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CodeBotix

@codebotix

346

followers

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Building creators of tech, not consumer ⚡️
Robotics • AI • 3D printing • IoT
Hands on online programs for ages 10-18

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Don’t miss out on our Online classes,

Your kids will love it, don’t believe us? Book a free demo class now! (link in bio)

[Robotics classes for kids, Robots, STEM classes, online class for kids, Al for kids, artificial intelligence, how to make robot, technology, gadgets, robot car making] by @codebotix

Make sure your child uses their time wisely, instead of random and unhealthy use of phone this season.

Sign them up for robotics / AI courses for kids with CodeBotix.

Book a demo class with us, link in bio.

[ai for kids, robotics for kids, technology, kids using phone, unhealthy phone habits, ai jobs, ai courses, ai classes] by @codebotix

Your child doesn’t need every hour after school filled with another class.

A healthy routine needs a balance of learning, rest, movement, family time and exploration.

For children aged 10–17, think beyond just school and tuition.

Give them time to:

→ Sleep and recharge
→ Complete homework and actually understand what they’re learning
→ Play outside and stay active
→ Spend time with family
→ Explore future skills like Robotics, AI, Quantum Computing and Cybersecurity
→ Learn, build and experiment beyond the school curriculum

And that last one is becoming increasingly important.

The future of work won’t just require children to memorize information or learn one programming language.

They’ll need AI literacy, critical thinking, problem-solving, creativity, communication and the ability to keep learning new technologies.

So don’t worry about making your child “productive” every minute.

Give them a balanced environment where they can learn, move, build, explore, play and rest.

The goal isn’t to fill your child’s schedule.
It’s to help them become curious, capable and adaptable.

[children education, kids education, parenting tips, future skills, future of work, AI for kids, AI education, robotics for kids, robotics classes, coding for kids, coding classes, STEM education, STEM for kids, critical thinking, problem solving, creativity, AI literacy, quantum computing for kids, cybersecurity for kids, online classes for kids, extracurricular activities, after school activities, CodeBotix] by @codebotix

Most parents think learning coding means becoming a programmer.

I don’t think that’s the goal.

Coding can teach a child how to break a problem down, test an idea, make changes, find mistakes and figure out why something isn’t working.

And with AI making it easier to generate code, understanding what the code does may become even more important than simply writing it.

So if your child is learning coding, don’t just ask:

“What did you build?”

Ask:

“What can you change?”
“What happens if you break it?”
“Can you make it do something different?”

That’s where coding becomes more than coding.

It’s a way for kids to experiment, problem-solve and discover what they enjoy building.

[AI for kids, coding for kids, robotics for kids, STEM education, future skills, critical thinking, problem solving, kids and technology, coding education, AI education, CodeBotix] by @codebotix

Started 11th grade knowing absolutely NOTHING about coding. 😭

Took one course… and somehow ended up here. 🤖💀

From “what is Python?” to building AI + robotics projects.

Still learning. Still breaking things. Still building.

And this is only the beginning. 🫶🏻
Want to know which course started my coding journey? 👀

Comment “CODE” and I’ll DM you the details! 📩

Wanna start building things like I do? 👀
Check out @codebotix 🚀

#codingjourney #robotics #ai #pythoncode #codingforkids by @codebotix

Trying is super cool, especially if it is super cool stuff like robotics, electronics and building stuff on your own!

[Ai for kids, robotics classes for kids, ai literacy, robotics, tech, technology, gadgets, kids classes, soldering, electronics, projects, kids learning] by @codebotix

Your child may already have school, tuition, skating, swimming, abacus and a dozen other activities.

But sometimes, they don’t need another class.

They need a space where they can say:

“I have an idea. Let me try it.”

At CodeBotix, students learn by building, experimenting, making mistakes, figuring out what went wrong, and improving their ideas.

They might build a robot arm, program a robot, create an AI project, or simply take something apart and ask, “What happens if I change this?”

That’s the kind of learning we want to create.

Not just another class. A space to build, try and implement ideas.

If you're a parent, check out CodeBotix once by booking a free demo class and see what your child could build. (link in bio)

[robotics for kids, AI for kids, STEM education, hands-on learning, project based learning, robotics classes, AI classes for kids, coding for kids, STEM for kids, CodeBotix] by @codebotix

Your child might be sharing more with AI than you realize.

AI tools can be incredibly useful for learning, creating and exploring. But children also need to learn what should NEVER be shared with an AI tool.

Here are 5 things I would never let a child casually type or upload:

1. 🔐 Passwords
2. 📍 Phone numbers, home addresses or other identifying information
3. 💳 Banking or financial information
4. 📄 Private documents — IDs, passports, certificates, etc.
5. 📸 Photos of themselves or other minors

And I’d add one more rule:

If you wouldn’t casually hand the information to someone you don’t know, don’t casually put it into an AI tool.

AI literacy isn’t just about knowing how to use AI.

It’s also knowing when NOT to use it.

Save this and share it with a parent whose child is using AI.

[AI for kids, AI safety, AI literacy, AI for students, digital safety, online safety, parenting tips, kids and AI, artificial intelligence, technology for kids, AI courses for kids, CodeBotix] by @codebotix

Teachers are more than educators. They are often the backbone of a child’s growth, helping them learn, build confidence, discover their potential, and become the person they aspire to be.

A great teacher becomes a role model, a mentor, and sometimes, simply the person a child needs to believe in them.

At CodeBotix, we’re privileged to work with teachers who bring patience, curiosity, and dedication into every class. We often hear from parents about how patiently our teachers handle students and how much their approach makes a difference, and that is something we genuinely value.

To every teacher who continues to create an impact, both inside and outside the classroom: thank you. Keep inspiring, keep building confidence, and keep helping children believe in what they can achieve.

Happy Teachers’ Day! by @codebotix

Want to get started with robotics? Here are 5 beginner-friendly projects you can build:

1. Obstacle-Avoiding Robot
Build a robot that detects obstacles and automatically changes direction.
Components: Arduino UNO, ultrasonic sensor, motors, motor driver, chassis, wheels, battery.

2. Line-Following Robot
Use sensors to detect a line and program your robot to follow it.
Components: Arduino UNO, IR sensors, motors, motor driver, chassis, wheels, battery.

3. Bluetooth-Controlled Car
Control a robot car wirelessly using a phone.
Components: Arduino UNO, Bluetooth module, motors, motor driver, chassis, wheels, battery.

4. Plant Monitoring System
Use a soil moisture sensor to monitor your plant and know when it needs water.
Components: Arduino UNO, soil moisture sensor, display or buzzer, breadboard, jumper wires.

5. Mini Robotic Arm
Build and control a small robotic arm to understand movement, motors and mechanical design.
Components: Arduino UNO, servo motors, robotic arm structure, jumper wires, breadboard, power supply.

You don’t need to start with complicated robots.

Pick one, build it, break it, figure out why it stopped working, and build it again.

That’s where robotics starts becoming fun.

[Robotics for beginners, robotics projects, Arduino projects, STEM projects, robotics for kids, engineering projects, coding for kids, STEM education, CodeBotix] by @codebotix

AI education for kids isn’t about teaching them how to use ChatGPT.

It’s about teaching them how to think with AI.

A child can ask AI to:
→ write their essay
→ solve their maths problem
→ do their homework

But if AI is doing all the thinking, the child isn’t really learning.

Instead, teach them to use AI as a guide:

“Give me a hint, don’t give me the answer.”

“Help me understand where I went wrong.”

“Show me how I can identify the pattern myself.”

“Give me another problem so I can try it on my own.”

That’s a completely different relationship with AI.

AI should make kids better thinkers, not replace their thinking.

And one of the most important parts of that is learning how to communicate with AI effectively through prompting.

Save this if you’re a parent trying to figure out how your child should actually be using AI.

[AI for kids, AI education, AI for students, kids and AI, prompting, prompt engineering, STEM education, future skills, parenting in the age of AI, CodeBotix] by @codebotix

AI is not going to be just a tool, software or in a robot, it’s going to be in the every little thing we use in our day to day lives.

China has already started diffusing AI into society, in the future more and more continues and societies will pick it up.

[ai in the future, ai for kids, china, ai] by @codebotix