Russia’s Digital Fields: Training the Agricultural Workforce of the Future
The Russian State Agrarian University – Moscow Timiryazev Agricultural Academy has opened a Competence Center for Advanced Technologies and Education in the Agro-Industrial Sector.
Agricultural education was once associated almost exclusively with biology and chemistry. Today, however, the agenda includes robotics, data analysis and digital laboratories. The Russian State Agrarian University – Moscow Timiryazev Agricultural Academy is demonstrating that shift with the launch of its Competence Center for Advanced Technologies and Education in the Agro-Industrial Sector, along with the AgroKlass Online (Agro Class Online) digital platform. The project is designed to modernize workforce training for the industry. Even now, the agro-industrial sector needs professionals who can work with smart equipment and big data.
Knowledge Greenhouses
The AgroKlass Online platform is designed as a unified service for agricultural technology classes opening across the country. A single platform brings together educational materials, webinars, project-based cases and guidance on using modern training equipment. But the main goal is to immerse students in a professional environment. Schoolchildren will work with sensors and digital laboratories, data collection and analysis systems, automated greenhouses and weather stations, agricultural robots and even VR environments.
Training on the platform is divided into five yearlong tracks: agricultural chemistry; aquaculture and biotechnology; fundamentals of agricultural biotechnology; floriculture and urban-environment biotechnology; and agricultural engineering. The last track is particularly telling. This is where students work with robots, sensors and automation systems. Throughout the academic year, mentors are supported by professionals from academia and the agro-industrial sector. Nearly 1,300 mentors from 81 regions have already completed the training.
As Timur Bergaliev, head of the new Competence Center, noted, the key task is to adapt modern technologies for the educational process so that “mentors can work with their students on interesting and relevant projects in the modern agro-industrial sector.”
A Place for Fish
The Center’s hands-on facilities deserve particular attention. Timiryazev Academy has chosen to emphasize real-world equipment rather than the virtual simulations that are now commonplace. One of the standout exhibits is a high-tech aquaculture training station. It is more than an aquarium – it is a research system. The setup is equipped with sensor probes that track acidity, redox potential and other environmental parameters. It also incorporates a biological water filter, two fish-rearing tanks, automatic feeders and displays for monitoring water levels.
This station allows students not only to raise fish but also to study their behavior as environmental conditions change. What better assignment could there be for a future ichthyologist or aquaculture professional? The Center also features plant-growing systems that allow students to study hydroponic and aquaponic technologies and take control measurements.
Agronomists in the Making
Throughout its history, Russia has set agricultural records, both at the national and individual levels. This year, a schoolchild from the village of Savvateyevka made the news with a record of his own. Yeryoma Pavlenko grew a 730-kilogram pumpkin. The vegetable was nearly 5 meters in diameter, while the foliage covered 100 square meters inside the greenhouse. That is one reason agricultural technology education remains relevant in Russia. Today, it is gaining new momentum as the approach itself undergoes a major transformation.
For example, the Sirius Educational Center is developing hands-on AgTech education, including through the long-running Big Challenges program. Students work with professionals to develop an experimental platform for an agricultural drone while gaining experience in electronics, 3D printing and programming.
The Timiryazev Academy itself began expanding its network of agricultural technology classes in 2024. A pilot project was launched in the Moscow region, along with distance-learning tools for studying biology, chemistry, physics and mathematics. In 2025, agricultural technology classes became part of the federal Personnel for the Agro-Industrial Sector project. Starting Sept. 1, more than 600 such classes began operating in schools, offering advanced curricula and modern equipment. More than 350 agro-industrial companies joined the project as partners.
A Digital Footprint on Living Soil
The rapid expansion of the agricultural technology class network has created demand for a platform such as AgroKlass Online. By 2030, the government plans to open 18,000 such classes, making a unified digital infrastructure essential. How deeply the platform becomes integrated into the day-to-day work of these classes will be a critical factor.
AgroKlass Online could become one of the most widely used tools for training professionals for a digital agro-industrial sector. On Sept. 10, 2026, an online kickoff meeting will reveal who will be learning next-generation agricultural technologies in the new academic year and how they will do it.
