The Word 'Robot' Is 106 Years Old — And It's Never Been More Relevant in the Classroom

Here is a fact that most parents and teachers have never stopped to consider: the word robot was not invented by an engineer. It was invented by a playwright. In 1920, Czech author Karel Čapek wrote a science-fiction play called R.U.R. (Rossum’s Universal Robots), in which artificial beings were built to do humanity’s drudge work. He borrowed the word from the Czech robota, meaning forced labour. More than a century later, the machines have arrived — and the most important question is no longer what robots can do for us, but what learning to build and work with them does for our children.

From Science Fiction to Classroom Reality

When Čapek imagined robots in 1920, he was worried about dehumanisation — about what happens when we outsource thinking and effort to machines. That concern turns out to be just as relevant in education. The risk is not robots replacing children; it is children who never develop the curiosity, resilience, and creative thinking that machines genuinely cannot replicate. Robotics in the classroom is the antidote. When a child designs a mechanism, watches it fail, thinks through what went wrong, and tries again, they are practising exactly the adaptable, self-directed learning that the future demands. This is not an optional enrichment — it is the core skill set of the 21st century.

What Robotics Really Teaches — And How to Introduce It

The most common misconception among teachers and parents is that robotics education requires deep technical knowledge. It does not. Modern educational robotics is specifically designed to remove technical barriers so that the real learning — problem-solving, teamwork, creative thinking, resilience — can take centre stage. Research and practical experience both confirm the same thing: the most effective robotics educators ask more questions than they answer. Rather than providing step-by-step instructions, they set an interesting challenge and let students navigate it. That process of navigating — of getting stuck, talking it through, and finding a way forward — is where the genuine growth happens.

For teachers who want to introduce robotics but are not sure where to start, the advice is simple: begin with the question, not the answer. Give students a challenge with no single solution. Accept that noise and confusion are signs of learning, not disorder. And resist the urge to fix things too quickly — a student who solves their own problem remembers the lesson far longer than one who was shown the solution.

Training the Teachers Who Will Shape the Future

TokyLabs was built on the belief that the biggest lever in education is the teacher. That is why, alongside Tokymaker kits for secondary students and Tokymini for primary classrooms, a core part of what TokyLabs offers is professional development — a STEM robotics certification programme that gives educators the confidence, curriculum, and hands-on practice to bring meaningful robotics learning to their schools, regardless of their prior technical background. Because a curious, well-supported teacher changes not one child’s trajectory, but thirty. Find out more at tokylabs.com.