Nowadays, the word "AI" is used everywhere we go. For any skeptical photo or video on the internet, the first thought in our minds will be “this is AI." It is talked about like it is a very simple thing anyone can master, and usually this conversation is about AI like ChatGPT, Claude, and Gemini.

These are just AI assistants, not the AI that is taking over industries. They are custom AI models that take actual experts in AI to develop them.

What Are AI Models, and Why Don’t We See Them Function?

An AI model is a computer program trained on vast amounts of data to recognize patterns and make decisions. It learns from examples that a developer provides in the form of videos, text, and photos. Over time, it refines its internal logic to accurately respond to new, unseen information.

Let's talk about a real-life example and implementation of custom AI models so you can understand this better.

Cricket is a sport everyone has watched at least once. Have you seen a small field plot pop up on the bottom left corner of your screen that shows fielders moving? In matches nowadays, it pops up every couple of seconds to show field changes and strategies in real time. That’s all AI, just one person sitting in the broadcast room who deploys it on screen.

What used to be an entire production team to display these kinds of graphics on your TV screen is now cut down to one person. This person did not learn all this in a fortnight or some short years; learning happens from the very beginning.

Why AI Education In India Is Now Not An Option But A Necessity

At Blix, we've spent years introducing students to STEM, robotics, and hands-on learning. Every day, technology continues to evolve, and there has been a clear shift in skills required for the future’s workforce. Today, AI is becoming a part of how businesses operate and how innovations happen in almost every field.

That’s why we believe AI education should begin in schools to develop future-ready skills for students.

Introducing a complex technology like AI in the formative years of children allows them to build curiosity and confidence gradually instead of suddenly encountering these concepts later in life.

But AI education cannot be limited to theory, technology is difficult to understand by definitions alone. Students need to understand it by practically experiencing it themselves. When AI is combined with robotics projects, this abstract concept becomes understandable and encourages students to explore further.

How Is Blix Helping Schools Prepare for an AI-Driven Future?

Through our Blix for School program, we help set up AI STEM labs and robotics labs for schools that get students curious about the science and technologies around us. But building a successful AI lab takes more than just providing equipment.

Our STEM kits are designed around how children naturally learn, through curiosity, experimentation, and play. Each project follows a gradual learning curve, making complex concepts like robotics, coding, and artificial intelligence engaging rather than intimidating.

The curriculum that we provide is aligned with government-recognised boards. The topics that it covers are in line with the school’s curriculum. So concepts like Force, Power, Voltage, and Current, along with concepts that are not yet structured in the schools' curriculum like Artificial Intelligence and Coding, are taught in our labs in a hands-on way. The concepts are presented in a way that the student could potentially go through the process on their own. The instructions and learning kits they get are all the information they need to perform the experiment and understand the concepts behind it.

The future of AI education in India has already begun. Schools that embrace it today won't just be teaching students about artificial intelligence; they'll be equipping them with the knowledge, curiosity, and future-ready skills needed to thrive in a rapidly evolving world.