The master's thesis focuses on the design and establishment of a plant growth control system and the measurement of key parameters that influence their development. The main tasks of the system include the measurement and regulation of soil and air moisture, as well as air temperature monitoring. The entire system is integrated with a smart mobile application, through which the user can monitor and manage all collected data.
One of the key functions of the system is the precise measurement of soil moisture, which enables optimal adjustment of the amount of water available to plants. This results in more efficient irrigation management, which leads to better growth in plant development and subsequently to increased crop quality. In addition, the system allows the measurement and control of air temperature, which is important for monitoring the appropriate conditions for plant growth.
A smart application connected to the system allows the user to easily access all the merits and data through his mobile phone. The user can monitor current conditions, receive notifications about possible deviations, and change system settings remotely. Thus, the system offers a high degree of automation and control, which helps to optimize agricultural processes.
In the final part of the master’s thesis, the results presented and obtained by using the system in a real environment will be established. This will make it possible to assess the effectiveness of the system and its potential to improve production and sustainable plant growth. The master's thesis contributes to the development and implementation of advanced technological solutions in the agricultural sector, which can have a positive impact on the quality of production and the sustainability of farming.
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