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Robots might take our jobs, but maybe we need them to - Utah Business:
AI is no longer just the musings of sci-fi writers. AI is being implemented in automation technology to help with manual labor and other types of tasks. The technology is at a point where nearly every industry could implement it, and many already have. The question is no longer when will this technology exist, but what do we do now that it does?
[...] In 2019, 5,333 workers died on the job in America. The following year, Covid-19 changed the landscape of the workplace, bringing even higher levels of on-the-job risk to nearly every industry.
[...] According to OSHA, about 20 percent of workplace fatalities are in the construction industry. As automation technology advances, making it affordable for business owners to use is essential in order to protect laborers in the industry.
[...] Ben Wolff, CEO of Utah-based Sarcos Robotics, says, “there are significant labor shortages expected in almost every skilled labor industry over the next decade despite the increase in the availability of automation technologies. The US is expecting a 2.4 million worker shortage in manufacturing from 2018 through 2028, as well as a $1.6 trillion global labor productivity shortfall in the construction industry.”
Though a shifting labor market can be scary, human workers are not replaceable. Leading AI researcher, Andrew Ng, says, “despite all the hype and excitement about AI, it’s still extremely limited today relative to what human intelligence is.”
The good news for humans in the workplace is there will always be jobs that require some human support. Not only will there be plenty of manual labor jobs to go around for years to come, but robots will not be able to match human ingenuity anytime soon.
[...] Humans are unique in their creativity, and that creativity is not replaceable in the workplace. However, robots and automation machines will soon become invaluable as they support human workers in manual labor tasks, especially in dangerous environments.
According to Wolff: “Technologies that augment human workers performing manual labor, such as full-body, battery-powered industrial exoskeletons, have the potential to significantly optimize productivity, reduce the likelihood of occupational injuries, equalize the workforce by enabling more diversity, and potentially extend the longevity of workers’ careers when performing skilled labor jobs.”
(Score: 3, Informative) by mhajicek on Friday July 23 2021, @02:58PM
Correct, but it still needs a person to tell it what to do, set up fixtures and tools, and load stock It does greatly increase the output one person is capable of; one person can keep four CNCs running, generating an output equivalent to perhaps dozens of manual machinists, while making parts that are in many cases beyond the ability of any manual machinist. With a bit more capital investment, programming, and setup, the loading of stock, tools, fixtures, and programs can be largely automated as well, letting them run unattended for days at a time.
As for how this ties in to the point, the demand for machined parts currently exceeds capacity, resulting in high prices and long lead times, especially for certain subsets. If you have the skills and drive, and can afford even a high end hobby grade machine or an old used industrial one, you can launch a business and soon get more and better machines.
Yes, you have to have some money to get started. Are you going to start a job as a work from home programmer without first buying a decent computer, or a pizza delivery driver without a car? Even a manual machinist is expected to have thousands of dollars worth of his own tools, and I believe that's often true for mechanics as well.
The spacelike surfaces of time foliations can have a cusp at the surface of discontinuity. - P. Hajicek