Artificial intelligence technology has developed rapidly in recent years and started to be used in many sectors. Industrial robots are one of them. Artificial intelligence-assisted robots have the potential to do things faster, more efficiently and cheaply, replacing human power. This brings with it a lot of controversy. Questions such as how artificial intelligence-supported robots will affect the future of the human workforce and how people will adapt to this change are on the agenda.

The use of artificial intelligence-assisted robots can provide an economic advantage by increasing the productivity of the workforce. But it could also mean some work being done by robots and increasing unemployment rates. The use of artificial intelligence-assisted robots can lead to the elimination of high costs for businesses and lower production costs. However, businesses will continue to need human labor to make a profit. For this reason, it is predicted that artificial intelligence supported robots can work with humans, and even humans can adapt to these technologies by training on the use of robots.

Could the use of AI-powered robots increase unemployment rates?

The use of artificial intelligence-assisted robots can increase unemployment rates, as well as increase labor productivity and profitability of businesses. Therefore, the impact of artificial intelligence-assisted robots on unemployment is a controversial issue.

First, the use of AI-powered robots means automating some work. This may put people doing these jobs at risk of being unemployed. In particular, processes in industrial production, such as packaging, assembly and product handling are some of the jobs that robots can do. Therefore, an increase in unemployment rates can be observed in some sectors.

On the other hand, the use of artificial intelligence-assisted robots can increase workforce productivity. The fact that robots are fast, precise and repeatable can enable businesses to achieve higher productivity and production capacity. This, in turn, can help businesses grow and create new business opportunities by increasing their competitiveness.

In addition, the use of artificial intelligence-assisted robots can also reduce the costs of businesses. The fact that robots can work longer hours than humans and do not need breaks can reduce the production costs of enterprises. This, in turn, can help businesses gain more customers and increase business volumes by offering more competitive prices.

In which sectors will the use of artificial intelligence supported robots be more common?

The use of artificial intelligence-assisted robots has become widespread in many sectors. However, it seems that the use of artificial intelligence-assisted robots will be more common in some sectors. Some of these sectors are:

Production Sector: The use of artificial intelligence supported robots in the production sector is quite common. Robots are frequently used in industries such as automotive, electronics and defense. Automating production processes increases worker productivity while reducing the error rate. For this reason, the use of artificial intelligence supported robots in the production sector will continue to increase.

Logistics and Transport Sector: The use of artificial intelligence supported robots in transport and logistics sectors seems to increase thanks to automatic driving technology. Drones, autonomous vehicles and unmanned aerial vehicles can be used to transport goods. In addition, the ability of robots to perform operations such as warehousing, shipping and inventory management may make it more common in the logistics industry.

Health Sector: The use of artificial intelligence-assisted robots in the health sector can help improve medical diagnosis and treatment methods. In particular, performing surgical operations by robots can provide a more precise and safe operation process.

Education Sector: The use of artificial intelligence-supported robots in the education sector can improve students’ learning experiences. Robots can present learning materials to students and assist teachers.

Service Sector: The use of artificial intelligence supported robots in the service sector has started to become widespread, especially in the customer service and retail sectors. While robots provide a faster and more effective service in customer service, they can be used in operations such as product management and inventory control in the retail industry.

Could the impact of AI-powered robots on the human workforce lead to gender discrimination?

The impact of artificial intelligence-supported robots on the human workforce includes several different factors that can lead to gender discrimination. These factors are:

Gender bias in artificial intelligence algorithms: Artificial intelligence supported robots work with the algorithms they are programmed to. However, these algorithms can sometimes carry gender bias. For example, women might be considered less skilled in some jobs and the algorithm could be programmed accordingly. This may increase the difficulties women face in their recruitment and working life.

Impact in sectors where women are more employed: Women are employed more intensively, especially in areas that touch people such as health, education and service sectors. The use of artificial intelligence-supported robots in these sectors may put women’s jobs at risk.

Replacing humans: AI-powered robots can replace humans in certain jobs. This situation can increase unemployment especially in jobs where women work more intensively.

Gender roles: The fact that certain jobs are seen as male or female jobs in society is a factor that can lead to gender discrimination by artificial intelligence-assisted robots. For example, while women are thought to be more preferred in some jobs, the use of artificial intelligence-assisted robots may lead to unemployment of female workers in these sectors.

Can the cost advantage of artificial intelligence supported robots reduce the impact on the workforce?

The cost advantage that artificial intelligence-supported robots will provide to businesses can reduce the impact on the workforce. This advantage arises because artificial intelligence supported robots are faster, more efficient and can make fewer mistakes. This can enable businesses to need less labor and produce with lower operating costs.

The cost advantage of artificial intelligence-supported robots is especially important in repetitive work and work on the production line. For example, to perform a repetitive job in a factory, a worker may need to be hired, trained and paid. However, acquiring and programming an AI-powered robot may cost less in the long run.

However, the use of AI-powered robots may also have an impact on the workforce, as they can replace humans in certain jobs. Therefore, businesses need to consider the changing needs of the workforce when using AI-powered robots. In some jobs, the use of robots that can replace humans can increase unemployment, while in other jobs it can reduce costs by reducing the need for labor.

How can people’s ability to work with AI-powered robots be improved?

The use of artificial intelligence-assisted robots not only affects the human workforce, but also affects people’s working habits, skills and abilities. Therefore, it is important for people to develop their skills to work together with AI-powered robots. Here are some suggestions for improving the skills of working with AI-powered robots:

Training on artificial intelligence and robotics: Businesses can offer training on artificial intelligence and robotics to their employees. These trainings may include topics such as the use, programming, maintenance and repair of artificial intelligence supported robots. In this way, employees will have information about the working principles of robots and will be able to work better with these technologies.

Human-machine interaction: People working with AI-powered robots must learn to interact with robots correctly. By ensuring that robots are programmed and used correctly, humans can increase the working efficiency of robots.

Creativity and innovation: The use of AI-powered robots can allow people to be more creative and innovative as they automate certain tasks. Businesses can encourage their employees in this direction and develop new ideas and business processes by using the advantages of artificial intelligence supported robots.

Variability and flexibility: It is important for people working with artificial intelligence-supported robots to be flexible and changeable in their business processes. Businesses can provide training to their employees on this subject and enable them to make the best use of the productivity advantage provided by robots.

Teamwork: People working with AI-powered robots must learn to work as a team. Businesses can provide teamwork training to their employees and apply teamwork principles to increase the efficiency of robots.