Hall of Fame

Students from Bangalore competing at a global level.

These students didn't just build projects. They designed complete robotics systems and competed in international competitions.

From concept to execution, they worked independently on real-world problems, showcasing skills in electronics, programming, and system design.

Playto Labs student Aarav Jai Singh won silver medal in seniors category Robotics for Good Youth Challenge

Aarav Jai Singh

Koramangala, Bangalore

Silver medal, Seniors category, Robotics for Good Youth Challenge.

A global youth challenge organized by ITU, United Nations and Ministry of Communications

Playto Labs student Naithik from Bangalore won silver medal in Robotics for Good Youth Challenge

Naithik Nannan

Whitefield, Bangalore

Bronze medal, Junior category, Robotics for Good Youth Challenge.

A global robotics competition organized by ITU, United Nations and Ministry of Communications

Outstanding Performance

Making Bangalore Proud

Naithik and Aarav made Bangalore proud by winning 2 medals!
They were solo-teams who built their entire robot, including software and hardware, all by themselves and competed against teams with 4 members each!

Click here to read announcement from Ministry of Communications, Government of India about Naithik and Aarav. Playto Labs students won 6 out of the 8 awards at this India national robotics competition organized by ITU, United Nations and Ministry of Communications. Heyansh Aggarwal, a Playto Labs student (from Delhi NCR) is proudly representing India at the global finals in Geneva.

Expert's Pick

Computer Controlled Robot with Object Sensing Control

Kartik Jain Member Since: 2025

Keyboard controlled robot with object intelligence - This robot can move in 4 directions with arrow keys on the keyboard. It will stop if it senses an object nearby.

Allows the operator to move the machine or the robot with the help of keys on a console. It also avoids accidents by stopping the machine or the robot if an object is detected in its vicinity.

Expert's Pick

Mentor feedback

Excellent clarity of concepts across both hardware and code. Karthik not only built a robot but also demonstrated his ability to build complex products by himself. Amazing progress compared to where he started off with Playto Labs.

Fan Favorites

Top 5 most-loved projects, voted by the Bangalore robotics club community

1

Gesture controlled robotic arm

Arham - Grade 7 - Chrysalis High Kadugodi - Bangalore Member Since: 2024

It is a robotic arm which uses the gestures if your hand to move itself.

2

Ahaan's Mousetrap

Ahaan - Bangalore Member Since: 2024

Using an IR sensor and motors to trap a mouse

3

Joystick ping pong game

Yash Mittal - Bangalore Member Since: 2022

It is a bat and ball game where you control the bat with the joystick and after you hit the ball with the bat the LED light will start blinking for few seconds and you will get a point

4

Water Flow Monitoring System

Naisha Ajit - Bangalore Member Since: 2024

This project demonstrates a "Water Flow Monitoring System" using an Arduino and a Hall-effect sensor. The sensor generates electrical pulses as water flows through the pipe, and these pulses are read through an interrupt pin on the Arduino for precise counting, even at high flow rates. Using this data, the Arduino calculates the flow rate once per second, applying a calibration factor to convert pulse frequency into litres per minute (L/min). It also determines the water volume in millilitres for that interval and maintains a cumulative total of overall water consumption.

5

A mini Tutorial for using Joystick and L293 Motor Driver

Swastik Bachhar - Bangalore Member Since: 2024

This is kind of a tutorial of using Joystick and L293 Motor Driver with Arduino Uno

These are not school assignments.

These are real systems kids built from scratch with their own ideas and imaginations. Most of these students had zero experience before starting robotics classes with Playto Labs.

If your child enjoys building things like this, they can start with guided robotics sessions at home. Book A Free Trial Class to see how Playto Labs programs work.

Rising Stars - Projects that are gaining momentum

Projects that are quickly gaining attention and recognition in the community.

ESP 32 server

Nirvaan Jain - Bangalore Member Since: 2025

This project is about an esp32 hosting a server which can be controlled globally because it is connected to an ngrok tunnel

Water dispenser through pulley

Abhay Sidharth - Bangalore Member Since: 2025

Water dispenser using a pulley #AudrinoProject

Smart Dustbin: Harnessing Technology for a Cleaner, Smarter Tomorrow

Avaneesh Herle P - Grade 6 - Global Academy For Learning - Bangalore Member Since: 2025

Its Not just a Bin- its a smart Solution"- Its a Project about Harnessing Technology for a cleaner smarter tomorrow.

Promising Starts - Beginners with huge potential

Popular Robotics projects and skills from Bangalore students who started their robotics journey recently

Automatic watering for plants

Gautham - Bangalore Member Since: 2025

This project demonstrates the use of moisture sensors to automate the process of watering a pot by activating water flow when the pot is dry and stopping it when the desired water level is reached.

Burglar Alarm

Ridhun Praveen - Bangalore Member Since: 2025

The project has a sensor, buzzer and aurdino board. When the sensor detects a obstacle it sends the message and the siren starts producing sound. It is programed to ring continuously for 2 seconds for the people to hear.

Start Building

Learn the skills and build your own projects

Students who want to build stronger robotics projects can begin with Playto Labs live 1:1 robotics classes. Kits are delivered to homes across Bangalore, and mentors guide children from basics to more advanced builds.

Beginner-friendly

Kids can start with motors, sensors, simple logic, and guided hands-on builds.

Project-based

Students learn by wiring, coding, testing, debugging, and improving real systems.

Competition-ready

Advanced learners can build portfolio projects and prepare for showcases or competitions.

Real Skills. Real Achievements. Globally.

Playto students applying robotics skills on school, national and global platforms.

Playto Labs student Sanaa Bhandari winner of Luxembourg Jonk Fuerscher robotics competition Global

Sanaa Bhandari

Luxembourg, Europe

Silver Medal, Mobisciences Tunisia. Jonk Fuerscher (Young Researcher) Award in Luxembourg.

Represented Luxembourg at the Global Level

Playto Labs student Heyansh Aggarwal won Gold Medal in India Finals - Robotics for Good Youth Challenge (ITU, United Nations) Global

Heyansh Aggarwal

Delhi NCR, India

Gold Medal, India Finals - Robotics for Good Youth Challenge (ITU, United Nations)

Representing India at the Geneva Global Finals.

Playto Labs student Sujith M won his school's Shark Tank competition in Austin, Texas, USA School Level

Sujith M

Austin, Texas, USA

Won his school's Shark Tank competition for presenting his innovation, Nikola.

Built a fully functioning prototype at a young age.

Playto Labs student Amelia Rose wins Outstanding Innovation Award at Code for Future Summit Sharjah Global

Amelia Rose

Sharjah, UAE

Won the Outstanding Innovation Award at the Code for Future Summit, Sharjah

Recognized at a leading AI & tech summit

Playto Labs student Prish Gandhi won 2nd Medal in World Robot Olympiad Competition in HCMC, South Vietnam National

Prish Gandhi

HCMC, Vietnam

Won 2nd Medal in World Robot Olympiad Competition in South Vietnam.

Awarded at global robotics competition.

Playto Labs student Aathi won Inter-School Science Fair in Seattle, Washington, USA District

Aathi

Seattle, Washington, USA

Won Inter-School Science Fair for building an autonomous mapping robot.

Recognized for his skills in science and innovation.

Playto Labs student Prem Sai founded Vecros drone startup and raised funding on Shark Tank India and other investors Entrepreneurship

Prem Sai

IIT Delhi, India

Founded a drone startup Vecros and raised funding on Shark Tank India and other investors.

Applied robotics expertise to real venture creation.

Playto Labs student Bhumika P selected for ISS Build Team in Plano, Texas, USA District

Bhumika P

Plano, Texas, USA

Selected for her district's ISS Build Team after presenting her Robotic Arm project.

Chosen for her strong thinking and skills.

These are selected highlights from a much larger community of students consistently building and applying their skills.

Students from Bangalore who join our robotics classes learn through the same structured curriculum, hands-on projects, and mentorship that have helped these students achieve at national and global levels.

See More Student Achievements

Robotics Classes in Bangalore

From Koramangala and Indiranagar to Whitefield, HSR, Bellandur and Sarjapur Road, Bangalore parents are enrolling children in Playto Labs robotics classes: a personal kit at home, live 1:1 mentors, and a global curriculum developed by experts with 10+ years of experience.

Products built by alumni of

Products built by alumni of

Recognized by

Recognized by

Accredited by STEM.org

Accredited by STEM.org

Why Bangalore

A city where kids see technology being built around them

Bangalore has a strong maker culture: local suppliers for parts and kits, startup teams, and engineering communities never far away. That environment gives students a natural curiosity about how products, robots, and real systems work.

Club projects often reflect everyday problems students notice at home or school: plant care, accessibility, recycling, pet care, and automation. The goal is to help kids move from "I saw this problem" to "I built a working prototype."

Playto Labs also offers robotics classes for kids in Bangalore and a robotics summer camp in Bangalore for families who want to learn with the same kind of hands-on building and real systems kids see in the local tech community.

  • Peer inspiration from students across local neighborhoods
  • Mentor feedback on project ideas, debugging, and presentation
  • Open-ended build prompts that encourage creativity beyond classroom assignments
  • Pathways from beginner projects to competitions and portfolio work

Students from these areas

Robotics club highlights from neighborhoods across Bangalore

If you are looking for robotics inspiration near you in Bangalore, Bangalore Robotics Club brings together student projects, mentor picks, and competition stories from across the city, so families can see what peers are building close to home. Builders and families from Koramangala, Indiranagar, Whitefield, Marathahalli, HSR Layout, Jayanagar, JP Nagar, Bellandur, Sarjapur Road, Electronic City, Rajajinagar, Malleswaram, Yelahanka, Hebbal, Banashankari, BTM Layout, Domlur, Ulsoor, Mahadevapura, Brookefield, and Basavanagudi are part of the wider community reflected here.

Projects featured on this club page come from students learning at home across Bangalore with their own kits and live mentor support, so the builds you see mirror how kids actually experiment, debug, and improve in their own spaces, not only in a single physical center.

Many parents use community pages like this to spot sustained, skill-building robotics work from the city: real systems, real iterations, and pathways from beginner builds toward competitions and portfolio-level projects.

FAQs - Bangalore Robotics Club

Bangalore Robotics Club is a community for kids and young builders in Bangalore to discover student robotics projects, competition highlights, mentor-picked builds, and local builder stories.

It is a platform for students to showcase their work, share their projects, get feedback from the community, and get inspired by other students.
Yes. The club includes beginner projects as well as advanced builds, so children can learn from peers at different ages and skill levels. Everyone starts as a beginner and the club encourages young builders to develop the confidence they need to dream big!
Children can start with Playto Labs live robotics classes in Bangalore. They learn with expert mentors, use a personal robotics kit at home, and progress through hands-on projects.
Yes. Students can share what they built, what components they used, and what they learned through Playto Labs. Selected work may be highlighted as mentor picks or on this club showcase.

If you are a student of Playto Labs, you can log in and upload your project in the Playto Labs portal. If you are not a student of Playto Labs, you can send details of your project to this email id: info@playtolabs.com. We will review your project and if it is eligible, we will feature it on the Bangalore Robotics Club page.
Yes. Students from a wide range of schools across Bangalore join this robotics club. Most of them share a strong interest in STEM, robotics, and coding.

Many students who aim to study abroad for their undergraduate education also find this experience valuable, as building real-world projects and showcasing them strengthens their profile for college applications.
Students submit their projects to the club, where they are reviewed and voted on by the broader Playto Labs robotics community, including mentors and experts.

Each project is evaluated by multiple reviewers to ensure fairness and avoid bias. Projects that receive strong ratings are featured on the Bangalore Robotics Club page.

To increase the chances of getting featured, students should:
  • Build projects that solve real-world problems
  • Build projects which are unique and innovative
  • Demonstrate their project clearly
  • Explain their thinking and approach well
  • Write clear and thoughtful descriptions during submission
Yes, there are structured robotics summer camps available for kids in Bangalore. These programs are designed to help beginners get started quickly while also allowing experienced students to build more advanced projects.

Explore Robotics Summer Camp in Bangalore
You can enroll your child in structured robotics classes that guide them from beginner concepts to advanced project building.

View Robotics Classes for Kids in Bangalore
We typically recommend 2 hours per week of structured robotics learning.

It is not about rushing through projects or spending excessive time. What matters is understanding how things work, applying concepts, and thinking through real-world problems.

Students should get enough time to observe in the real world and connect whatever they are learning in classes to the real world. That is the magic of robotics. Robotics bridges the gap between the textbooks and the real world like nothing else.

When kids learn at a steady pace while building, experimenting, and reflecting, they develop stronger problem-solving skills and a deeper understanding of real-world applications.
Yes, robotics is safe for kids when they use kits designed specifically for their age group.

For example, Playto Labs kits are designed for children aged 8 and above, with safety as a core focus. These kits undergo strict testing, use low-voltage components like 9V batteries, and follow child safety standards.

Playto Labs also recommends that children learn under the guidance of experienced mentors so the learning happens in the right way. This can be achieved through Playto Labs live online one-on-one robotics classes.

Learn more about robotics for kids
Not at all. When taught the right way, robotics is actually easier and more intuitive than traditional learning.

Children already interact with real-world systems every day, including automatic taps, elevators, sensors in cars, and more. Robotics builds on these familiar experiences.

Starting with hands-on projects makes learning natural and engaging, and helps children understand even science concepts more easily.

Read our beginner robotics guide
Both are valuable, but robotics gives children a more hands-on and real-world learning experience.

In robotics, kids naturally learn coding as part of building projects. However, unlike standalone coding, robotics helps them see how their code controls real systems such as motors, sensors, and machines.

This makes learning more meaningful, engaging, and easier to understand, especially at a younger age.
Around 8 years old is typically the right age to start robotics.

Robotics involves understanding problems, thinking logically, and applying concepts. By this age, children are better able to grasp why problems exist and how to solve them.

Starting at the right time also allows them to continue learning for years without hitting early limitations, leading to deeper and more meaningful skill development.