Modern Education is impossible to imagine without the use of high technology and robotization. Schools everywhere are equipped with electronic boards, and robotic systems for studying programming and engineering are emerging in universities. The educational applications of various robotics are described in this article.
This market is constantly evolving: many interesting developments from startups and large companies appear. The process has covered all developed countries: production is not only taking place in the USA and Western Europe. China is in the lead, and Russia is a center as well for robotics development.
There is no shortage of manufacturers in the market of automated systems for training. Many large companies specializing in robot or training system development have gone in this direction. Read more about some of them.
In primary Education, mainly game systems are used, which is an interesting form that allows children to master high technology basics.
One of the largest manufacturers is the famous company LEGO. They produce educational designers, collecting which children learn the basics of engineering. And with the help of the WeDo 2.0 set, students can also acquire basic skills in programming, design, and scientific activities.
Makeblock is a Chinese robot manufacturer and is famous for its mBot development. This device for children will teach them logical thinking and basic engineering skills. In the form of a game, the child will learn the basics of programming, will learn to analyze and solve problems.
And Robotis company offers game sets in the form of robots that teach children programming. The toys have built-in chips that can be reprogrammed to allow the device to perform certain actions.
Devices for secondary and high school are already more serious. They allow solving specific tasks while learning robotics and programming.
Chinese company uFactory, famous for its training technologies, introduced the mechanism uArm. It is a robotic hand that can be “taught” to perform various actions.
Students learn the basics of robotics by programming the device to perform some tasks. The student will be able to create his own conveyor system with full process automation.
Hanwha specializes in the development of collaborative robots. They allow the use of real production systems for training purposes, programming the “hand” to perform the necessary actions and processing materials.
Robots for universities are already professional equipment that will help in scientific and engineering activities, projects, and scientific works.
The largest manufacturers of such devices are Fanuc and Kuka.
Kuka offers a specialized cell ready2_educate for students. The robot is able to perform any action: move, grab, etc. Programming is carried out through the command block – a variety of tasks can be assigned to the device.
The Fanuc LR Mate 200iD robot enables production tasks. It is a small automatic arm with a variety of attachments. It is useful for engineers to perform material handling operations.
Robots are becoming an integral part of the educational process, which shows rapid market growth. Of course, the device cannot completely replace teachers – such systems take on routine tasks, which increases the efficiency of Education many times over. However, robots cannot solve creative tasks, so some tasks should be entrusted to this service.
Robotic technology is useful for all ages of students, from junior high school to university. Thanks to it, children learn the basics of IT and engineering, develop logical thinking, and students conduct laboratory and practical work on a live example, which can serve as a basis for future scientific and professional careers.