The topic of robots has always been fascinating. Now governments around the world have begun to encourage industry-related industries, and hope to achieve smart manufacturing by combining robots.
According to reports, the development of the manufacturing industry has gone through many stages. In the past, the factory relied on a single machine to carry out repetitive work and artificially finished products. With the rise of consumerism, the mass production line allowed the products to be produced quickly and at the same time. High quality level.
Later, there were separate automation systems and robots. The next manufacturing revolution is a system that emphasizes virtual and real integration: interconnected robots, devices, and products form a network that allows data to circulate to each other and achieve so-called Industry 4.0.
Outside the factory, robots also have a lot of application space. For example, in the city, robots can build intelligent and safe transportation systems with wirelessly connected driverless cars. In the medical field, robotic surgeons can continue to perform surgery without feeling exhausted; the accuracy of their operating instruments can exceed human limits.
The future world will require a large number of engineers who design robots that need to be involved in areas such as computing, control, mechanics and electronics. Sean Anderson, a professor at Sheffield University in the United Kingdom, believes that mathematics is especially fundamental to engineers.
Anderson believes that mathematics is often overlooked, but it is actually quite important. Through the mathematical program and calculus, you can analyze the power and speed changes of the driverless car; mathematics is also the basis of machine learning and artificial intelligence, which is especially critical for robot control algorithms.
The robots and motor systems currently used in the industry are relatively simple: the robot arm picks up objects, places them in a specific position, and is isolated from people. In the future, robots will work with people, and robots will be able to cope with unexpected situations.
Dead robots are becoming more and more intelligent, and the needs of robots will drive employment opportunities for engineers, and smart manufacturing and even deep-sea exploration will require robots. Those who are interested in mathematics may be allowed to take into account the robotics industry when selecting major subjects.
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