Robots are increasingly present in the daily lives of companies, this can already be seen on account of the almost 254 thousand robots that were bought by the industry in the world in 2015 alone, according to the International Robotics Federation. It is estimated that four to six robotic surgeries are performed per week in many hospitals. The applications of this type of technology only grow and create new possibilities in traditional areas, such as education. Globalization is responsible for several changes around the world, always influencing politics and all social relations that work directly on technological development and other forms of work. One of these aspects is the intense robotization in industrial production. These machines are always programmed to execute fast, standardized and effective movements, thus increasing the final production. However, the consequences are drastic for workers, as this phenomenon worsens unemployment.
to data released by the United Nations (UN), about 85 thousand robots are
implemented in the industry annually. In addition, they already point out that
more than 800 thousand robots are carrying out the work that could employ
approximately two million people. Thus, this process is motivated by several
factors, one of which is the maximization of production: the use of robots can
increase the production process in certain industrial segments.
For holders of the means of production, the use of machines is more advantageous, since, in addition to production occurring more quickly, the payroll is reduced and, consequently, profitability is higher. Although they are more beneficial for production lines, a robot helps to direct an employee to a more specific area that does not put them at risk.
Industrial automation consists of a set of methods that involve the insertion of physical equipment (hardware) and programs designed to control such equipment (software). The application of these technologies within the industrial environment has some essential competitive advantages for the increasingly demanding globalized market.
The need to meet ever greater demands in increasingly reduced time spans has meant that industrial automation has gained strength within the production lines. The substitution of human labor by robots makes production faster and more efficient, thus less waste of inputs and it is possible to schedule the production flow according to the demand of the moment.
Although the cost of implementing machines and software is often high, the results from this redesign of the production line allow the investment to be recovered in a very short time. After recovering the invested money, the entrepreneur will notice that the production costs will be drastically reduced, since a robot can perform the task of several workers depending on the type of task, this in turn will decrease the tax and labor costs incurred on the conventional labor.
The need for clearing UiPath exam:
It can be concluded that knowledge of robotics is absolutely necessary, now and in the future. There are many educational institutions that provide robotics training, one of which is UiPath. This is a software company that is now focusing its attention on the robot process automation platform including its learning. Since 2019, this company is the first company to unite the mining process and the robotic process automation. They provide anything related to robotics training and certifications including UiPath Certification Dumps. As mentioned above, UiPath provides training for individuals and companies interested in exploring the process of robotic automation. One of them is what is called the UiPath Certified RPA Associate (UiRPA). UiRPA is what should be the first step for anyone who is really serious about developing RPAs, robotics solutions, and other related matters. With UiPath certification, each robotics architect will be able to understand the basic framework of the robotics process automation-based company. This is the reason why it is important for every robotics practitioner to clear the RPA UiPath exam.