What class will each student choose? Read the text and match the student with right description. New generation professionals are also being fostered at quantoriums or children’s technology parks. Children can study modern professions that are in high demand, such as robotic technology, aviation, cosmonautics and geo-information science, nanotechnology, industrial design and energy. There are two quantoriums in Moscow, and another 10 are set to open in 2017. Medical classes are equipped with digital laboratories, simulators, measuring instruments, first aid kits and many other items to help children learn the basics of microbiology, biochemistry, anatomy and medical nanotechnology. Students in engineering classes at 148 Moscow schools are introduced to nanotechnology, nanochemistry, computer-aided drafting, geodesy and cartography, industrial optics and the building of superconductors. They can use modern technological equipment and acquire programming skills at digital laboratories. These classes also have models of robotic loaders, operational 3D printers and scanners, miniature milling cutters, and equipment for studying kinematics, statics, dynamics, thermodynamics and molecular physics.

Задание

What class will each student choose? Read the text and match the student with right description.

Объекты 1
- New generation professionals are also being fostered at quantoriums or children’s technology parks. Children can study modern professions that are in high demand, such as robotic technology, aviation, cosmonautics and geo-information science, nanotechnology, industrial design and energy. There are two quantoriums in Moscow, and another 10 are set to open in 2017.
- Medical classes are equipped with digital laboratories, simulators, measuring instruments, first aid kits and many other items to help children learn the basics of microbiology, biochemistry, anatomy and medical nanotechnology.
- Students in engineering classes at 148 Moscow schools are introduced to nanotechnology, nanochemistry, computer-aided drafting, geodesy and cartography, industrial optics and the building of superconductors. They can use modern technological equipment and acquire programming skills at digital laboratories. These classes also have models of robotic loaders, operational 3D printers and scanners, miniature milling cutters, and equipment for studying kinematics, statics, dynamics, thermodynamics and molecular physics.
Объекты 2
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