The rapid advancement of technology has transformed the way we live, work and relate. Artificial Intelligence tools, automation and new forms of communication are already part of the daily lives of children and adults, requiring skills that go far beyond the simple use of digital devices. Given this scenario, an important reflection arises for families and educators: are we just training consumers of technology or also creators of solutions? EMAK Disclosure The question gains relevance in the face of a job market that is undergoing constant transformation. Many of the children who are currently in school will be able to work, in the future, in professions that do not yet exist or that will be profoundly modified by new technologies. More than trying to predict what these professions will be, the challenge of education is to help students develop skills that can be used in different scenarios, such as creativity, adaptability, logical reasoning, collaboration and problem solving. "It is not possible to know exactly which professions will exist when today's children enter the job market. Therefore, more than just teaching them how to use certain tools, it is important to help them develop the ability to learn, investigate, create and find solutions when faced with new challenges", highlights the official spokesperson for the EMAK School, in a statement. Technology can also be a space for creation Children and teenagers are increasingly interacting with cell phones, computers, applications, games and different digital platforms at an increasingly young age. However, using technology daily does not necessarily mean understanding how it works or developing the ability to create using it. It is precisely at this point that technology can take on a different role within the school environment. At Escola EMAK, in partnership with Tesla Robótica Educacional, technology is understood as a tool to develop creativity, logical reasoning, problem solving, teamwork and computational thinking. The proposal is to stop students from just occupying the position of users and are encouraged to investigate, build, test possibilities and look for solutions. Contact with technology begins in Early Childhood Education Since Early Childhood Education, students have their first contact with robots, machines and technological concepts through playful and interactive activities. At this stage, it is not a question of anticipating complex programming content, but of using age-appropriate experiences to awaken curiosity and stimulate different skills. Children learn by building, exploring and experimenting, while developing skills related to language and communication, motor coordination, creativity, logical reasoning, problem solving and socio-emotional development. A construction that doesn't work as expected, for example, can become an opportunity for the child to observe what happened, raise hypotheses, make changes and try again. In this way, learning is not just in the final result, but in the entire path taken to get there. Learning how things work In the Early Years of Elementary School, learning evolves into understanding how different mechanisms and technologies work. Students explore simple machines, gears, pulleys, motors and sensors, while developing computational thinking, one of the skills present in discussions about contemporary education. Programming is introduced gradually through visual platforms and practical projects. Students build prototypes that come to life through motors and sensors, transforming ideas into creative solutions. In this process, an activity may begin with a question or a problem to be solved. How to make a structure move? How can a sensor identify a certain obstacle? What needs to be changed when a project doesn't work as planned? By seeking answers to these questions, students learn to analyze situations, test possibilities, work as a team and understand that different paths can lead to the solution of the same problem. Making mistakes is also part of innovation An important aspect of technological education is understanding that a project does not always work on the first try. In practice, building, programming and developing solutions involves errors, tests and changes in strategy. When a robot does not perform the expected movement or a code presents a problem, the student needs to investigate what happened and look for a new solution. "A project that doesn't work on the first attempt can also generate an important learning experience. The student needs to observe, identify the problem, review their decisions and try again. These are skills that can be taken to many other situations in academic and personal life", explains the official spokesperson for the EMAK School, in a statement. This experience helps to develop skills such as persistence, autonomy, flexibility and the ability to deal with frustrations. Challenges increase in Elementary School II In Elementary School II, the technological journey becomes even more challenging. In addition to applied robotics, students deepen their knowledge in programming, algorithms, development of technological projects and educational electronics. Using resources such as the Micro:bit board, students create intelligent systems, program sensors, develop automations and come into contact with concepts related to the Internet of Things (IoT), physical computing and maker culture. Technology stops being just a consumer tool and starts to be used as a means to create, innovate and seek solutions to different problems. When developing a project, students also need to make decisions, share responsibilities, present ideas, listen to different opinions and work collectively. In this way, technological activities can contribute not only to the development of technical skills, but also to skills related to communication, cooperation and coexistence. What is the role of the teacher? In a proposal that encourages investigation and creation, the teacher continues to play a fundamental role. More than presenting ready-made answers, the educator can propose challenges, ask questions, guide research and help students reflect on the paths chosen. This allows students to take a more active role in the construction of knowledge. The objective is not simply to make a child learn how to assemble a robot or develop code, but to use these experiences to stimulate ways of thinking and solving problems. How to prepare children for professions that don't yet exist? There is no single answer to this question. Technology will continue to evolve, new tools will emerge and many professions will be transformed in the coming decades. Therefore, preparing children for the future does not just mean teaching them how to use currently available technologies. It means developing the ability to continually learn, adapt to new scenarios, analyze information, work with other people and transform ideas into projects and solutions. More than teaching robotics, programming or technology, the EMAK School believes that education must prepare students to understand the world in which they live and act in it in a creative, ethical and responsible way. In partnership with Tesla Robótica Educacional, the proposal seeks to develop skills that can accompany students throughout their lives: the ability to continually learn, solve problems, work as a team, innovate and transform ideas into solutions. Because, in an increasingly technological future, the biggest differentiator will continue to be deeply human: the ability to think, create and build new paths.