AgroScience Technologies Development InnovationS

Now, any student at a school can study robotics, unmanned vehicles, space technologies, digital hives, weather stations, and biotechnologies.

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Tilda Publishing

The AgroBees

Young bee researchers learn to work with a smart hive, programming it to monitor the surrounding environment. They study techniques for interacting with bees and creating optimal conditions for colony health. By analyzing "big data" from sensors, they identify problems and propose innovative solutions for bee conservation. In this track, students develop practical skills, creative thinking, and love for nature

Tilda Publishing

AgroSpace

Students acquaint themselves with satellite data collection technologies and explore our planet from space. The skills acquired enable them to research climate, analyze terrain through satellite imagery, and determine optimal timing for fieldwork. Students learn to interpret satellite images, conduct geoanalysis, and work with digital maps and GIS technologies, aiding their understanding of planetary processes and finding solutions for resource management

Tilda Publishing

AgroMeteo

Studying meteorological data inspires students to explore weather using modern technologies and helps them understand its impact on agricultural crops. This is crucial for optimizing resource utilization and increasing crop yields. Students also acquire skills in working with meteorological equipment and conducting thorough analysis of weather conditions. This track opens the way for future research in meteorology and related sciences

Tilda Publishing

AgroRobots

Participants program and learn to control robots in agriculture at a dedicated training ground. The competition helps develop skills in robotics, programming, and solving engineering tasks. The use of robotics to automate processes in agriculture increase work efficiency, reduce costs, and improve environmental safety in production.

Tilda Publishing

AgroCopters

Students learn to use unmanned aerial vehicles in agriculture for field monitoring, yield assessment, and quality control of work performed.
This helps to increase the efficiency and accuracy of various operations, as well as reduce manual labor costs

Tilda Publishing

AgroBio

Students learn to apply environmentally safe agricultural and horticultural technologies, identify pests, and learn methods to protect them using biological approaches. As part of the competition, students explore the basics of agronomy and biological plant protection. This help students develop skills in agriculture and contribute to its sustainable development

Tilda Publishing

AgroSmart

Students learn to use smart technologies for growing agricultural crops and make common agricultural objects automated and user-friendly for everyone with the help of smart devices and sensors. Participants learn to create designs, program, and manage their projects from a smartphone or computer, and study the competence of the Internet of Things

Tilda Publishing

AgroVet

Students learn to use modern technologies in veterinary medicine. Competition participants learn both classic skills such as suturing wounds, tartar removal, and working with microscopes, as well as digital skills such as managing livestock using a smartphone and studying animal anatomy with the help of a 3D atlas. This contribute to the development of agriculture, as specialists have necessary knowledge and skills to raise healthy animals

Tilda Publishing

AgroRovers

Students learn to use robotic systems in agriculture. Participants program and learn to control robots in agriculture in in field conditions locations.
This help improve labor productivity, reduce costs, and enhance environmental safety in production