Playto students applying robotics skills on school, national and global platforms.
Global
Luxembourg, Europe
Silver Medal, Mobisciences Tunisia. Jonk Fuerscher (Young Researcher) Award in Luxembourg.
Represented Luxembourg at the Global Level
Global
Delhi NCR, India
Gold Medal, India Finals - Robotics for Good Youth Challenge (ITU, United Nations)
Representing India at the Geneva Global Finals.
School Level
Austin, Texas, USA
Won his school's Shark Tank competition for presenting his innovation, Nikola.
Built a fully functioning prototype at a young age.
National
HCMC, Vietnam
Won 2nd Medal in World Robot Olympiad Competition in South Vietnam.
Awarded at global robotics competition.
District
Seattle, Washington, USA
Won Inter-School Science Fair for building an autonomous mapping robot.
Recognized for his skills in science and innovation.
Entrepreneurship
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.
District
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.
A simple, guided journey from your child’s first robot to advanced innovation.
Your child learns about Robots in a fun and exciting way from a live robotics mentor while you understand how the program works. No prior robotics experience required.
We deliver an age-appropriate robotics kit to your home. Your child begins live 1-on-1 robotics classes with expert mentors and learns step-by-step using our hands-on curriculum.
Your child builds multiple working robots, participates in innovation challenges and develops real STEM skills, creativity and confidence.
Ready to see your child build their first robot?
Our robotics classes for kids are designed differently for each age group so children learn concepts at the right pace while enjoying the process of building robots. As students grow, the projects become more advanced, helping them develop deeper engineering thinking, creativity and real-world problem-solving skills.
Enable children to start solving real-world problems using robotics. Specially designed robotics kits allow them to build and program sophisticated systems while focusing on problem solving and systems thinking rather than complex circuitry.
At this stage, the curriculum focuses on systems thinking and real-world problem solving rather than complex engineering theory or circuit design. Students learn how different elements such as sensors, motors, actuators and programming interact with the environment and with each other to create meaningful behaviors.
This helps students understand how technology works in the real world and lays the foundation for them to explore deeper electronics and engineering concepts in later stages. It also helps children connect what they learn in robotics to subjects like science and mathematics in school.
Students use specially designed robotics kits built for this age group. These kits abstract complex wiring and circuitry so children can treat components such as sensors and motors as intuitive building blocks.
Programming begins with visual drag-and-drop logic, helping students understand algorithms and cause-and-effect systems before gradually transitioning to more advanced programming approaches later.
Students build sophisticated robots that respond to real-world situations and solve practical problems. These projects develop curiosity, logical thinking and confidence while preparing students to explore deeper electronics and engineering concepts in later stages.
This learning experience is made possible through the proprietary robotics kits developed by Playto Labs specifically for this age group.
Learn more about this program.
Develop the ability to analyze real-world problems and design practical engineering solutions using robotics.
At this stage, students begin working with technology at a deeper level. The curriculum introduces more advanced engineering ideas such as electronics, system design and structured problem solving.
Students move beyond simply following instructions and start designing their own approaches to challenges. They learn how different components interact within a system and how engineering solutions are created to solve real-world problems.
Students work with more advanced robotics kits where electronic components and circuits become more visible and accessible. This allows them to begin understanding how sensors, actuators and control systems interact in real machines.
Programming also becomes more advanced as students apply algorithmic thinking to control multiple sensors, actuators and behaviors within their projects.
Students build increasingly sophisticated robots that perform real-world tasks and respond to complex situations. At this stage, many students also begin participating in robotics competitions and innovation challenges.
Because the curriculum introduces engineering concepts in a structured and intuitive way, students are able to work with technologies that are typically considered advanced for this age group. This often allows them to perform exceptionally well in competitions and innovation events.
These experiences strengthen creativity, analytical thinking and independence while building the confidence to work with real engineering systems in the future.
Learn more about this program.
Enable students to work confidently with advanced robotics technologies and build real engineering systems that solve meaningful real-world problems.
At this stage, students work on complex engineering challenges that require integrating robotics, electronics, programming and system design. The curriculum focuses on helping students think like engineers, analyzing problems, designing solutions and building systems that perform reliably in real-world situations.
Students explore a wide range of robotics technologies and develop the ability to understand and work with different tools, platforms and engineering approaches.
Students use advanced robotics platforms, electronics systems and programming approaches to build intelligent machines and automated systems. By this stage, they are comfortable working with real engineering components and technologies used in modern robotics systems.
This hands-on exposure ensures that robotics technologies and engineering tools no longer feel unfamiliar or intimidating as they progress into higher levels of learning.
Students build advanced robotics projects, innovation prototypes and competition-ready systems. Many students at this stage participate in national and international robotics competitions and innovation challenges.
Through these projects, students develop strong engineering portfolios that showcase their ability to design and build real systems. These portfolios can support applications to top universities and advanced STEM programs.
By the time they enter college, students already have hands-on experience with many of the technologies used in engineering labs and research projects, giving them the confidence and skills to perform exceptionally well in advanced academic environments.
Learn more about this program.
While many students progress through the stages described above, our robotics classes are designed to adapt to each child's current level and pace of learning.
All Playto robotics classes are conducted one-on-one with expert mentors. This allows us to understand each student's strengths, interests and prior experience before deciding where they should begin.
Some students may start with foundational concepts, while others may move quickly into more advanced robotics projects depending on their readiness.
Our goal is simple: enable every student to make the maximum possible progress in robotics and engineering thinking while keeping the learning experience engaging and confidence-building.
In Playto robotics classes, kids build real working robots and technology projects that solve real-world problems. Through hands-on learning and mentor guidance, children understand how robotics, electronics and coding work while having fun building their own creations.
"During the last 3 years, more than 2300 students of IIT Delhi participated in the 6-hour aeromodelling workshop conducted in the format of design-build-fly, with the help of Skyfi Labs (parent organization of Playto)."
"At first, I thought Robotics for kids is just a fancy advertisement. But after attending the free session, I understood the concept and how it brings out the potential of my daughter. I also referred 3 of my colleagues!"
"My son loves the Playto kit and sessions. For him, science is fun unlike what I felt in my childhood. I feel that itself is a major victory for me as a parent. He now shows more interest towards understanding science."
A complete hands-on robotics learning experience designed for kids aged 8-16.
An age-appropriate robotics kit delivered to your home so your child can build real working robots.
Live 1-on-1 robotics classes where expert mentors guide your child step-by-step through robotics, electronics and engineering concepts.
Students build multiple working robots and learn how technology solves real-world problems.
Children develop problem-solving skills, creativity, analytical thinking and confidence through hands-on robotics learning.
Through these robotics classes for kids, students learn robotics, electronics, coding and engineering concepts while building real robots. The program helps children develop STEM skills, creativity and problem-solving abilities through hands-on learning.
Kids build real robots using specially designed robotics kits delivered to your home.
Students solve practical challenges and apply robotics concepts to real-world problems.
Live 1-on-1 robotics classes with trained mentors who guide kids step by step.
Robotics classes for kids help children understand science, technology, electronics and coding through hands-on projects. Instead of just learning theory, students build real robots that solve real-world problems.
In Playto robotics classes, kids aged 8-16 learn robotics through live mentorship and specially designed robotics kits delivered to their homes. Students build multiple working robots, participate in innovation challenges and develop STEM skills like problem solving, creativity and analytical thinking.
These robotics classes are designed to make learning engaging and practical, helping children become confident builders, innovators and future engineers.
Looking for location-specific programs? Check our India robotics classes page.
