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COMPETITIONS
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ROBOTICS, CODING AND AI FOR CHILDREN AGES 7 TO 18
Robotics? In school? What for?
Robots are everywhere - in the factories and on the fields, at the bottom of the sea and in space, in our gardens and living rooms. They are transforming so many aspects of our life, including education.
WHAT IS EDUCATIONAL ROBOTICS?
Educational robotics is a teaching approach that allows students to learn through the use of robots. It turns abstract concepts into concrete experiences by engaging students in active experimentation and problem-solving.
By working with robots, students develop skills in programming, engineering, mechanics, and mathematics, while also strengthening their logical thinking, creativity, critical thinking, and ability to collaborate. Educational robotics thus promotes interdisciplinary learning, where theory becomes meaningful through hands-on practice.
It fits naturally into STEM education (Science, Technology, Engineering, and Mathematics) by offering an integrated and practical approach suitable for all educational levels, from early childhood to higher education, with tools and activities whose complexity is adapted to the students’ age and skill level.
WHY INTRODUCE ROBOTICS IN SCHOOL?
Teaching with robotics increases class motivation and engagement. Kids love robots, because they are so cool!
Through play, educational robots help children at an early age develop one of the key cognitive capabilities: computational thinking -- the mental process we use to solve various problems through a sequence of actions.
And most importantly, educational robotics promotes the development of various skills that become more and more important in the 21st century:
- Experimentation and trial and error: Discovering that mistakes are not definitive but that they lead to new conclusions is a valuable skill for the future.
- Teamwork: the group challenge approach encourages socialization and collaboration, by working in teams, kids understand that the outcomes they want to achieve are much more feasible if they work together.
- Creativity: the search for solutions and the freedom to add new features to robots stimulate imagination and creativity.
- Self-esteem: succeeding in a new field enhances students' self-awareness.
- Self-evaluation: by being able to instantly see the results of their actions, without the need for an adult to tell them if they have done well or poorly, students learn to evaluate their own performance.
- Practical applications: the application of knowledge in math, physics or programming acquired at school motivates students to continue studying these subjects. A revealing fact: according to the European Commission, by 2022 there will be 825,000 job vacancies in Europe due to a lack of IT and ICT professionals. Robotics helps to build interest in science and technology, preparing students for the professions of the future.
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