This thesis presents the development of an automated drip irrigation system designed to ensure efficient water delivery to agricultural crops. The system utilizes modern electronic components for environmental monitoring and supports both automatic and manual irrigation modes. The project includes circuit design, algorithm development, and virtual simulation for preliminary functionality testing. A mathematical model has been developed to justify key hydraulic parameters such as water flow rate, pipeline specifications, and pump characteristics. The conducted research confirms the operability of the proposed solution and its feasibility for small-scale agricultural use.
Research advisor: Anna Pysarets
