To develop an initial understanding of artificial intelligence, by helping students to understand its principles, its uses and to adopt a reflective and responsible attitude.

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To raise students’ awareness of environmental and climate issues, and to engage them in concrete steps towards ecological transition and responsibility.

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Consolidate the fundamentals of mathematics through fun, contextualized and progressive problem-solving situations, to restore confidence and motivation.

Introduce students to project-based approaches (objectives, stages, roles, deadlines), promoting organization, cooperation and a sense of responsibility.

To develop an initial understanding of artificial intelligence, by helping students to understand its principles, its uses and to adopt a reflective and responsible attitude.

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Introducing logical-mathematical thinking and an introduction to programming through the design, assembly and animation of robots for educational purposes.​

Consolidate the fundamentals of mathematics through fun, contextualized and progressive problem-solving situations, to restore confidence and motivation.

To support students in understanding the concepts of money, budget and economic choices, in order to develop autonomy and responsibility.

This program develops digital literacy in 6-11 year olds by scrupulously respecting their cognitive development and the latest international scientific recommendations.

Strengthening 21st century transversal skills (collaboration, creativity, communication, critical thinking) to support all learning.

To encourage initiative, creativity and the ability to propose useful solutions, through concrete projects rooted in the students' reality.

Critical thinking develops when children encounter genuine philosophical questions. The themes presented are based on children's spontaneous questions and align with the best international curricula.