On March 19, 2026, the Faculty of History, Economics, and Law celebrated the grand opening of a new recreation area, the «Kitchen Room». The event too Read more
Quotation gallery
To teach is to learn twice.
Joseph Joubert
Faculty News
On March 18, 2026, as part of the Day of National Clothing, a vibrant flash mob titled “National Clothing – Pride of the Nation” was held in the Educa Read more
On March 17, 2026, as part of the celebration of Shanyrak Day, a round table titled “Shanyrak – a Symbol of Unity and Health” was held at the Educatio Read more
On March 16, 2026, as part of the Day of Culture and National Traditions, an interactive platform titled “Traditional Medicine and Culture of the Kaza Read more
On March 15, 2026, as part of Charity Day, a volunteer campaign titled “Do Good — Warm a Heart!” was organized at the Faculty of Medicine. Students o Read more
On March 14, 2026, the Faculty of History, Economics, and Law hosted a festive event dedicated to the traditional Kazakh holiday «Kөrisu kuni», also k Read more
On the eve of the celebration of Gratitude Day, on February 27, 2026, a charity fair was held at the Faculty of History, Economics and Law, bringing t Read more
On February 27, 2026, in anticipation of the «celebration of Gratitude Day», the Faculty of History, Economics, and Law hosted a warm gathering and a Read more
On February 27, 2026, the Faculty of History, Economics and Law held a career guidance meeting with students of the «Foundation» program and future ap Read more
27 февраля 2026 года студенты 7 курса под руководством куратора М. Мурзабаевой в рамках мероприятий, приуроченных к празднованию Дня благодарности, по Read more
Development of an energy-efficient laser-plasma technology for restoring the spatial shape of self-sharpening working bodies of earth-moving, mining and agricultural machines with the possibility of their repair at remote sites from stationary mechanizati
Priority area: Electric Power Engineering and mechanical engineering
Project manager: Tomashets A.K., Ph.D.
Project executors: Bondarev V.K., Ph.D., Khairullin B.T., PhD., Ivanishchev A.A., Master, PhD candidate, Ivanova O.V., Master.
Terms of execution: 2019-2022.
Amount of financing: 69,000,000 tenge.
The purpose of the project: Creation of an energy-efficient laser-plasma technology for restoring the spatial shape of self-sharpening working bodies of earth-moving, mining and agricultural machines, ensuring a reduction in energy consumption for the destruction of compacted soils during mining, construction of roads, buildings, gas and oil pipelines and cultivation of arable land.
Expected results: Energy-efficient technology for restoring the spatial shape of self-sharpening working bodies of machines by a source of laser-plasma energy. In an integrated solution to the problem of the quality of restoration of machine organs.
Breakthrough results are expressed in the creation of innovative nano-structured technologies, an increase in the resource of machine organs in the republic.
It is applicable in the development of laser-plasma recovery and increasing the resource of self-sharpening working bodies. Attractive completeness, autonomy and ready for commercialization.
Obtaining 2 international patents for invention. Possible licensing agreement. Publications in international and Kazakh editions.
Description of the project: The idea of the project is the formation of an optimally structured spatial shape of the working bodies of machines by laser-plasma processes, capable of self-sharpening when performing technological and operational operations, ensuring minimum energy consumption.
The scientifically grounded technological solutions developed in the project will provide agriculture, mining and construction industries with a highly efficient and resource-saving technology for laser-plasma restoration of working bodies of earth-moving and agricultural machines, Kazakhstan's competitiveness in the world mechanical engineering.
Project objectives:
−analytical studies on the creation of an energy-efficient technology for the restoration of self-sharpening working bodies of earth-moving and mining machines by laser-plasma energy sources;−mathematical description of the rheological model of compacted soils;
−construction of a mathematical model of the dynamics of the spatial interaction of the working bodies of road-building, mining and agricultural machines with compacted soil. Analysis of the possibility of modifying the working bodies with laser technology;
−development of a methodology for substantiating the optimal parameters of working bodies of increased efficiency in the development of compacted soil−development of technical requirements and technical specifications for the development of self-sharpening working bodies of earth-moving, mining and agricultural machines, energy-efficient technology for the restoration of laser and plasma energy;
−development of a set of design documentation for an experimental model of an energy-efficient self-sharpening working body and laser-plasma recovery technology;
−development of an optimal multicomponent powder composition for modification of physical and mechanical properties and structure of the working body;
−production of an experimental model of an energy-efficient self-sharpening working body and a technological process of laser-plasma restoration of spatial forms;
−production tests of the experimental model and restored working bodies of increased efficiency, practical development of the technology of laser-plasma restoration, correction of design documentation based on the test results.