Translation. Region: Russian Federation –
Source: Government of the Russian Federation – Government of the Russian Federation –
An important disclaimer is at the bottom of this article.
The Prime Minister toured the center's production workshops and laboratories, spoke with students, and watched presentations on training in the secondary vocational education system.
Advanced training programs, workshops equipped with modern equipment, and close collaboration with future employers will ensure high-quality training for sought-after specialists.
The center's floor space exceeds 3,000 square meters, allowing it to train over 1,500 people annually. Over the course of their studies (2 years and 10 months), each student will receive 2,000 hours of in-depth practical training. This represents approximately 65% of the total time allocated for developing professional skills.
Previously, from 2018 to 2023, the site housed a multidisciplinary college. In 2023, design work was completed in collaboration with employers. In 2024–2025, the site was reorganized into a practical training center.
In the 2025/2026 academic year, students from six colleges will study at the site:
GBPOU "Moscow State Educational Complex"; GBPOU "Polytechnic College named after P.A. Ovchinnikov"; GBPOU "Moscow Technological College named after I.A. Likhachev"; GAPOU "Polytechnic College No. 8 named after I.F. Pavlov"; GBPOU "Moscow Publishing and Printing College named after I. Fedorov"; GBPOU "Moscow Industrial College".
Students will be able to master three in-demand specialties, gaining additional qualifications in each:
Mechanical Engineering Technology. Occupations: 3rd-category turner, 3rd-category milling machine operator, 2nd-category grinder, 4th-category CNC machine operator. Machine tool setup operator. Occupations: 3rd-category turner, 3rd-category milling machine operator, 4th-category CNC machine operator. Installation, maintenance, operation, and repair of industrial equipment (by industry). Occupation: 4th-category CNC machine operator.
Unique features of the center:
Co-location with industrial partners—future employers. Involvement of specialists from Technopolis Moscow SEZ residents to train students. Students solve production problems at Technopolis Moscow SEZ residents, and drawings of real components are included in practical projects. The entire manufacturing cycle is carried out using Russian software, from drawing creation to generating a quality report on the finished product.
The center houses a high-tech complex, including five workshops equipped with 69 machines, as well as three laboratories:
Workshop of milling machines with numerical control. The equipment allows processing of medium- and large-sized parts in accordance with professional standards.
Workshop of lathes with numerical control. The equipment is distinguished by its versatility – it can efficiently perform all basic (roughing and finishing) turning operations: external turning, drilling, boring, cutting, threading.
Workshop of universal milling machines. The equipment allows for complex processing of parts with complex geometry, including milling, drilling, boring and other technological operations.
A workshop of universal lathes, the equipment of which allows students to gain practical skills on real production equipment, which significantly reduces the adaptation period when moving to work in industry.
A workshop of special machines with a materials science department, in which machines allow high-precision processing of various types and types of parts.
An area with a laser complex for high-speed cutting of sheet metals (part of the special machines workshop). Students hone their laser cutting skills for a variety of sheet materials up to 8mm thick with high precision. The work includes creating a control program that sets the trajectory of the laser and the intensity of its radiation, setting up equipment, subsequent cleaning and processing of manufactured semi-finished products.
Drawing laboratory. Here students develop practical skills in technical drawing, which are the foundation for working with design documentation and creating three-dimensional models of parts and the final product. They also receive access to the next stage of the technological process of manufacturing a part in the computer-aided design laboratory.
The laboratory of computer-aided design systems is equipped with modern software.
The metrology laboratory is equipped with modern measuring equipment and professional tools that provide precise quality control of products and assembly units.
Practical classes are taught by 16 experienced and competent industrial training instructors from the college, as well as six current employees of residents of the Technopolis Moscow SEZ: UEC-Salut, a branch of UEC JSC, SKTB PR LLC, TZMOI JSC, NPP Toriy JSC, and Mikrobor LLC. Each student has access to state-of-the-art equipment.
Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.