The master's thesis consists of 4 chapters, 97 pages, contains 36 illustrations, 29 tables, and 26 sources of information were selected and processed.
The object of research is the process of ultrasonic control of pipeline elements for defects of metallurgical origin in pipeline elements.
The subject of research in the work is wave processes characterizing the scattering of spatially limited beams of elastic waves in a solid isotropic medium.
The purpose of the work is to increase the efficiency of industrial measurement and control operations by improving the metrological characteristics of measurements of the propagation time of ultrasonic waves and obtaining reliable estimates of the limit values (sensitivity and detection) of contact methods of ultrasonic control in solid media when detecting long-term defects of pipeline elements.

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The goal of the master’s dissertation is the development of an automated thermal imaging system that can be used in production or at heavy industry enterprises to detect gas leaks in gas pipelines.
The content of the master’s thesis includes an introduction, four chapters, conclusions, a list of sources used in the research and appendices. The work is posted on 72 pages, contains 23 figures and 27 tables.
Within the framework of this master’s thesis, a study of the theoretical foundations of thermography was carried out, a functional scheme of the device was developed, a thermal imaging system was designed, the selection of optimal device components was carried out, and the development of a startup project for commercial use by both specialists in their work and ordinary users in everyday life was substantiated.

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Object of research: The process of measuring the acceleration of gravity by creating a computer-integrated system with elements of artificial intelligence based on a new modern microelectromechanical two-channel capacitive gravimeter.
Subject of research: automated gravimetric system with elements of artificial intelligence.
Purpose: to increase the accuracy and speed of gravity acceleration measurements by developing and researching a computer-integrated system with artificial intelligence elements based on a new modern microelectromechanical two-channel capacitive gravimeter.

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The master's dissertation consists of an introduction, five chapters, a general conclusion, a list of references and appendices. The dissertation contains 77 pages of the main text, 23 illustrations, 34 tables and 25 references. The total volume of the work is 82 pages.

Relevance of the topic: Today, products made of composite and multilayer materials are widely used in various industries. For example, in aircraft construction, composite materials are increasingly used in critical aircraft design systems. Due to this, the requirements for quality control of such materials increase. Timely detection of defects helps to prevent the destruction of such parts, and hence material and even human losses. The most popular method for the control of products made of composite materials is an active TNC due to a number of significant advantages in these tasks. Thus, the issue of improving the methods of active TNCs, to improve the reliability of control and accuracy of defectometry, increase informativeness in conditions of high levels of interference and complex internal structure of the OK.

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Thesis project contains: 86 pages, 30 tables, 23 figures, 3 appendices. And 20 links

Today, deformation measuring instruments and systems are widely used in many countries in various fields of production. They are one of the promising areas of scientific and technical development of many developed countries. The state of the art of measuring deformations is characterized by serial production of working measuring instruments (ME), among which strain gauges, strain sensors, strain gauges, secondary strain gauge equipment – strain gauges, strain gauges are widespread. Devices for measuring deformations have become widespread as an effective means of controlling the strength at the stages of design, finishing and operation of machines, devices and structures, in solving problems of process automation and technical diagnostics.

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  1. Horzhyi I. Automation of the camera stabilization system at hand-held shooting
  2. Odainyk D. Automated indoor air quality control system
  3. Krushynskykh K. Automated system forhydraulicstructuressafetymonitoring
  4. Oliinyk V. Intelligent microclimate and home security monitoring system

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АСНК КПІ ім. Ігоря Сікорського, 2021