How to use artificial intelligence and machine lea

  • Detail

How artificial intelligence and machine learning are used in engineering

like many other industries, artificial intelligence and machine learning are changing engineering. Even if these technologies seem to be everywhere now, we should not ignore their true inconceivability and the outstanding things they enable us to do today and what we will do tomorrow. For engineers, artificial intelligence and machine learning may lead to the continuous development of tasks they have to do, but it can also help them complete tasks that they could not complete before

what is artificial intelligence and machine learning

first, let's clarify our definitions of artificial intelligence and machine learning

the field of artificial intelligence (AI) began in 1956, but it has not made significant progress until the last decade, so that the technology is widely used and experienced by many external technology communities. Today, artificial intelligence is one of the fastest growing emerging technologies. It describes machines that can perform tasks that previously required artificial intelligence

machine learning takes it one step further. It is one of the latest artificial intelligence technologies. Machines can acquire data, analyze it, take action, and then learn from the results of the action

how can artificial intelligence and machine learning be used in engineering

AI used in engineering uses software and hardware components. As machines become more and more complex, they will not only be able to support intelligent production lines and complex manufacturing tasks, but also be able to design and improve tasks over time through machine learning with little human intervention. Robots have been used by automobile manufacturers on production lines for a long time, from completing simple engineering tasks to many precise actions required to handle some of the most complex parts of the process

the support of artificial intelligence tools can enhance the design of the host and auxiliary equipment of the experimental machine in the charge of the engineer, which has inspired many technical tasks of Shimadzu, Japan, such as design and simulation. Consider that computer-aided design (CAD) has completed the tensile, compression and bending tests of specimens and informed nanotechweb Org is just an auxiliary tool of engineering, and now it has become a basic part of daily workflow. These tools will help improve the ability of engineers and make it possible to explore unprecedented design and weight reduction options

another way that AI can support engineering tasks is to break down silos between departments and help effectively manage data to collect insights from them. AI programs can provide automation for low value tasks, thus freeing up engineers' time to perform higher value tasks. By using machine learning to discover patterns in data, machines are very important to help make engineering judgments

what will be the role of an engineer

although artificial intelligence and machine learning have many advantages in engineering, some engineers worry that their work will be taken over by machines. Automation has taken over and will continue to take over the work that human beings have always done; However, it can liberate people to perform higher-level tasks and take over the work of unique human skills that do not even exist. According to a study of Stanford University, the 100 year study of artificial intelligence, the threat to work is not imminent. Even when we arrive there, we will be balanced through the positive impact on society and the improvement of ability. A report from the University of technology supply Oxford pointed out that science and engineering majors are the least threatened and will benefit greatly from artificial intelligence tools

in order to prepare engineers for Industry 4.0, when factory automation, big data, artificial intelligence and machine learning have changed our working methods, engineers should be prepared to adapt to the latest tools available to them, and learn how to work with robots and machines to give them suggestions. Engineers must optimize what needs to be done to optimize the interaction between human and robot

artificial intelligence and machine learning are the foundation of advanced a engineering. Although there are still doubts, especially about how the work of engineers will change, it is futile to resist this change. There is no doubt that artificial intelligence will help to manage engineering data more effectively in the next five years, and will become an important part of the future of engineering. It is adopted and adapted as soon as possible; The earlier the project will be able to take advantage of this technology

Copyright © 2011 JIN SHI