What is robotics?

Robotics is a multidisciplinary branch of engineering that designs, builds, operates, and uses robots to carry out different tasks, improving human performance and reducing errors. It allows tasks to be performed more quickly and effectively, also protecting people from potential occupational hazards. In the industry, it enables the automation of the production of any type of good, ensures the reduction of incidents and failures in the process, and improves efficiency and productivity by reducing human presence. In the case of Smart Auto Factories, the use of collaborative robots significantly improves the production process of vehicles, being able to perform construction and assembly tasks more quickly. This has made this work a very interesting option for those who do not know what to study or what to work in.

What does a Robotics Expert for Smart Auto Factories do?

The Technological Robotics Expert for Smart Auto Factories is the professional responsible for the conceptualization and design of the machinery that will be in charge of the assembly and production functions of automobiles in smart factories. Their extensive knowledge of technology will allow them to design the necessary solutions to optimize management, requiring sector knowledge in order to specialize the machinery to the type of tasks required. They will have to keep in mind the complete production chain, in order to design each of the robots that perform tasks in it, ensuring that they can collaborate fluidly with each other. Although their main focus is hardware, it is important for them to have a good understanding of the software that will control the robots, to ensure that all the characteristics of each robot are taken into account.

Why do we know that this work has a future?

The automation enabled by robotics in all industries promises to improve the quality of products and efficiency in production, while also reducing possible accidents in factories. The use of robots that work alongside humans allows for a 20% improvement in production, according to a study conducted by McKinsey, demonstrating the impact they will have on the industry. They also estimate that when all tasks are automated, this number will increase considerably. The KUKA LBR iiwa robot is a robot that is being used in factories to assist workers in the most strenuous and non-ergonomic tasks, adhering to international sector standards. According to a study conducted by Polaris Market Research, the robotics market in the automotive industry will reach $14 billion by 2026, demonstrating its importance in the global market.


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