Vasily Ovchinnikov, CEO of the Organization

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mathematics and computer science, physics and a foreign language. Mathematics and computer science are the basis for studying special disciplines, physics - systems thinking, understanding of interdisciplinary foundations, a foreign language is necessary for studying technical documentation."

for the Development of the Video Game Industry: "Secondary vocational education has an important advantage - its practical focus, in a good sense, narrowly practical. There is potential to prepare people for the industry who will need to be trained to the next specialist level, not the basic one. And it is hong kong whatsapp resource very good that educational standards are beginning to be adjusted to this story. The main thing is to conduct training in conjunction with the industry in order to prepare students for the requirements of their potential employers."

Andrey Zarubin, Vice President for Science and Education at InfoWatch Group: "The program definitely lays down fundamental knowledge and skills, requires serious, in-depth knowledge of mathematics and physics, so its graduates have every chance of employment, and not just as programmers, administrators or specialists in writing prompts for GPT models, but rather as engineers who know how to apply existing platforms and AI algorithms in IT systems, and know how to integrate and combine them."

Vladimir Arlazarov, Doctor of Technical Sciences, CEO of Smart Engines: "Considering the shortage of specialists working with artificial intelligence, college graduates can be a great help for startups implementing IT products. However, companies that develop AI solutions need specialists with higher education and strong mathematical training. To work with artificial intelligence, you need a vast amount of knowledge in programming, accumulated by several generations of scientists and developers. You need at least 5-7 years of study at universities. Nevertheless, college graduates are able to cope with the task of integration."

Elena Bocherova, executive director of Cyberprotect: "In Russia, there are many successful examples of implementing similar educational programs in universities and colleges, for example, training specialists in the field of programming. The training profiles may sound the same, but in the case of colleges, the main emphasis is on practice, so that students can start working immediately after completing their studies. The new program is focused on software development and training ready-made artificial intelligence models. Therefore, applicants choosing this direction should honestly answer for themselves how ready and willing they are to study mathematics in depth. Much will depend on the knowledge and practical skills that will need to be acquired during the course of study. Future specialists should pay attention to internship programs offered by industrial companies and thematic conferences that will help maintain an up-to-date picture of the world."

Sergey Votyakov, head of the RUSSOFT Committee on AI: "I believe that both the school curriculum and the college curriculum should include the basics of applied application of various AI areas. This includes generative AI, computer vision, voice bots, software robots, robotics. In general, it would be great to create a textbook "Anatomy of Robots" that would clearly explain which technologies are used and where. Our industry needs specialists with a basic IT education, but with adequate requests. Colleges can easily train "juniors" (beginning specialists), while universities are required to graduate at least "middles" (mid-level specialists). Both are needed in large quantities."