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Learn what Robotics is, what it's used for, and why you should work in this field.

Technological advancements have increasingly impacted life in society, bringing significant transformations to education and the job market. This means that students and professionals need to prepare themselves to deal with these changes, developing innovative solutions to both old and new challenges.

In this context, it is important to understand what Robotics is and why it stands out as an area of great interest, especially among children, teenagers, and young adults, particularly due to the possibilities it offers for academic and professional development.

In this article, we will explore the fundamental concepts of Robotics, its practical applications, and the reasons why it is one of the most promising areas for the job market and education.

What is Robotics?

If you want to know what Robotics is, understand that it "is a set of tools created by humans to automate processes with greater speed, precision, and quality. This area connects various fields of Engineering and Technology, such as Computing, Electronics, and Mechanics," explains Gabriel Barros, Robotics professor at ESEG College, part of the Etapa Group.

“Robotics encompasses the science and techniques for designing, building, and using robots and programmable machines that follow established action scripts. This area also has an educational role, creating an environment conducive to learning and stimulating the interest of children, adolescents, and young people,” adds Victor Reiss, Robotics Coordinator at Colégio Etapa.

What is Robotics used for?

Now that you understand what Robotics is, know that it plays fundamental roles in different areas:

• Industry: It automates production processes, reduces costs and waste, and increases efficiency through the use of articulated factory machines and control systems;
• Health: It assists in high-precision surgeries and the development of intelligent prostheses;
• Services: This includes customer service robots, such as chatbots, and automated delivery technologies;
• Education: It creates hands-on learning environments, helping students understand concepts in Physics, Mathematics, and Computer Science with real-world applications.

“Although traditionally associated with industry, Robotics has evolved to encompass fields such as Planning, Health, and Sales. This is possible with virtual robots, which automate and optimize processes through programming,” Barros points out.

What are the types of Robotics?

Robotics is divided into different categories, each with its own applications:

1. Industrial Robotics: Used in production lines for tasks such as welding, painting, and assembly;
2. Mobile Robotics: includes drones, autonomous vehicles, and exploratory robots;
3. Service Robotics: It includes domestic robots (such as smart vacuum cleaners) and medical robots;
4. Educational Robotics: Used for learning technical concepts and programming skills;
5. Social Robotics: Designed to interact with humans in social or therapeutic contexts.

How can robotics be integrated into basic and higher education?

Now that you know what Robotics is and what it's used for, see how it can be introduced at different educational levels in... creative process.

Basic education:

• Playful activities: Children and teenagers learn by building and programming simple robots, using kits such as Lego Mindstorms and Arduino;
• Games: They stimulate logical reasoning and creativity in a fun way;
• Competitions: Robotics olympiads challenge students to solve real-world problems, such as making a robot complete a course.

Higher education:

• Advanced projects: University students develop solutions for real-world problems, such as automation systems for agribusiness or the Internet of Things (IoT);
• Integration of areas: The activities combine computing, electronics, and mechanics to prepare students for the job market.

What are the advantages of studying and working with Robotics?

Knowing what Robotics is and deepening your knowledge in the field offers a number of benefits. Here are the main ones:

• Developing key skills:
  • Creativity;
  • Logical reasoning;
  • Teamwork;
  • Problem solving.
• Preparation for the job market:
  • Students learn to manage their time, use new tools, and work in teams—skills that are highly valued by companies,” says Barros.
• Promising careers:
  • High salaries and growing demand in areas such as Industry 4.0, Data Science, and Mobile Robotics.
• Early childhood and youth education:
  • Children develop concentration and spatial visualization skills;
  • Teenagers discover their interests and talents, which helps them choose careers.

Practical examples of Robotics

Below are three practical examples of the application of Robotics:

• In the industry: Robotic arms for welding and painting;
• In health: surgical robots like the Da Vinci;
• In everyday life: Delivery drones and robotic vacuum cleaners.

If you enjoyed understanding what Robotics is and learning more about its functions and importance, Take the opportunity to learn about the Artificial Intelligence and Robotics Center at ESEG College, part of the Etapa Group..