GGSB Meeting @HZDR - QUALI-Start-Up Lectures

Session

Parallel Session C: Engineering/Medical application topics & Interviews

21 Aug 2025, 15:30

Room 102 (Building 270, HZDR)

Description

led by Harald Glückler, Stefan van Waasen, Ilja Bekman, Giorgi Kakabadze, Maia Batsatsashvili, Zaheer Abbas, David Arutinov

69. Implementation of a Digital Clock on an AVR 8-Bit microcontroller with external quartz oscillator

Nikoloz Kalichava (AUG)

21/08/2025, 15:30

71. Evaluating viability of zeolite as a methane capture device in enclosed/semi-enclosed cattle farms

Nika Kikvadze (FUT)

21/08/2025, 15:50

74. High precision, managed thermostatic chamber

Mikheil Kalantarovi (AUG)

21/08/2025, 16:10

Thermostatic chambers are frequently used to examine how different device characteristics are affected by changes in temperature. This report describes the development of such a chamber using primarily locally available components. The system provides both heating and cooling for the internal space. It utilizes digital temperature sensors to ensure precise temperature control. A...

72. Developing an air quality and ecological monitoring network in Georgia

Kato Melikidze (ISU)

21/08/2025, 16:30

83. A Marine Oil Spill Collection Device

This course project focuses on developing a portable oil spill recovery system that can be deployed from small vessels to clean contaminated ocean surfaces using mechanical methods. The main goal of this project was to develop a simple, effective design capable of rapidly containing and recovering oil spills before they could spread over large areas. This is especially important because oil...

75. Computational Modeling of Aircraft Flight and Machine Learning-Based Control

In this presentation, I will talk about general computational flight mechanics, general methods of simulating flight using different tools like Python3 (simulations and mathematical modelling), OpenVSP (CFD), and Python libraries like SciPy and NumPy. I will explain how these tools can be used to model aircraft and simulate flight, using the most basic numerical methods. Furthermore, I will...

81. Design and development of a six-legged walking hexapod robot

This project presents the development of a hexapod robot engineered for dynamic, terrain-adaptive locomotion and stable horizontal posture control. Equipped with 18 serial bus servos and controlled by an ESP32 microcontroller, the system implements real-time inverse kinematics and feedback-driven gait generation. A dedicated PID controller maintains balance across the horizontal plane during...

92. Developing an Air Quality and Ecological Monitoring Network in Georgia

This research focuses on the creation of a new nationwide air quality monitoring network in Georgia. It was designed to solve a problem with existing government stations, which are too limited in number and don't provide detailed enough data. This new network gives us important, local data that is essential for assessing environmental health and for developing new policies. As a key...

84. Evaluating viability of zeolite as a methane capture device in enclosed/semi-enclosed cattle farms

Methane emissions from livestock in enclosed or semi enclosed environments represent a significant contributor to greenhouse concentrations, and can pose potential safety hazards, even though their half-life is quite short compared to carbon dioxide their impact is still noticeable, but apart from their dangers methane can also be useful as an energy source. This presentation aims to assess...

82. Implementation of a Digital Clock on an AVR 8-Bit Microcontroller with External Quartz Oscillator

The task lies in the following: a digital clock that displays the time 7-segment with the help of an image output. Quartz generator at 32768Hz, part to be processed in the microprocessor will be to correctly calculate the time from the alignment from the circuit. Clocks, minutes and seconds will be measured with a maximum of 6 7-segment images. (Hours 0-23, minutes 0-59, seconds 0-59). With...

79. Nanochemistry for Medicine

Nanotechnology represents one of the most significant scientific advances of the 21st century, with nanoparticles offering unique physicochemical properties due to their high surface area-to-volume ratio. As the demand for efficient drug delivery systems increases, nanomaterials have emerged as promising tools, particularly in addressing challenges like antimicrobial resistance (AMR). Phage...

70. Talk6