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Learn Robotics with Expert Instructors for Young Innovators

We offer offline robotics classes, taught by skilled educators, making coding, engineering, and problem-solving fun and accessible for young learners.

Top-Rated Course | Trusted by a Vast Community of Parents

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Key Features

🎓

Age-Appropriate Curriculum

Our curriculum is specially designed for students aged 6 to 14 years, ensuring concepts are simple, engaging, and suitable for young learners.

📈

Step-by-Step Learning Progression

A well-structured learning journey that smoothly guides students from Basic to Advanced levels, building confidence and technical skills.

🤖

Hands-On Robotics Projects

Practical robotics challenges and projects conducted after every 10 sessions to strengthen real-world understanding.

👨‍🏫

Expert Mentorship

Students learn from experienced and dedicated instructors who specialize in Robotics, AI, and STEM education.

🧩

Interactive & Practical Learning

Learning through hands-on activities where students build and program robots using real-world applications.

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Course Completion Certification

Students receive an official HBATeched course completion certificate to recognize their learning achievements.

Course Structure

Level 1: Basic (Sessions 1–10)

What Students Will Learn

  • Introduction to robotics and understanding robot movements.
  • Controlling robots using simple commands and logic.
  • Learning how sensors detect light and touch.

Key Activities

  • Build and program a robot to move forward, backward and turn.
  • Make robots respond to light and touch sensors.

Project

My First Robot – Create a robot that moves and reacts to touch.

Level 2: Intermediate (Sessions 11–20)

What Students Will Learn

  • Understanding how robots follow paths using infrared sensors.
  • Using loops and conditions to perform advanced tasks.
  • Basic programming concepts using block-based logic.

Key Activities

  • Build a line-following robot.
  • Program robots to complete obstacle challenges.

Project

Obstacle Course Challenge – Design a robot that navigates obstacles.

Level 3: Advanced (Sessions 21–30)

What Students Will Learn

  • Decision-making using sensors and intelligent logic.
  • Building multi-task robots with automation features.
  • Debugging and improving robot performance.

Key Activities

  • Create robots that pick and move objects.
  • Program robots to avoid obstacles or follow humans.

Project

Robot Helper – Build a robot that assists in real-world tasks.

Ready to Begin Your Child’s Coding Journey?

Join our course and watch your child unlock their creative potential. Contact us now.

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Empowering Students With Future-Ready Tech Skills

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