• Duration 12 Months duration
  • Duration 3 Sessions per week
  • Duration 60 mins per session

Learnings from the course

  • Mastery in Robotics : Make wireless controlled robots.
  • Sharpen your analytical skills by building an app to control your robot.
  • Make and play your own games using Minecraft

This Course Includes:

  • Certification Certification
  • Certification Wiinblock
  • Certification Robox
  • Certification 50+ Futuristic Robotic Projects
  • Certification Lifetime Access to Wiingy Library
  • Certification Video Recordings

What will you make

Wiingy Robox

Wiingy Class Plan

9 Modules | 140 Classes | 12 Months

  • Coding Fundamentals

    Module-1 | 6 Classes | 4 Projects

    Coding is used for communicating with computers. People use coding to give computers and other machines instructions on what actions to perform. Further, we use it to program the websites, apps, and other technologies we interact with every day. Hence here we learn all the fundamental concepts involved in it.

  • Robotics Fundamentals

    Module-2 | 7 Classes | 6 Projects

    From simple circuits to complex ones forming the backbone of IoT and Robotics, they shoot up students' interest in understanding of Physics, Mechanics and Electronics. Robotics can be a launching pad for students to realise their passion.

  • Science Exploration

    Module-3 | 7 Classes | 5 Projects

    Science Exploration is an area where a student can explore and learn various concepts of science with physical and practical applications rather than theoretical knowledge. There are a lot of science concepts which need to be learnt in order to prepare any project or any technology.

  • JAVA Script Coding through Game Development

    Module-4 | 10 Classes | 7 Projects

    Game design is the art of applying design and aesthetics to create a game for entertainment or for educational, exercise, or experimental purposes. Increasingly, elements and principles of game design are also applied to other interactions, in the form of gamification. A game designer is the creative driver responsible for bringing a game to life. They are generally a cross between a writer, an artist, and a programmer.

  • Robotics in Everyday Life

    Module-5 | 10 Classes | 9 Projects

    In a regular household, robotics appliances such as cooking bots, lawn-mover or a vacuum cleaner ease the efforts of humans and act as helpful assistants by completing the assigned tasks quickly and effortlessly.

  • Technology in Everyday Life

    Module-6 | 8 Classes | 6 Projects

    People are consuming technology everyday. In this module we will be teaching basic science behind these technologies like network, refrigerators etc. Also a basic pick and place robot, which is a type of mechanical arm, usually programmable, with similar functions to a human arm makes the industrial tasks easy and human free.

  • JAVA Script Coding through App Development

    Module-7 | 12 Classes | 9 Projects

    Mobile application development is the process of creating software applications that run on a mobile device, and a typical mobile application utilises a network connection to work with remote computing resources. On the other hand, web development is basically a type of website development which can be hosted over the internet and further can be used from anywhere in the world.

  • Python Coding with Minecraft

    Module-8 | 20 Classes | 16 Projects

    Start coding with a Minecraft and create your own house, animals, dragons, superheroes, village and magical events. Also put your imagination and limitless resources of Minecraft to create your own fantasy world. Learn coding and game logic by creating worlds and building multiplayer games.

  • Python Coding

    Module-9 | 18 Classes | 14 Projects

    There are dozens of programming languages, and many of them are good for a wide variety of projects. Python is unique in that it’s easy to understand, even for kids with no programming experience. We recommend Python for kids because some languages use a perplexing combination of symbols and abbreviations, Python doesn’t.

  • Advanced Robotics

    Module-10 | 17 Classes | 12 Projects

    Advanced robotics is a combination of sophisticated programming and powerful hardware that make use of smart sensor technology (including ultrasonic, touch, and light sensors) to interact with the real world around it. In Industry 4.0, advanced robotics is used in manufacturing facilities that sometimes run without human oversight around the clock.

  • Artificial Intelligence/Machine Learning

    Module-11 | 12 Classes | 14 Projects

    Machine learning or artificial intelligence (AI) provides systems the ability to automatically learn and improve from experience without being repeatedly programmed. The process of learning begins with observations such as examples, direct experience, or instructions from the environment. The primary aim is to allow computers to learn automatically.

  • Roblox- OOPs concepts

    Module-12 | 13 Classes | 4 Projects

    Technology has changed the way we look at the world around us. With various path-breaking technologies emerging every year, we are observing massive changes in different spheres, education being no exception. These tools are being used to make students familiar with the technological developments in the world and make their learning experience unique.

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Wiingy learning path


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20 Classes

3 Months


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48 Classes

6 Months

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140 Classes

12 Months

Things Moms and Dads
Say about us

Question? Look here

Will my child find the course too difficult or too easy?

Our courses are meant for children over the age of 8. Every child is different, so we will assess them and adapt our methodology accordingly.

What is the duration of the course?

Our Learner level is 20 hours and every class is an hour long. Our Creator level is 48 hours and every class is an hour long. Our Innovator level is 140 hours and every class is an hour long.

What is in the robotics kit?

The kit is a careful selection of components that make for a thorough understanding of robotics. The box comprises a multimeter, DC motors, battery packs, breadboards, well-insulated wires and LEDs, resistors, capacitors, programmable microcontroller, car building chassis, wheels, pump, sensors, insulating tapes, electronics chips, photoresistor, motor driver to name a few.

Can my child continue to learn using the kit after course?

Of course. Your child will have lifetime access to our pre-recorded classes and reading material. He/she can continue to learn and create new projects even after the course. Your child can also sign up for the intermediate or advanced levels.

Who will clarify my child's doubts?

We love it when students are inquisitive. We also understand that some children may be introverted or shy. That’s why our classes are 1:1 and live where the children feel less inhibited to express themselves. On top of that, students may also schedule a short doubt-clarifying-session with their teachers.

When will I get the Robotics Kit?

We usually ship within 48 hours of payment. The delivery may take around 7 business days.

When will the classes begin after I register?

The classes will commence soon after you’ve received the Wiingy Robotics kit. We usually ship the kit within 48 hours of sign-up. And the delivery may take 5-7 business days.

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