Teachers at the Digital Desk: Russia Launches AI Upskilling Program for Educators
Russia's Ministry of Digital Development and Ministry of Education have announced a large-scale initiative to train teachers in the use of artificial intelligence. Without new skills, schools risk falling behind their own students.
Eight out of ten Russian schoolchildren already use AI tools in their studies. Many teachers, meanwhile, still struggle to distinguish between an essay written by a student and one generated by a machine. This widening skills gap is one of the consequences of rapid technological change. Russia's Ministry of Digital Development, Communications and Mass Media and Ministry of Education have decided to address the issue directly by teaching educators how to work with artificial intelligence.
Technology Should Serve People
The comprehensive professional-development program announced by Digital Development Minister Maksut Shadayev at SPIEF 2026 is designed to help Russian teachers master AI tools. Importantly, the initiative is being introduced without creating additional pressure for educators: there are currently no plans to change teacher certification procedures.
Shadayev previously stated that roughly 80% of Russian schoolchildren already use AI regularly in their studies. In the Moscow Region, he said, the figure has effectively reached 100%. That means schools are increasingly becoming a battlefield for academic integrity. If teachers are not equipped with the right tools and understanding, there is a risk of raising a generation that knows how to use neural networks exceptionally well but struggles with independent thinking. It is no coincidence that UNESCO in 2025 urged countries worldwide to invest in preparing educators for responsible AI adoption so that technology remains a tool that serves people.
Managing the AI Wave
The most important factor is a systematic approach. There is a significant difference between having teachers attend a lecture and providing them with practical guidance, clear methodologies, and tools that actually work.
In 2025, more than 7,000 computer science teachers completed training on AI technologies. Participants did not simply study theory. They learned programming, worked with databases, and explored ways to integrate AI into classroom instruction. In 2026, schools are expected to introduce a specialized Artificial Intelligence track within advanced computer science curricula. Students will soon be entering classrooms where AI is part of the curriculum itself, and teachers must be prepared for that reality.
The strategy begins with computer science teachers and is expected to expand later to educators across all disciplines. What could that mean in practice? A language arts teacher may use AI tools to identify AI-generated plagiarism, a challenge that is rapidly becoming commonplace. A mathematics teacher may generate personalized assignments for every student. The Russian government has already formalized this direction in the updated National AI Development Strategy Through 2030, where workforce development and the improvement of citizens' competencies are identified as national priorities.
An important issue was also raised during SPIEF. Sergey Kabyshev, chairman of the State Duma Committee on Science and Higher Education, argued that responsibility for managing the risks of AI adoption in education should rest with the state. According to him, government institutions should coordinate cooperation among universities, schools, and industry partners to ensure that AI deployment does not become fragmented or chaotic. Presidential adviser and Human Rights Council Chairman Valery Fadeyev added a note of caution, warning that uncontrolled AI use in education could weaken students' foundational knowledge and skills. At the same time, Fadeyev emphasized that AI will not reduce the need for teachers. On the contrary, it may make their role even more important.
Technology Is Moving Faster Than the Rules
The idea of teaching AI to those who teach others has been building for years. In 2023, the world witnessed the transformative potential of generative AI. That same year, UNESCO released its first guidance on the use of AI in education. Experts warned that technological adoption was moving faster than regulatory frameworks. The need for governance and teacher preparation became increasingly clear.
In 2024, Russian President Vladimir Putin signed a decree updating the National AI Development Strategy Through 2030. The document introduced nearly 40 pages of revisions. Beyond supporting scientific research, it established specific workforce-development targets. Among them is a goal of increasing the number of university graduates with AI-related education from 3,000 to 15,500 annually by 2030.
The year 2025 marked a shift from planning to implementation. UNESCO dedicated International Education Day to artificial intelligence and announced the completion of AI competency frameworks for both students and educators. In Russia, as noted earlier, the first 7,000 teachers from 47 regions completed training programs covering topics ranging from AI ethics fundamentals to machine learning in Python.
Now comes 2026. Beginning September 1, students will start studying within the specialized Artificial Intelligence track. At the same time, the Ministry of Digital Development has announced large-scale teacher training.
The trend is visible internationally as well. China, for example, introduced AI courses into Beijing's elementary and secondary schools in 2025. Chinese students are already building intelligent agents and training facial-recognition models. Their teachers, meanwhile, are being retrained alongside engineers from major technology companies.
A Conversation With the Professor
The central challenge facing the new initiative is teaching educators more than simply how to use tools. They need a strategic understanding of AI. One logical step would be the creation of federal model programs that begin with computer science teachers and later expand to all disciplines. Educators could then choose learning pathways focused either on data literacy or on evaluating work produced with AI assistance. As UNESCO has repeatedly emphasized, enthusiasm for artificial intelligence should be accompanied by caution. Protecting the individual development of children remains essential. Classrooms should not become environments where students interact primarily with machines.
On May 27, Higher Education and Science Minister Valery Falkov raised a possibility that would have seemed unlikely only a few years ago. As AI becomes more widespread in universities, institutions may reconsider the format of final assessments - potentially even eliminating written theses. According to Falkov, oral examinations could become increasingly important in an era of generative AI. A live conversation leaves little room to hide behind polished machine-generated text. Thesis defenses could evolve into dialogues in which professors evaluate knowledge rather than a student's ability to use ChatGPT. If AI can write for students, then examinations may increasingly focus on what machines cannot easily imitate: spoken communication, argumentation, and the ability to think in real time.
If the government succeeds in creating accessible Russian AI services and practical teaching guides built around real-world examples, Russia could develop a new model of schooling. One in which students do not merely consume content but actively create the future. And teachers, equipped with new knowledge, will no longer view digital technologies with apprehension.
