The master's dissertation consists of a list of abbreviations, an introduction, four chapters, conclusions of the bibliography and appendices. The project contains 52 pages, 26 figures, 12 sources and 33 tables.

The aim of the master's dissertation was to design an automated air quality control system. During the writing of the dissertation, a review of existing devices and methods of air quality control was conducted.

The design section described the main components of the system, calculated the concentration of dust in the air and humidity, calculated the gas sensor, made a block diagram of the device.

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Topicality
The automated control system of hydraulic structures is a specific system on the quality of which depends on the safety of large cities and settlements. The main difference from other systems is the constant control of the set parameters with great accuracy. Any malfunction of sensors or software can lead to a catastrophe. Therefore, it is necessary to properly design the system, qualitatively select and install sensors, correctly perform the adjustment of control devices.

The object of research is: Automated safety control systems for hydraulic structures.
The master's dissertation consists of an explanatory note, which contains an introduction, 3 main sections, a list of sources used, \\ 14figures, 25 tables. The total volume is 90 pages. And the graphic part.

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The master's thesis consists of an introduction, three chapters, a general conclusion, a list of references and appendices. The master's thesis contains: 37 drawings (diagrams, photos, etc.), 37 tables, 17 references and 20 pages of appendices with program code. The total volume of work is 104 pages.
The aim of the thesis is to create a prototype of the microclimate monitoring system and home security system.

The main indicators of microclimate and types of home security systems are analyzed in the thesis. The optimal components of the system and data transmission protocol are selected. Decentralized system architecture, algorithm of system components operation, database scheme and software have been developed.

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The master's dissertation is devoted to the implementation of an advanced information system with a hybrid method of communication lines. The main attention is paid to the choice of modern components and technologies for the automated system with data collection channels of subsystems and interface control of the functional. The implementation of the construction of the system, consisting of separate subsystems integrated into one network, shows the measurement of temperature, measurement of movement [IR + sound] and control of glass breakage, as well as the main issues of uninterruptible power supply.

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The master's dissertation consists of an introduction, five chapters, a general conclusion, a list of references. The dissertation contains 85 pages of the main text, 32 illustrations, 41 tables and 25 references. Total volume of work - 69 pages.

Purpose and objectives of the work.
The aim of the work is to evaluate the influence of the flow body shape and the hydraulic channel shape on the flow meter metrological characteristics. The investigated instrument is the basis of the automated water metering system.

Achieving this goal involves solving the following tasks:
– substantiation of data transmission technology for the creation of an automated water metering system;
– generalization and analysis of the current state of vortex water flow metering instruments;
– development of a mathematical model of pressure losses in the flow transducer;
– carrying out mathematical modeling of the flow meter operation for different configurations of the hydraulic channel;
– reproduction of the channel structure using CFD technologies;
– assessment of the flow transducer pressure loss.

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  1. Zakharov Y. Comprehensive automated security system at the cheese production factory
  2. Vasyliuk V. System of automated control of liquid flow by ultrasonic method
  3. Kucherenko Y. Automated system of heat supply parameters control
  4. Opryshko M. Automated ultrasonic sheet metal testing system

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АСНК КПІ ім. Ігоря Сікорського, 2021