Translation. Region: Russian Federal
Source: Peter the Great St. Petersburg Polytechnic University –
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The Polytechnic University held its eighth annual Summer School, an educational intensive for high school students that brought together talented children from all over the country. This year, 88 high school students from St. Petersburg and other regions of Russia who passed a competitive selection took part.
The Summer School program included four areas that combined theory, practice, and excursions to leading enterprises. The students visited UEC-Klimov, the Petersburg Tractor Plant, the Institute of Linguistic Studies of the Russian Academy of Sciences, NIIEFA, the IT Contact company, and the Volkhov Hydroelectric Power Station. In the final, they defended solutions to cases provided by the organizers.
On the Wings of Polytech track, the participants worked on optimizing the wing design. They created a model in KOMPAS-3D, conducted virtual tests in ANSYS, calculated the load and lift at different angles of attack. The final stage was 3D printing of the wing and its testing on a special stand. The guys presented the results in the form of an engineering report with the defense of the project. The teachers of the program were engineers of the Higher School of Power Engineering and the Scientific and Educational Center "Aircraft Engines and Power Plants" PISh CI Nikita Izbyakov, Andrey Shirokih and Anastasia Bodunova.
Participants in the track "Energovaybe: how to tame the energy current and not burn out" successfully designed an efficient power supply system for a private home. They analyzed the needs of future residents and developed an optimal layout for electrical appliances, including sockets, switches, and lighting fixtures. To ensure reliable power supply, students calculated the parameters of the key elements of the system and prepared a detailed power distribution plan. The project took into account modern requirements for safety, energy efficiency, and ease of use.
The students studied electric power engineering with maximum focus on practical applicability. Testing the operation of electrical appliances, conducting experiments on connecting light bulbs, the first modeling in a popular engineering application, developing their own power supply scheme – the participants of the Summer School had no time to get bored, – noted Maria Lyulina, senior lecturer of the Higher School of Electric Power Systems.
In the track "Linguistics in the Digital Age: from Data Analysis to Artificial Intelligence", schoolchildren analyzed excerpts from English textbooks for grades 7–11 to assess their complexity. Using special metrics and automatic text processing tools, they found out how the "from simple to complex" principle is observed in the school curriculum. The results will help textbook authors adjust the selection of materials, and teachers will be able to adapt complex texts for better understanding. The track was organized by teachers and staff of the Higher School of Linguistics and Pedagogy Alexander Dmitriev, Marina Kogan and Elena Krupnova.
In the "How it works: mechanical engineering" program, schoolchildren successfully designed and calculated a single-stage gearbox, a key mechanism for industrial equipment. They performed energy-kinematic calculations, created a 3D model, and analyzed various production technologies, including traditional processing and 3D printing. The intensive course allowed future engineers to master modern methods of designing mechanical systems and understand the principles of choosing optimal production solutions.
The summer school is a unique opportunity for schoolchildren to immerse themselves in student life and get acquainted with their future profession. Working in groups, together with interested and motivated children, allows them to delve deeper into various technologies of modern professions, – noted the director of the Center for Work with Applicants Artem Egupov.
The best teams received additional points, which will be taken into account when entering SPbPU, as well as gifts.
The most valuable thing for me was the acquired experience of teamwork and practical skills of working in KOMPAS-3D. The teachers presented the material in an accessible and exciting way, so it was really interesting. Thanks to the coordinated work, we were able to overcome all the difficulties and achieved an excellent result in the defense of the projects, – shared Leonid Svetlyakov.
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