Robotic systems in the workplace

In the years since the first robot was patented in 1961, robots and robotic systems have proliferated through many sectors of the economy including manufacturing, logistical support, medical technology, law enforcement, and military applications. Advances in digital technologies, as well as development of core technologies in camera systems, communication systems, sensors, and displays, are changing the capabilities and possible applications of robotics across industries. Robots have the potential to improve quality of life by performing tasks that are fatiguing, infeasible, or dangerous for humans to perform. As robots gain broader applications, there are concerns about potential unintended consequences such as safety, health, and fairness issues for workers. Robots present new challenges and new opportunities for occupational safety and health professionals.

Robots are quickly being incorporated into numerous areas of the economy from assembling to support businesses. Regardless of the noteworthy advancement accomplished by the organization of mechanical technology in the working environment, a completely mechanized automated processing plant may not be on the prompt skyline. Notwithstanding, shared robots are now working close to and with human laborers to do dreary and exactness undertakings for which they are especially appropriate.

The use of mechanical technology holds incredible potential for having the option to lessen or kill human openings in circumstances that would somehow require the human to face extra challenge. For instance, the new utilization of robots to manage the SARS‐CoV‐2 pandemic and the Covid illness it causes, COVID‐19, is an unmistakable illustration of how robots can be utilized for assorted assignments, for example, distant sterilization utilizing germicidal illumination with UV‐C or substance sanitizers, just as for supplanting working nearby other people with telemedicine for patient consideration (73) . Similarly, robots have been utilized to get to and examine spaces of the harmed Fukushima Daiichi Nuclear Power Station that would have been lethal for human professionals (74) .

With people working close to self-ruling automated frameworks, it is important that word related wellbeing and security specialists be acquainted with and draw in with mechanical technology originators and software engineers to guarantee that laborers can work securely with their robots. The utilization of mechanical technology and self-sufficient frameworks is obviously going to be a significant segment later on for work.

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Alice Nicholas          

Journal Manager

American Journal of Computer Science and Engineering Survey

Email: computersci@scholarlymed.com