Skladchykov I. Smart infrared camera

On a bachelor's thesis "Smart Thermal Imaging Camera" written by Skladchykov Ivan, a fourth-year student of group PK-71.  Thesis consists of an explanatory note of 82 pages, includes 30 illustrations, 2 tables, 22 literary sources and 39 formulas.

In this thesis, a smart thermal imaging camera was developed on the basis of the IoT principle for use in the production. The first part of the thesis presents theoretical information  concerning thermal control. Theoretical information on the usage of thermal imaging cameras, their advantages and disadvantages in certain areas is also provided.

Belak A. Electric field strength meter

During the diploma project, existing methods and instruments for measuring the electrostatic field were analyzed. It was calculated time for which different methods measure the electrostatic field, and highlighted the difference between those methods. A device was also designed on the basis of dynamic (rotational) method with improvements in its parameters, namely size, A chip was also created and the items for it were selected. Conclusions regarding the expediency of measuring the electrostatic field in different fields are made.

Polianskyi S. Ultrasonic thickness gauge

In this work, an ultrasonic thickness gauge was designed. The introduction substantiates the relevance and necessity of development.

In the first section, an analytical review was conducted, which considered the main methods of thickness measurement and the principle of operation of these methods: echo method, impedance method, free oscillation method, acoustic emission, and other methods of thickness measurement. In addition, a general review and regulatory framework for eddy current control and available devices on the project topic were conducted.

Opryshko M. Device for determining the intensity of ultraviolet radiation

On the diploma project of the fourth-year student of group PK-61 Opryshko Maksym on the topic: "Device for measuring the intensity of ultraviolet radiation"

In this diploma project, a portable device for measuring the intensity of ultraviolet radiation was developed.

The first section presents general theoretical information about optical non-destructive testing and its methods. Models of optical radiation are also given.
In the second section of this diploma project, devices for optical non-destructive testing were considered. Theoretical information about the types of photodetector elements, their structure and characteristics was also given.

Rats O. Device for determining the concentration of carbon dioxide in the air

The purpose of this thesis is to develop a device for determining the concentration of carbon dioxide in the air

The first section describes the problem of air pollution and its change over time. Indoor concentration standards and the European standard were considered. The
influence of different concentrations of carbon dioxide on the human condition is analyzed.

In the course of the work the methods of measuring the concentration of carbon dioxide were considered.