ORGANIZATION OF THE EDUCATIONAL PROCESS IN ROBOTICS AT THE MODERN SCIENTIFIC LEVEL

Abstract

Effective use of water resources is one of the most pressing issues of today. In all countries of the industrialized world, measures to save water resources are built correctly. The landscaping system in the country originates and today some work is being done. The article is devoted to the study of the problems associated with the development of a device that can supply plants with water depending on its type and environmental conditions, that is, robotic devices on the Arduino platform. The article says that with the development of modern technologies, a device that does not require human intervention, the «HydroSprinkler-X» robot can be used to maintain soil moisture and effectively use water resources, effectively improve the landscaping system by self-irrigation. The control of plant growth with the help of a robot for automatic irrigation «HydroSprinkler-X» is considered and a model of effective use of water resources with the help of a self-controlled robot is proposed. In the course of the study, the peculiarities of growing plants in some greenhouses, environmental factors affecting development were studied. The data obtained were taken into account when developing the algorithm of the device. The developed device is intended for use in the garden, so this design uses a specific route, only one humidity sensor, an ultrasonic sensor and one outdoor pump. However, if you need to water other types of vegetables, then when you click on the button, you can add the required amount of water, the watering mode will change. There are other ways to change this model. The study concluded that by determining the moisture content of the soil using calculations, it is possible to increase the benefits of watering the plant. It is economically advantageous to use humidity sensors in crop production and a self-controlled automatic watering robot.