mobility and the pace of economic growth, which calls for scientific interpretation and consideration in the formation of state policy. The aim of the study is to assess the current state of human capital in the Republic of Kazakhstan taking into account generational characteristics, as well as to develop a mechanism for its development aimed at improving the efficiency of employment and sustainable economic growth. The project envisages conducting a socio-economic diagnosis of intergenerational interaction, including an analysis of the structure of employment, the level of qualification, adaptability to changes in the labor market and regional differences. Particular attention will be paid to assessing the impact of generational differences on the economy of the regions, and to identifying factors that facilitate or impede the effective integration of various age groups into the economic system. The scientific novelty of the project lies in the development of the concept of a socio-labor model that takes into account the characteristics of various social generations and their impact on productive employment. For the first time, the authors' methodological approaches to assessing the impact of generational factors on the socio-economic development of the regions of Kazakhstan will be proposed, and instruments for the quantitative and qualitative analysis of human capital in an intergenerational perspective will be developed. The practical significance of the study consists in the formation of a set of recommendations for improving state policy in the field of employment, education and social support. On the basis of the obtained results, mechanisms will be proposed for overcoming the personnel imbalance, increasing the efficiency of the use of labor resources and forming a sustainable ecosystem of interaction among the key stakeholders — the state, business, educational institutions and the population. The implementation of the project will make it possible not only to deepen the scientific understanding of the processes of formation and development of human capital, but also to create applied instruments for improving the competitiveness of the economy of Kazakhstan, ensuring a more effective integration of various social generations into the country's modern socio-economic system.

Principal investigator: Tultabaev Mukhtar Chumanovich, Doctor of Technical Sciences, Professor Research in the field of the agro-industrial complex under the scientific-technical program "Development of modern technologies for the production of dietary supplements, enzymes, starters, starch, oils, etc. for the purpose of ensuring the development of the food industry" for 2021-2023 under budget program 267 "Increasing the accessibility of knowledge and scientific research", subprogram 101 "Program-targeted funding of scientific research and activities" Grant amount: 61 961 831 tenge Project description: The project is aimed at the creation and improvement of an innovative technology for processing safflower seeds to obtain stable water-oil (oxystable) food emulsions intended for use in the food industry. The main aim of the project consists in the development of a scientifically grounded technology for obtaining emulsions from safflower oil with improved functional properties, including increased stability, a long shelf life and suitability for the production of new types of food products. As part of the study, the fatty-acid composition of the obtained plant compositions was investigated, which made it possible to assess their nutritional value and functional properties. Optimal technological storage regimes for the emulsions were developed, ensuring the preservation of their quality and the extension of shelf life. A technological instruction was also prepared, covering the processes of dehulling, mixing and storage of raw materials and finished products. Particular attention was paid to studying the effectiveness of using water-oil emulsions based on safflower oil in the production of functional food products. The obtained results confirm the possibility of their application for expanding the range of products of healthy and safe nutrition. The practical significance of the project lies in the creation of an accessible raw-material base and the introduction of new technologies for processing oilseed crops, which contributes to the development of the food industry and the formation of new lines of business. As part of the implementation of the project, a production-experimental workshop for processing oilseed crops was established, and a set of normative-technical documentation was developed, including an enterprise standard, a technological regulation and recommendations for the production of oxystable plant compositions. As a result of the implementation of the project, an expansion of the range of functional food products, an increase in the efficiency of the use of plant raw materials and the creation of preconditions for the commercialization of the developed technology in the food industry were ensured.

Principal investigator: Khastaeva Aigerim Zhanuzakovna, PhD, Associate Professor Research in the field of the agro-industrial complex under the scientific-technical program "Development of science-intensive technologies for the deep processing of agricultural raw materials for the purpose of expanding the product range and the output of finished products per unit of raw material, as well as reducing the share of waste in product manufacturing" for 2021-2023 under budget program 267 "Increasing the accessibility of knowledge and scientific research", subprogram 101 "Program-targeted funding of scientific research and activities" Grant amount: 45 764 348 tenge Project description: The project is aimed at the creation of an innovative technology for the production of functional cereal "milk" beverages enriched with Omega-3 polyunsaturated fatty acids, oriented toward a broad range of consumers, including people with special dietary needs. The relevance of the project is driven by the growing popularity of plant-based alternatives to milk, the increasing number of people with lactose intolerance and allergy to milk protein, as well as heightened interest in a healthy lifestyle and functional nutrition. At present, the market of Kazakhstan is to a significant extent dependent on imported products of this segment, which is characterized by high cost and a limited product range. This creates the need to develop domestic technologies for the production of accessible and high-quality plant-based beverages. The core idea of the project consists in using accessible local plant raw materials — oats, rice, buckwheat, as well as flax seeds — for the production of cereal "milk" beverages enriched with Omega-3 polyunsaturated fatty acids. The use of flax raw material makes it possible to increase the biological value of the products owing to the high content of essential fatty acids, dietary fibers and other biologically active substances. The aim of the project is the development of the theoretical and practical foundations of the technology for producing cereal "milk" beverages enriched with Omega-3 polyunsaturated fatty acids for functional nutrition. The project envisages conducting comprehensive studies, including the analysis and selection of raw materials, the study of existing technologies for the production of plant milk, the development of formulations and the optimization of technological parameters. The organoleptic, physico-chemical and biological indicators of the finished products, as well as their nutritional and energy value, will be investigated. Particular attention will be paid to improving the taste characteristics, texture and stability of the beverages. The practical significance of the project lies in the creation of a domestic technology for the production of functional beverages, the reduction of dependence on imports, as well as the efficient use of local raw-material resources. The implementation of the project will make it possible to reduce the cost price of the products and increase their competitiveness on the domestic and foreign markets. The social effect of the project is expressed in the expansion of the range of healthy food products, the improvement of the quality of life of the population, especially people with lactose intolerance and other dietary restrictions, as well as in the formation of a culture of rational nutrition. The scientific novelty of the project lies in the development of a technology for obtaining cereal "milk" beverages using combined plant raw materials and enrichment with Omega-3 polyunsaturated fatty acids. The proposed technology will make it possible to obtain a product with high biological value, improved functional properties and a balanced composition. The implementation of the project will ensure the creation of an innovative technology for the production of cereal "milk" beverages, the expansion of the range of functional food products, the development of the processing industry of Kazakhstan and the strengthening of the country's food security through the rational use of local resources.

Principal investigator: Omaralieva Aigul Makhmutovna Grant funding for scientific and (or) scientific-technical projects for 2021. Customer: State Institution "Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan" Grant amount: 7 233 263 tenge Project description: The project is aimed at the creation of an innovative technology for the production of functional food products oriented toward consumers with special dietary needs. The relevance of the project is driven by the growing number of people suffering from celiac disease, as well as by the increasing demand for gluten-free products. At present, the market of Kazakhstan is to a significant extent dependent on imported gluten-free goods, which are distinguished by high cost and a limited product range. This creates the need to develop domestic technologies that make it possible to produce accessible and high-quality products. The core idea of the project consists in using local raw materials — flour from leguminous crops (peas, chickpeas, lentils, etc.) that do not contain gluten — for the production of flour confectionery products such as cookies, cupcakes and other goods. This will make it possible not only to provide consumers with safe products, but also to increase their nutritional value owing to the high content of protein, dietary fibers, vitamins and minerals. The aim of the project is the development of the theoretical and practical foundations for creating gluten-free confectionery products using Kazakhstani leguminous raw materials, as well as the expansion of the range of functional food products. As part of the project, a study of the properties of various types of gluten-free flour will be conducted, optimal formulations and technological production regimes will be developed, and the organoleptic, physico-chemical and nutritional characteristics of the finished products will be investigated. Particular attention will be paid to improving the texture, taste and appearance of the products, which is one of the key tasks in the development of gluten-free goods. The practical significance of the project lies in the creation of accessible domestic gluten-free products, the reduction of dependence on imports, as well as the development of the processing industry of Kazakhstan. The use of local raw materials will make it possible to reduce the cost price of the products and increase their competitiveness. The social effect of the project is expressed in the improvement of the quality of life of people in need of specialized nutrition, as well as in the formation of a culture of healthy nutrition among the population. The implementation of the project will ensure the creation of an innovative technology for the production of gluten-free flour confectionery products, the expansion of the range of food products and the strengthening of the country's food security through the efficient use of domestic resources.

Principal investigator: Shontaev Askar Dzhamanbaevich, PhD, Acting Associate Professor Grant funding for research by young scientists under the "Zhas galym" project for 2022-2024. Customer: State Institution "Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan" Grant amount: 18 934 785 tenge Project description: The project is aimed at the creation of scientifically grounded and technologically effective solutions for improving the safety and efficiency of mining operations under complex geological conditions. The relevance of the project is driven by the high hazard of sudden outbursts of coal and gas during the driving of preparatory workings, which poses a serious threat to the life and health of workers, and also leads to significant economic losses. Existing methods for preventing such phenomena do not always provide sufficient reliability, especially under conditions of changing mining-geological factors, which calls for the development of new approaches based on a deep understanding of geomechanical processes. The aim of the project is the development of a set of anti-outburst measures during the driving of workings on the basis of the identified patterns of rock pressure manifestation and the stress-strain state of the coal-rock massif, using methods of mathematical modeling. The core idea of the project consists in the creation of a geotechnological method for preventing sudden outbursts through the purposeful control of the stress-strain state of the rock massif. This implies acting upon the most stressed zones ahead of the face and in the near-contour areas of the workings, which will make it possible to reduce the probability of the occurrence of emergency situations. As part of the project, an analytical and mathematical model of the geomechanical processes occurring in the enclosing coal-rock massif will be developed. On the basis of the modeling, the optimal parameters for driving the workings will be determined, taking into account specific mining-geological and mining-technical conditions. This will make it possible to substantiate effective technological solutions for controlling rock pressure and reducing the risk of outbursts. The practical implementation of the project includes conducting laboratory, bench and pilot-industrial tests of the developed technologies, monitoring the state of the massif around the workings, as well as assessing the effectiveness of the proposed solutions. Based on the results of the research, recommendations for implementation in the mining industry will be prepared, and a feasibility study of the technology will be developed. The scientific novelty of the project lies in the development of new approaches to controlling the geomechanical state of the massif based on analytical modeling, as well as in the creation of a comprehensive system for preventing outburst-prone phenomena taking into account the influence of various factors. The expected results of the project include the publication of scientific articles in high-ranking international journals, the publication of a monograph, the obtaining of patents and certificates of authorship, as well as the implementation of the developed technology in production. Additionally, the results of the research will be used in the educational process in the training of specialists in the field of "Mining Engineering". The implementation of the project will make it possible to significantly increase the level of industrial safety, reduce the accident rate during the driving of mine workings and ensure the sustainable development of the coal industry through the introduction of innovative geotechnological solutions.