Families,
Meet ROBOTIX C360
Why is Computational Thinking important?
Today, your children are growing up surrounded by devices that respond automatically, make recommendations, translate languages, and generate images. They use them with an ease that often surprises us.
But knowing how to use technology is not the same as understanding it.
Knowing how to swipe a screen does not explain what is happening behind it. Without that understanding, their relationship with technology remains passive: they consume tools and content that other people have designed and decided how they should work.
Technology will be present in almost every area of their adult lives: in their future careers, in how they access information, in how they communicate, and in decisions we cannot yet imagine.
What will make a difference is not how many tools they know how to use—the tools that will exist ten years from now have not even been created yet—but whether they have developed the ability to understand how things work, break a problem down, test ideas, make mistakes, and try again.
That is computational thinking. And it is not learned by simply watching technology: it is learned by creating with it.
The current curriculum framework addresses this through digital literacy. The question is how to bring it into the classroom in a meaningful, consistent, and rigorous way.
What is ROBOTIX C360?
It is a comprehensive program that schools integrate into the regular school day, so that the entire class can develop digital skills through robotics.
Learning with ROBOTIX C360
Every student in the class develops digital skills through robotics, following a structured learning path that progresses from early childhood through high school.
Starting with screen-free computational thinking through hands-on activities and guided play, and progressing toward more open-ended projects using different programming languages.
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Explicit development of skills such as problem-solving, critical thinking, creativity, and teamwork.
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Starting with screen-free activities and progressing through to high school with Python and other programming languages.
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Ongoing monitoring and assessment of each student’s learning, just as in other subjects.
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Robots and materials that students use to build, program, and experiment in the classroom.
What will your Child Gain?
Confidence When Facing Unfamiliar Problems
They learn that a problem without an obvious solution is not a dead end. It is a starting point. In class they build something, test it, and watch it fail. Then they look for the cause, change one thing, and try again. After doing this many times, a difficult exercise or an unfamiliar situation stops feeling like a wall. They have already learned that the first attempt is only information, and that persistence usually pays off.
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Creativity and Critical Thinking
They do more than follow instructions. They design, make decisions, and explain the reasoning behind those decisions. Every challenge can be solved in several ways, and choosing one means comparing options and defending a choice. Should the robot turn before or after the obstacle? Is it better to repeat three lines of code or use a loop? These decisions train a habit that shows up at home when they justify an opinion, plan a project on their own, or suggest a different way of doing something you have always done the same way.
Collaboration and Communication
They work as part of a team, listen to ideas that differ from their own, and learn how to explain what they have built so that someone else can understand it. Sharing a robot means agreeing on a plan, dividing up the work, and accepting that a classmate's idea may work better. When something goes wrong, the team has to talk it through instead of blaming each other. Explaining their solution out loud also forces them to organise their own thinking, which is why children who have gone through this often become clearer at telling you what they did and why.
Genuine Digital Competence
They move from simply using technology to understanding it and using it to investigate, create, and solve problems. Your children already know how to use apps and devices. What they gain here is an understanding of what happens underneath: that a program follows rules written by a person, that those rules can be changed, and that technology is something you build with rather than only consume. That perspective helps them judge what they see on a screen and gives them a real foundation for the studies and jobs they will choose later.
Skills for Whatever Comes Next
The World Economic Forum’s Future of Jobs Report 2025 identifies the skills that employers expect to become increasingly important by 2030. Many of them are exactly the capabilities students develop when they learn by building, programming, testing, and solving problems—giving them a stronger foundation for whatever path they choose in the future.
Frequently Asked Questions
Play is the entry point, but every activity is connected to educational objectives, curriculum-based competencies, and ongoing assessment.
No. ROBOTIX C360 is integrated into the regular school day and the school’s curriculum, with activities aligned to relevant learning standards.The entire class participates.
Neither students nor families need any prior experience. Activities begin at an age-appropriate level and progress gradually.
In the early stages, students work without screens. Later, devices are used actively and for a specific purpose: to program, design, test, and create.
This is fundamentally different from the type of screen use that concerns many families. Here, the screen is a tool for creation, not passive consumption.
Artificial intelligence is included, of course, but it is approached responsibly.
Students learn about AI without being unnecessarily exposed to it. They explore how AI works behind the scenes—including data, training, models, and ethics—so that they can think critically about artificial intelligence and evaluate the systems they encounter.
Classroom robotics is about much more than programming.
It involves design, construction, storytelling, teamwork, and problem-solving.
Students who may not initially identify with technology often find their place through one of these other areas.
Having the entire class participate, rather than only those who voluntarily sign up, helps prevent students from closing doors to future opportunities too early.
Just like any other area of the curriculum: through ongoing assessment of the skills students develop.
Teachers have access to monitoring tools that allow them to follow each student’s individual progress, not just the final result of a project.
The school’s own teaching staff. We provide them with training, all the necessary resources, and ongoing support throughout the entire school year.