VIJAYA KALAKSHETRA

Why Robotics for Kids?

Robotics is one of the most transformative ways for children to understand technology, engineering, and innovation. It introduces them to the building blocks of future industries while strengthening academic and cognitive skills.

Learning robotics helps children:

  • Develop logical and analytical thinking

  • Understand mechanics, sensors, circuits, and automation

  • Strengthen mathematics and scientific reasoning

  • Build creativity through designing and constructing

  • Learn coding through practical applications

  • Improve focus, persistence, and problem-solving abilities

Robotics is not just a skill—it is a launchpad for future innovators.

Why Choose Vijayakalakshetra for Robotics Training?

A Structured, Engaging, and Future-Ready Learning Experience

Our online robotics program is engineered to spark curiosity while delivering strong foundational knowledge in engineering and coding.

Our unique advantages include:

  • Live interactive sessions guided by robotics instructors

  • Hands-on building, coding, and experimentation

  • Age-appropriate modules designed for progressive learning

  • DIY robotics activities with safe, home-based materials

  • Weekly challenges to reinforce creativity and logic

  • Recorded sessions for revision and practice

  • Real-world applications to help children understand modern technology

Program Curriculum

  • Understanding robots, automation, and basic engineering

  • Introduction to sensors, motors, and controllers

  • Simple mechanical structures and movement

  • Basic block-based coding to control robots

  • Mini projects: line followers, obstacle movers, and more

 

  • Detailed exploration of gears, torque, and mechanical design

  • Introduction to microcontrollers and logic building

  • Sensor-based robotics (IR, ultrasonic, sound)

  • Coding concepts: loops, conditions, and functions

  • Building interactive robots with purposeful tasks

  • Real-world robotics systems: drones, automation, AI concepts

  • Advanced programming principles

  • Multi-sensor integration and autonomous movement

  • Engineering design challenges and prototypes

  • Capstone robotics project with presentation and evaluation