Enrolling Now in Bibwewadi, Pune

What Your Child Will Learn Inside Our Robotics Classes in Pune

This is a practical learning for your child. They will works with real robotics kits in our robotics classes in pune. They will learn concepts of:

Arduino UNO Board Embedded Systems Wires Connections Circuit Boards IR sensors Ultrasonic sensors Motors, wheels, and robot chassis

Kids learning robotics
CODING THINKING SKILLS Logic • Problem Solving • Decision Making

Learning Roadmap

We move from virtual logic to physical engineering using world-class tools.

Step 01

Learn Block Programming

Your child begins with block-based programming using Tinkercad Codeblocks, using simple drag-and-drop blocks to understand core coding concepts like logic flow and how if, else, and else if statements work.

  • Drag & Drop Interface
  • 3D Visualization of Code
  • Algorithmic Thinking
Step 02

AI & Robotics with Arduino UNO

Your child progresses to Arduino and embedded systems, where they start working with real hardware to understand how code interacts with electronics.

  • Arduino programming
  • Understanding sensors and signals
  • Connecting real hardware
Arduino UNO for Robotics Classes in Pune
Step 03

Build Functional Robots

Students apply their their learning. They assemble their own kits, wire the sensors, and deploy their code to build functional, autonomous machines.

Line Follower
Obstacle Avoider
Smart Lighting
Robotics Classes in Pune for Kids

Projects For Our Robotics Course

From writing code to final assembly here are the functional robots and automation systems your child will build from scratch in this course.

Logic: IR Sensing

Line Follower

Students build a robot that follows a path on the ground all by itself using special sensors, just like a smart train on tracks.

Logic: Ultrasonic AI

Obstacle Avoider

This robot can detect objects in front of it and change direction to avoid crashing, just like how we move around things while walking.

Logic: IoT Basics

Servo Motor

This project teaches students how to control servo motors to move parts with precision, just like in robotic arms and automated machines.

01

Productive Use of Time

Children are not just attending a class; they are building something every session. No idle learning. No passive watching.

02

Early Engineering Thinking

Kids learn how systems work. They connect wires, test circuits, fix errors, and understand cause–effect, building problem-solving skills at a young age.

03

Practical Tech Exposure

Sensors, motors, and Arduino boards. Children don’t just hear about tech—they use it to see how machines respond to inputs.

04

Doing over Memorising

Every concept is applied immediately. If something does not work, they debug it, building confidence and independent thinking.

05

Visible Output Every Week

Parents can see real progress. From simple circuits to working robots, every week shows tangible results.

06

Future Skill Foundation

A launchpad for understanding electronics, automation, and how coding controls the physical world.

What Actually Changes in the Child

Starts thinking logically
Becomes curious about how things work
Learns to solve problems independently
Gains confidence by building real projects
Since 1999 25+ Yrs Excellence
4.9 / 5 Rating Top Rated Institute
10,000+ Students Taught

Robotics Kits Your Child Gets

We believe in physical engineering. Every student is provided with a complete, professional-grade robotics kit to work on during the course. Which includes

Arduino Uno Board

Arduino Board

The "Brain" of the robot. A professional microcontroller used by engineers worldwide.

Robotics Sensors

Sensor Modules

Ultrasonic, IR, and RFID sensors that allow the robot to "see" and "feel" its environment.

Jumper Wires and Breadboard

Connectivity

High-quality jumper wires and breadboards for safe, solder-less circuit building.

Robotics Motors

Motors & Drivers

The "Muscles." High-torque DC motors and L298N drivers to power the robot's movement.

Robot Chassis

Robotic Kit

The "Body." A sturdy, multi-tier platform to mount all components and wheels.

How Your Child Learns With Us

We bridge the gap between playing with toys and engineering real-world technology.

Kids Coding

1. Understand Logic

We transition students from basic visual concepts to writing their very first lines of C Programming. They learn loops, logic, and how computers "think".

Arduino Components

2. Practice Kits

Every student works hands-on with an Arduino UNO board, sensors, and motors. They physically connect wires and see their code control real hardware.

Final Robot

3. Build Real Robots

By Week 4, they integrate everything to build AI-driven robots (Line following & Obstacle avoiding). They don't just consume technology; they create it.

Course Highlights At A Glance

Robotics + AI
C Programming
Arduino Platform
Electronics & Circuits
Sensors & Motors
4-Week Journey

Day-wise Course Syllabus

Daily Duration: 2 Hours

Week 1

C Programming
  • Day 1
    Intro to C, Structure, Variables

    Lab: Simple programs

  • Day 2
    Data types, operators, logic

    Lab: Logic programs

  • Day 3
    Switch-break & Loops

    Lab: Loop structures

  • Day 4
    Functions & Modular

    Lab: Function coding

  • Day 5
    Storage classes & scope

    Lab: Static & extern

  • Day 6
    Arrays, strings & pointers

    Lab: Memory manipulation

Week 2

Arduino & Electronics
  • Day 1
    Intro to Arduino IDE

    Hands-on: LED Blinking

  • Day 2
    Digital I/O

    Hands-on: Button control

  • Day 3
    Analog I/O & PWM

    Hands-on: Brightness control

  • Day 4
    Serial Communication

    Hands-on: Sensor display

  • Day 5
    Ohm’s Law & Circuits

    Hands-on: Circuit building

  • Day 6
    Traffic Light System

    Weekly Mini Project

Week 3

Sensors & Motors
  • Day 1
    DC Motors & Drivers

    Hands-on: Direction control

  • Day 2
    Servo Motor Control

    Hands-on: Angle precision

  • Day 3
    Ultrasonic Distance

    Hands-on: Distance display

  • Day 4
    IR Sensor Logic

    Hands-on: Line detection

  • Day 5
    LCD & Buzzer

    Hands-on: Visual/Audio feedback

  • Day 6
    Integration Practice

    Sensor + Motor Logic

THE FINALE

Week 4

Robot Building & AI
  • Day 1
    Robot Chassis Assembly

    Intro to AI decision logic

  • Day 2
    Brain to Muscle Sync

    Arduino + Motor Sync

  • Day 3
    Line Following Robot

    Build: AI Track testing

  • Day 4
    Obstacle Avoiding Robot

    Build: Ultrasonic scanning

  • Day 5
    Testing & Debugging

    Optimizing robot response

  • Day 6
    Final Project Demo

    Presentation of Robot

Learning Outcomes

"Best program for kids to truly engage their minds and build something meaningful beyond just screen time."

The Real Outcomes

After completing this 4-week program, your child won't just hold a certificate. They will possess tangible, real-world engineering skills.

Master basic C programming logic
Program Arduino embedded systems
Design simple electronic circuits safely
Interface complex sensors and actuators
Control motors and robot physical movement
Grasp foundational Artificial Intelligence
Implement IF/THEN decision logic in robots
Build and demonstrate functional robots

Robotics Classes in Pune – FAQs

What will my child learn in robotics classes in Pune? +

Your child learns coding logic, electronics basics, and hands-on robotics. They work with Arduino, sensors, jumper wires, and embedded kits to build real robots like line followers and obstacle avoiders.

Are these robotics classes beginner-friendly for kids? +

Yes. Training starts from zero. Kids begin with block programming, then move to Arduino and real hardware step by step.

Do you provide robotics kits in Pune for students? +

Yes. Every student works on a complete robotics kit including Arduino board, sensors, jumper wires, motors, and circuit components. Learning is fully hands-on.

What types of robots will my child build? +

Students build track-following robots, obstacle-avoiding robots, smart automation systems, and sensor-based projects using real components.

Will my child learn coding in this robotics course? +

Yes. The course includes block programming and basic C programming. Kids understand how coding controls real machines.

What sensors are taught in robotics classes? +

Students work with ultrasonic sensors (distance detection), IR sensors (line tracking), RFID modules (automation systems), and other real-world components.

What is included in the embedded kit used in training? +

The embedded kit includes Arduino UNO board, sensor modules, jumper wires, breadboard, motors, and robot chassis used for building real projects.

Are these robotics classes practical or theory-based? +

This is 100% practical training. Every concept is followed by lab work where students build circuits, connect sensors, and test their robots.

What is the duration of robotics classes in Pune? +

The program follows a structured 4-week learning path with daily hands-on sessions and project building.

How do robotics classes help in child development? +

Robotics builds logical thinking, problem-solving skills, technical understanding, and confidence through real-world application of coding and electronics.

What age group is suitable for robotics classes? +

These robotics classes are designed for school students who are ready to learn coding, electronics, and hands-on building in a guided environment.

Why choose your robotics classes in Pune? +

This program focuses on real learning. Students build working robots, understand sensors and wiring, and gain practical engineering exposure from day one.

Our Pune Headquarters

Join Pune’s leading IT training ecosystem. Our state-of-the-art campus is designed to provide you with the best learning environment, fully equipped labs, and direct access to industry expert mentors.

Envision Institute

Plot No.3, Yasho Parva, 1st Floor, Shree Sant Eknath Nagar Part I, near Rajarshi Shahu Bank, Bibwewadi, Pune, Maharashtra 411037