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ROSBOTZ
BUILD
CODE
FLY
ROBOTICS FOR KIDS
EXPLORE

Why Choose Rosbotz?

Hands-on Learning

Build real robotics projects using physical kits delivered to your doorstep. We focus on practical application over just theory.

Live Mentorship

Interactive 1:1 online sessions guided by experienced trainers who ensure no student is left behind in logic building.

Global Certification

Complete structured levels and earn recognized certifications mapped to international technology standards.

Startup India Recognized 30+ Countries Served STEM Certified Secure Payments Worldwide Kit Delivery 4.9/5 Rating (1200+ Reviews) Startup India Recognized 30+ Countries Served STEM Certified

Curriculum Protocol

From beginner block coding to advanced embedded AI systems. Every program is hands-on, project-based, and mentor-guided.

Franchise Nodes

Start your own robotics lab using our verified models, hardware throughputs, and ongoing operational support in your region.

Our Projects include

From basics of electronics to advanced artificial intelligence, we cover the full spectrum of modern robotics.

electronics

Electronics

Understand the building blocks of gadgets. Learn about circuits, sensors, and basic logic.

  • Smart Light Project
  • Motion Sensors
robotics

Robotics

Bring machines to life. Program autonomous robots to navigate mazes and avoid obstacles.

  • Bluetooth Control
  • Obstacle Avoidance
AI & Coding

AI & Coding

The future is software. Dive into Python coding and train your first machine learning models.

  • Voice Recognition
  • Face Detection

Interactive Bot

Faithful 3D recreation of your custom companion.

Dancing 3D Robot

Grooving in the Future

Bringing high-tech rhythm and dynamic 3D interactions to your digital experience.

Powered by Raak Sapphire

ROSBOTZ operates under the direct expertise of Raak Sapphire Pvt Ltd, a leader in physical engineering and B2B tech ecosystems.

  • Government Verified

    Recognized by Startup India and globally certified for delivering Tier-1 STEM curriculum.

  • Expert Mentorship

    Not just instructors. Actual engineers building autonomous robots who impart real-world code architecture logic directly to students.

B2B Network Integration

Full Lab Setups

Are you a school or institution director? Raak Sapphire specializes in architecting physical robotics laboratories from the ground up‚supplying hardware racks, power grids, sensors, and full instructor upskilling.

Your Personalized Path

Tell us who you are and we'll build the perfect robotics journey for you.

👦

Young Explorer

AGE 5-9

Start with fun, game-based coding & simple bots.

👨‍🦱

Junior Maker

AGE 10-12

Arduino projects, Python basics, IoT intro.

🙇

Teen Builder

AGE 13-16

AI/ML, Drones, Advanced robotics systems.

👩‍🎓

Advanced Innovator

AGE 16+

Competition prep, AI robotics, career track.

What Our Global Students Say

Real reviews from kids, parents and students across 30+ countries.

"

My son was 9 when he enrolled. In 3 months, he built his own obstacle-avoiding robot! The mentor is incredibly patient and engaging. Best investment we made.

SM

Sarah Mohan

PARENT,BIHAR

"

ROSBOTZ changed my life! I went from knowing nothing about coding to building an AI-powered robot that won our school competition. The 1-on-1 sessions are amazing.

AK

Arjun Kumar

STUDENT, INDIA

"

The drone course was phenomenal! My daughter (14) now wants to pursue aerospace engineering. The kit arrived within a week here in Singapore.

LC

Li Chen

PARENT, SINGAPORE

Learning Pathways

THE ROSBOTZ ADVANCEMENT HIERARCHY

Node 1: Foundation

AGE 8-10 | BLOCK CODING

Understanding basic mechanical joints, power sources, and simple logic mapping inside a scratch-like environment.

Node 2: Intermediate

AGE 11-13 | INTRO TO C++

Shifting from blocks to text code. Hooking up sensors (IR, Ultrasonic) to Arduino microcontrollers to process live data streams.

Node 3: Innovator

AGE 14+ | EMBEDDED SYSTEMS

Full IoT hardware integrations. Building autonomous robotic systems entirely from raw components and custom-written firmware algorithms.