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Cutting-edge engineering institutions foster technological leadership

Expanding the National Project 'Youth and Children', 50 sophisticated engineering schools are already active in 23 Russian regions, aiming to double to 100 by 2030. This combination of higher education, scientific research, and commercial enterprise is underway.

In the scope of the national endeavor 'Youth and Children', 50 progressive schools are currently...
In the scope of the national endeavor 'Youth and Children', 50 progressive schools are currently active across 23 Russian regions. The goal is to double this count to 100 by 2030, blending higher learning, research, and industry.

Cutting-edge engineering institutions foster technological leadership

Lightning Up Engineering Education: A Russian Revolution 🔧🏫💡

Let's shake things up, shall we? Russia is taking engineering education by storm! ⚡️ In 2022, a whopping 280 businesses teamed up with universities, and the number keeps growing. Why? To transform engineering pros into brilliants, boost Russia's tech superiority, and foster collaboration between schools and enterprises. 🤝

Engineering University of Samara Goes Small but Mighty ✈️

Take a peek at the Samara National Research University named after academician S.P. Korolev, where the Advanced Engineering Aero-Space School (PIASH) is thriving under the national project "Youth and Children". They're whipping up a line of small-size gas-turbine engines with a low thrust, suitable for small-class nanosatellites and household appliances. 🛰️🌼

Did you know? The students are masters of their destiny here. They dive headfirst into design, production, and testing during their studies and become engineers of a new generation. 🎓🚀 Led by Deputy Director Vitaly Smelov and Scientific Supervisor, these young innovators are revolutionizing the engine industry! 💡🔧

Got skills? Show 'em off! The university is cranking out designs, technological documentation, and components using additive technologies and CNC machining. They're testing 10 engines before the year's end. 🏭⚙️

Engine Production: A Delicate Dance of Technology and Expertise 🏳️‍hspace;-1em; 🌐

The road to producing these engines is no walk in the park. It's a complex dance requiring various technologies, designs, production, testing platforms, and highly qualified specialists. The salty-dog of the operation, Ivan Zublilin, the Director of the Engineering Center and head of the "Energy Installations" lab, explains it like this:

Students should design, manufacture, and test an engine and see the fruits of their labor with their own eyes. They should learn from their mistakes during their studies. 🌱🔧

Trust us; these small engines are a powerhouse of complex technical details, perfect for students to cut their teeth on. It's not just about learning; it's about bringing ideas to market and creating product lines of engines for the world. 💼🌐

Engineering Dream Team: Perm Polytechnic Churns out Aces 🎓🏫

In Perm, the Higher School of Aviation Engine Building prepares engineers for the job market with a tailored education approach. Not only do they train specialists for specific positions, but they also integrate companies into the training system. That means a motivated student body that knows exactly why and what they're learning, because they're already on the payroll! 💰🎓

Suppose you're working on projects for the real economy, like young scientists studying plasma spraying for aircraft engine blades. In that case, you're ingraining problem-solving skills into your DNA, preparing for a bright future in the engineering industry. 🎯🔧

Hey, AI is in the house, too! Scientists at South Ural State University have trained an AI to detect road anomalies using thermal maps, a boon for smart cities and emergency services everywhere. 🔬🌇

There you have it—a sneak peek into the engineering education revolution taking place in Russia! It's not just about the big guys; it's about nurturing the next generation of brilliant engineering minds. So, buckle up and prepare for takeoff! 🚀💬

Data-and-cloud-computing technologies are being utilized at the Samara National Research University to design, document, and create components for their small-size gas-turbine engines, proving the importance of technology in education-and-self-development and learning. The collaboration between universities and businesses in Russia, such as the one in 2022, aims to transform engineering education and create a new generation of engineers, boosting the nation's tech superiority.

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