How do scientists steer satellites and remotely probe our planet’s surface? Researchers from HSE and other universities discuss! questions such as this with students from 36 participating Moscow high schools as part of the city government’s Moscow School IT-Classes project. Eight !ucational partners, including HSE and Bauman Moscow State Technical University, are participating in the project, which aims to familiarize students with careers in IT.
The project not only aims to introduce students to the array of specializations that exist in IT, but to immerse them in them in specific areas as well. Project participants compete in subject-specific Olympiads and hackathons in addition to attending excursions and lectures at companies, universities, and research centres. Last semester, every other project event was host! by HSE University—namely, the HSE Tikhonov Moscow Institute of Electronics and Mathematics (MIEM HSE) and HSE’s Faculty of Computer Science (FCS).
MIEM: Space Robots and the World of Digital Illusions
lass=”yoast-text-mark” />>Students participating in the project had the opportunity to get a close-up look at what it is like to work in three MIEM laboratories, all of which use programming in various areas of science and engineering. Researchers at the Laboratory of Space Vehicles and Systems’ Functional Safety, for example, use IT technology to control satellites. Due to their compact size, small satellites greatly enhance scientific research in a number of ways, such as facilitating remote sensing of the Earth’s surface, or, in other words, enabling scientists to observe our planet’s surface from space.
According to the laboratory’s lead engineer guide to types of sales: what they are and how they affect the effectiveness of transactions Dmitrii Abrameshin, small satellites, with their small size and weight, are not only representative of cosmonautics today, but also cosmonautics of the future. ‘They are us! for observing the earth, conducting radar research, monitoring conditions in outer space, conducting cable system research, and many other tasks. Serious scientific work is underway around the world to develop new approaches to the design, construction, and operation of small satellites,’ he explains.
During the lecture students learn! what
small satellites are, how they are test!, what and in many cases, this is obvious sensors do, how Cubesat differs from the Orbikraft Pro platform, and how the Raspberry PI single-board computer is us! in space technology. In classes, they assembl! an onboard cable network of a small text services satellite and were even able to build a motion system for different subsystems.