Article about the convergence of the Kazakh language with technologies. Because in the future, all the world around us will be closely connected to technology. It is as if new words in everyday life, new positions being formed, are the messenger of transformation.Information technologies and the development of the Internet strengthen communication links between members of society. This, in turn, led to the consolidation and accumulation of highly developed digital information. In fact, information exchange is not only a technological connection, but also a complex linguistic phenomenon.Problems such as people use of lingual means tongue, the use of phrases, understanding the structural data environment, have become a significant field of linguistic knowledge, combined with linguistics and computer science arose the subject area of computational linguistics.

Timely detection of deformations associated with geological hazards or subsidence of the ground in the sections of the construction of subways can save lives, prevent large financial obligations and avoid serious damage to the environment. Currently, Global Navigation Satellite Systems (GNSS) are considered as one of the solutions to problems in the field of monitoring and predicting deformations of buildings and structures. GNSS technologies have recently been used to monitor the deformations of high-rise buildings, bridges and dams to assess infrastructure, and the movement of the earth's crust. New improvements to the GNSS instruments allow monitoring with high accuracy in real time and with 24-hour availability.

Kazakhstan possesses a mineral-raw-material base of the world scale. This is the future of its economy and prosperity, almost the only indicator of the diversification of production, the departure from the commodity orientation to the high-tech industry. Therefore, ensuring the stability of the sides of the quarry is a complex problem. In order to ensure the safe development of mineral deposits, it is necessary to create a stable predictive geomechanical model using modern computing technologies. The article discusses the method of creating a map of the stability of the sides of the quarries using GIS technologies. The concept of the technology of creating a stability map and the possibility of its adaptation to simulate the development of open-pit mines of ore deposits are given. The results obtained ensure the industrial and environmental safety of subsoil development.

The article presents data on the study of changes in soil cover under the influence of human activity. The results of the conducted studies on the determination of the humus content and pH level, the content of heavy metals in technogenically disturbed soils in the adjacent territory of the natural gas processing enterprise are presented. The obtained data on the content of gross and mobile forms of heavy metals indicates that the maximum permissible concentration level for these pollutants is not exceeded.

This research work analyzes the conditions of influence of meteorological and climatic factors on the level of atmospheric pollution that contribute to atmospheric self-purification from pollutants in industrial centers, on the example of Ust-Kamenogorsk. Methods are considered for calculation of meteorological dispersion potential and self-purification of the atmosphere from pollutants. In accordance with climate data, there are calculated the parameters of climatic dispersion potential of the atmosphere (СPA) and the coefficient of atmospheric self-purification (K) in Ust-Kamenogorsk. According to the results of the research, it is concluded that the calculated average annual parameters of СPA and K in the climatic aspect of the studied region characterize extremely unfavorable conditions for the dispersion of impurities in the air environment of Ust-Kamenogorsk. This work contributes to further analysis of the regional assessment of the atmosphere ecological state in a large industrial center.

The article discusses the issues of taking into account the features of the geomechanical state of the rock massif in the complex conditions of foothill area to solve the actual scientific and practical problem of studying the negative effects of geomechanical processes on the stability of structures and safety of sports facilities of national and international importance. It was noted that one of the main reasons for the increase cases of deformation in engineering objects is insufficient study of processes of development of dynamics of surface soils shift and change in the physical and mechanical properties of rocks. In this regard, an analysis was carried out of engineering and geological features of the rock massif on the territory of the international complex of ski jumps "Sunkar". It was established the development of geomechanical processes on the territory of the object, leading to deformation of the base and structures of the ski jumps, which determines the need for high-precision geomonitoring measurements.

This article explores the Progressive Web Application web development technology. It also explains what this technology is and its purpose. The paper also compares progressive web applications with other closely related web technologies such as adaptive websites and native applications. This highlights the most important differences and similarities between them. In addition, the paper discusses the benefits as well as possible limitations of this technology. Progressive web applications, or PWAs, are applications built using web technologies such as HTML, CSS and JavaScript. But they have the feel and functionality of a true native application. A native app is a software application created in a specific programming language for a specific device platform - iOS or Android. Thanks to modern technology, almost any website can be turned into a PWA. This means that you can quickly create a PWA compared to a native app, which is quite difficult to develop. PWAs have been gaining popularity lately. Many websites of large companies are PWAs - for example Twitter, one of the most common social networking platforms.

Most electric vehicles have a range of less than 300 miles, take more than an hour to recharge the battery, lose almost one-third of their cell capacity over 10 years, and pose a serious safety risk when handling flammable materials, resulting in an explosion. This article discusses the various types of electric car batteries, their operation, advantages and disadvantages. Solid-state batteries – the battery technology of the future, one of the most active areas of research of secondary batteries. The scientific community believes that lithium-ion batteries have reached their limit, solid-state batteries in recent years are seen as batteries that can inherit the state of lithium-ion batteries. The article presents the trend of introduction and widespread use of solid-state batteries in modern electric vehicles.

The article considers the technology of utilization of waste in special furnaces, the waste heat, which is a two-stage combustion of low-quality fuel resources and their involvement in technological operations of public utilities of towns and cities, in winter, when it is necessary to remove snow from the streets. The technology of the combustion process of fuel and lubricants waste assumes complete combustion and ensures low emissions of NOx and СО with using special burners and also providing the combustion, the liquid phase fuel and the gas-air mixture. The process obtained by pyrolysis in the burner device is characterized by the fact that combustion of low-grade fuel and gasification of combustible components occur separately. The results of experiments on the combustion of waste oils in a special waste furnace showed that in the first stage the temperature on the surface of the steel body reached T1= 550oC, and in the second stage T2= 900oC. The determination of the temperature values was carried out by comparing the accepted color of heat characteristics of steel.

Digital technologies exist in almost all areas of human life. The volume of data recorded in global warehouses increases every second, which means that the conditions for storing information change at the same rate, and new opportunities must appear to increase its volume. The introduction of big data technology is a new step in scientific and technical development in various sectors of society. Despite the fact that big data technology is at the initial stage of development, it has achieved high results in the field of Information Technology. There are no universal methods for processing big data, but they allow you to use different methods to partially solve the problem. Successful use of Big Data Increases work efficiency several times. Currently, Big Data Processing is focused on the effectiveness of using new technologies. The article discusses methods and approaches to working with big data, emerging complex problems and the importance of using big data in a distributed Information System, Functional Requirements for a distributed information system that supports scientific and educational activities, and the big data architecture that supports scientific and educational activities of a distributed information system.