How Robotics is Preparing Students for a World Full of AI

Anthony Galgano
Jun 29
5 min read

Updated: Jul 5

There is no doubt anymore that AI is changing the way we work. Teams and companies are using it to write faster, analyze more, and get more done in a day than they could a year ago. Productivity is the headline everywhere you look.

In schools the picture is more complicated. Educators I talk to seem to have a bit of a love-hate relationship with AI right now. Some see a powerful tutor and a real time saver. Others worry about shortcuts, cheating, and what it all means for genuine learning.

Here is what I find interesting. That entire conversation is about one kind of AI, the kind you type into on a screen. There is a second kind that gets far less attention in the classroom, and it may end up mattering even more for our students. It is called physical AI.

Two Kinds of AI

The easiest way to understand physical AI is through robotics.

The AI most people know lives on a screen. You give it a prompt and it gives you back words, images, or code. It is genuinely useful, but on its own it does not touch the real world.

Physical AI is different. NVIDIA’s CEO Jensen Huang describes it simply as “AI with a body.” It is AI that can sense its surroundings, make a decision, and then take a physical action. Instead of only answering a question, it moves, grips, builds, or navigates. The clearest example of physical AI we have today is a robot.

At True Robotics, the definition we teach is short on purpose. A robot is a machine that can be programmed to sense its environment and perform actions. Sense, decide, act. Once a student understands that, they understand the foundation of physical AI.

Treads Robot for K-3 Students: Real World Robot

The Next Academic Necessity

Here is how I think about it.

The robotics workforce is not coming someday. It is already here, and it grows every single year. If our students are going to step into that world, they need to understand how these machines actually work. That means knowing how to control them, how to program them, and how they sense and respond to what is around them.

We have been here before. Over the last century, schools kept adding the essential tool of the era to the classroom. First students had to learn the calculator. Then the typewriter. Then the computer. Each time the logic was identical. The workforce was about to be full of that tool, and the students who did not understand it would fall behind.

So what is the next academic necessity? I believe it is robotics, for exactly the same reason as all the others. The workforce is filling up with robots and intelligent machines. The students who understand them will have the advantage.

Students who use and understand robotics will have an advantage in the workforce.

Why You Start in K-8

People sometimes ask why we focus on the youngest grades. I usually answer with a question of my own.

Do you hand a student a computer for the very first time in 9th grade? Of course not. We put computers in front of kids early so that by high school, using one is second nature. A 9th grader is not learning what a computer is. They are using it to write essays and run research.

Robotics works the same way. Students need real exposure to it while they are young so the basics feel familiar. Then in high school they can apply that foundation to harder problems and bigger builds. K-8 is where the foundation gets laid. Wait until 9th grade and you have started the clock far too late.

“Robots Will Never Be in My Field”

This is the objection I hear most, from students and sometimes from adults. The honest answer is that the machines are already showing up almost everywhere. A few examples:

Art. A robot named Albert can spray paint a full mural up to 100 times faster than a person. It once painted a four-story portrait of Albert Einstein onto an office building in about five hours.
Law. More than half of legal professionals now use AI to draft correspondence, and roughly four in ten use it to summarize documents. Transcription, drafting, and summarizing are quickly becoming machine-assisted work.
Manufacturing. More than 4.6 million industrial robots are now operating in factories around the world, and that number climbs by hundreds of thousands every year.
Healthcare. Surgeons performed about 2.6 million robot-assisted procedures in the United States in 2024 alone, a jump of nearly 20 percent in a single year.
Construction. Over half of construction firms have already adopted robotic tools or plan to, from bricklaying to site layout, as the industry scrambles to fill a labor shortage.

Art, law, manufacturing, medicine, construction. These are not fringe corners of the economy. They are exactly where our students are headed, and the robots are already there.

How True Robotics Bridges the Gap in K-8

This is exactly why we built True Robotics. We make physical robots and complete K-8 classroom packages so schools can give students real, hands-on time with intelligent machines, not just a lesson about them on a screen. Every kit is reusable, comes with all the tools and parts in the box, and runs on our web-based, drag-and-drop Trubots Playground software, so students can program a robot to drive itself or take direct control with a game controller.

Here is how the lineup grows with the student:

Treads (Grades K-3). A friendly, screen-equipped robot with a touchscreen and a built-in gyroscope for smooth driving. In the Paving the Way with Treads package, it builds early literacy, math, and social-emotional skills while introducing the basics of coding.
Pilot (Grades 3-5). A buildable kit of more than 150 pieces with a camera, touchscreen, and ultrasonic sensor. In Taking Off with Pilot, students assemble the robot and start applying real math and science as they program it.
Axle (Grades 6-8). Our most advanced kit, more than 250 components with a camera, ultrasonic sensor, and light sensor. In Introduction to Robotics with Axle, students program a robot to sense and navigate its environment, the same sense, decide, act loop that defines physical AI.

By 8th grade, a student who has moved through Treads, Pilot, and Axle has spent years building, coding, and troubleshooting real machines. That is the foundation that makes the high school and workforce version feel natural instead of foreign. Every package also includes grab-and-go curriculum and one-on-one teacher professional development, so the teacher never has to be a robotics expert to deliver it. If you want to see the kits or pricing for your building, you can request a quote or chat with our team.

The Bottom Line

I will leave you with one comparison.

Choosing not to teach your students robotics today is a lot like a school 20 years ago choosing not to teach students how to type. It may have felt optional at the time. Looking back, it simply left those kids a step behind everyone else.

The world our students are walking into runs on intelligent machines, both the kind on a screen and the kind with a body. Robotics is how we make sure they walk in ready to lead instead of scrambling to catch up. And the best place to start is K-8, long before the stakes get high.