Congratulations on the Successful Defense of Bachelor’s Qualification Theses 2025!

The Design Automation Department (DAD) of NURE sincerely congratulates the graduates of the first (bachelor’s) level of higher education in specialty 123 “Computer Engineering” on the successful completion of their qualification thesis defenses! The defenses took place from June 12 to June 30, 2025.

In total, 12 meetings of the Examination Commission were held during the period from June 12 to June 30, 2025. Fifty-eight (58) candidates were admitted to the attestation, and all 58 successfully defended their works, which constitutes 100% attestation. No comments or suggestions regarding the organization of the defense of qualification theses were received.

Examination Commission No. 6 worked in the following composition:

Head of the EC: Maryna Miroshnyk, Doctor of Technical Sciences, Professor of the Department of Computer Systems and Robotics, V.N. Karazin Kharkiv National University.

EC Members:

S.V. Chumachenko, Head of Design Automation Department (DAD), Doctor of Technical Sciences, Professor.
L.V. Larchenko, Associate Professor of the Design Automation Department (DAD), Candidate of Technical Sciences, Associate Professor.
I.V. Filippenko, Associate Professor of the Design Automation Department (DAD), Candidate of Technical Sciences, Associate Professor.
O.S. Shkil, Associate Professor of the Design Automation Department (DAD), Candidate of Technical Sciences, Associate Professor.

The commission noted that the topics of the qualification theses are relevant and correspond to the requirements of higher education standards and the modern level of science and technology. The works utilized modern methods of analysis, calculations, information and communication technologies, software products, and new elemental bases, including: Arduino Uno, Arduino Uno R3, STM32 microcontrollers, Raspberry Pi, Raspberry Pi Pico boards, System-on-Chips (SoC) Zynq 7000, ESP32, ESP8266 chip with integrated microcontroller and Wi-Fi module, IoT components, Zigbee technologies, Python, C++ programming languages, etc.. The level of theoretical and practical developments is sufficiently high, with the presence of original prototype developments that can potentially be brought to experimental models. The scientific level of the qualification theses is also high , and the quality of material design complies with regulatory requirements.

Among many interesting projects, the following were recognised as the best:

Lomako Vladlen Olehovych, KIUKI-21-9 group. Arduino-based system for controlling lighting, music, and doors in a “Smart Home.”
Chystyakov Denys Yuriyovych, KIUKI-21-8 group. Software and hardware complex for analysing speed characteristics of a bicycle based on ESP8266.
Malkov Yehor Ihorovych, KIUKI-21-7 group. Microcontroller-based heart rate monitor model with integration into a mobile application.
Chukhno Denys Serhiyovych, KIUKI-21-7 group. Multifunctional watch model based on SoC Zynq 7000.
Vanin Eldar Serhiyovych, KIUKI-21-8 group. Building security system.
Kosenko Sviatoslav Oleksandrovych, KIUKI-21-7 group. Position estimation system based on an inertial sensor.
Protasenko Artem Serhiyovych, KIUKI-21-8 group. System for controlling LED strip modes via a mobile application.
Kravtsov Mark Ivanovych, KIUKI-21-9 group. Multi-Channel Automatic Irrigation System Based on Arduino.
Zinov’yev Mykhailo Serhiyovych, KIUKI-21-8 group. Analysis and visualisation of the input audio signal spectrum using a Raspberry Pi Pico microcontroller.
Chaika Vladyslava Yevheniyivna, KIUKI-21-7 group. Arduino-Based Smart Clock.

This activity of the APOT Department underscores its commitment to UN Sustainable Development Goal “Quality Education.”

We sincerely congratulate all bachelors on successfully completing this important stage of their studies and wish them further professional achievements! We look forward to seeing you in the master’s program at the APOT Department!