Scientific projects of the university

The most important achievements of KazNRTU named after K. Satbayev are scientific technologies introduced into production.

The main areas of research are promising and socially significant areas of science, techniques and technology development:

  • information and telecommunications systems
  • chemical technology
  • nano systems and materials industry
  • energy and energy saving
  • environmental management
  • oil and mineral extraction.

The priority tasks of the work are obtaining new knowledge; creating partnership mechanisms necessary for creating and commercializing the domestic technologies; improving financial support system for innovation; developing scientific, technical and intellectual potential, and a number of other important issues in developing the economy’s innovative sphere.

KazNRTU named after K. Satbayev is the leader of innovative scientific research in the country, scientists and teachers publish articles in leading world journals, and the amount of inventions, patents and author's certificates is growing. University works in close cooperation with production and creates fundamental and practical ideas that solve current problems of economic entities.

University researchers are highly valued in the country's labor market and receive high praise and recognition at prestigious symposiums and conferences abroad. They actively develop new branches of knowledge and technology, and work to implement its results in production in accordance with the innovation chain, which allows them to accompany the growth of scientific and technical research from ideas to their implementation.

University plans scientific work for years to come, linking its future with the coming third industrial revolution.

AP09261282 "Increasing the service life of pumps of sucker rod pumping units for oil production"
AP09261035 "Development of a highly efficient system for diagnosing the stress-strain state of a rock mass and spatio-temporal analysis of the development of deformation processes throughout the field"
AP09259637 "Development of a highly efficient non-waste technology for the disposal of ash from coal combustion with the production of marketable products."
AP09259251 "Studying the deterioration of permeability at the micro and macro levels in activities to stimulate production"
Activated aluminum as an alternative source of energy and hydrogen in solving complex environmental problems of the oil industry", IRN - AP09260008
AP09259631 Developing Technology of Mining and Processing Sands from Old Large-Volume Placers with Predominance Disseminate, Fine-Grained, Free and Fixed Gold (Takyr-Kaldjirskiy)
AP09058620 «Web-GIS development based on complex geodynamic monitoring data for LTD "Kazakhmys Corporation" deposit field»
AP09058297"Development of a new waste-free technology for the disposal of hot-dip galvanizing waste with the integrated extraction of valuable components"
AP09058000 «Study on the catalytic mechanism and properties of materials for water-splitting in natural and artificial photosynthesis»
AP09058419 Prediction of the characteristics of a porous medium, taking into account the modes of rock dissolution on a pore scale based on machine learning
AP09058452 "Development of a PVT Model for Predicting Wax Deposition»
AP08955550 "Principles of training highly qualified personnel for Kazakhstan in the field of architecture and urban planning, competitive in the context of globalization and the search for national identity"
Back to top

An error has occurred!

Try to fill in the fields correctly.

An error has occurred!

Exceeded maximum file size limit.

Your data was successfully sent!

We will contact you shortly.

Your data was successfully sent!

A confirmation email was sent to your e-mail address. Please do not forget to confirm your e-mail address.

Translation unavailable


Go to main page