FAQ about Robotics for kids – A quick guide for parents & teachers
Parents, teachers and students have asked us hundreds of questions about robotics to us so far. Lately we have decided to summarize those robotics related questions along with answers. Here is what we have prepared over the years. Hope this is useful for finding answers to your questions.
1. What is robotics?
A. Robotics is the field of designing, building, and programming machines called robots to perform tasks. For kids, robotics combines fun and learning by understanding robotics’ basics, thinking and creating projects to solve real-world problems.
2. What should be the right age for my kid to start learning robotics?
While the ideal age is 7+, younger children can explore robotics through age-appropriate toys and activities. The activities include unplugged coding, algorithm in daily life, robotic word search puzzles etc. The right age ultimately depends on your child’s interest and nature.
3. How long will it take to learn robotics?
Learning robotics is a continuous process. Kids can grasp the basics within 3 months to 2 years, depending on their age and learning method, but they’ll continue to learn as they tackle more advanced projects further if their interest develops in robotics.
4. How can I determine if my child is interested in robotics?
- Communicate with them about their hobbies and preferences.
- Watch basic robotics project videos together.
- Experiment with DIY toys and STEAM projects.
- Attend science exhibitions and robotics workshops.
- Purchase a beginner-friendly robotics kit to test their interest.
5. What will my child learn in robotics?
Robotics learning starts with a foundation understanding of what a robot is. Children get answers to basic robotic questions. After the fundamental understanding, now comes the hands-on project making part. Here, children start the robotic project making process by making basic electronics projects. For example, Havi’s robotics starter kit introduces simple projects initially like alarms, DIY torch light and basic robotic car. Then, as kids progress, they’ll integrate sensors’ elements and create advanced projects like line-following robots. Later stages include programming robots using languages like Python.
6. What if my child loses interest in robotics?
If your child loses interest, ask about their challenges and offer support. Give them the time to develop interest in robotics. Don’t ask for instant master robotics projects.
And after trying this, If robotics isn’t their passion, encourage them to pursue what excites them most.
7. How will robotics help in clearing JEE/NEET?
Learning robotics enhances creativity, curiosity, problem-solving, and collaboration—essential skills for tackling challenges like JEE/NEET.
Plus, making robotics projects can be a very good mood-booster while preparing for JEE/NEET. Robotics encourages broader interest in STEAM(Science, Technology, Engineering, Arts and Maths) is an additional plus.
But hey, don’t think about teaching robotics to kids for JEE/NEET. Teach it to them so that they can become a creator.
8. Do you provide robotics classes?
We provide DIY Robotics kits. These kits come with an experiment book. Kids can follow the steps given in the book and learn robotics on their own. In case if you are looking for a robotics class, yes, we can connect you with the right teachers to teach robotics to your kids. Contact us to know more about the course.
9. Is robotics about connecting complex wires and circuits?
No. Not all the time. Robotics can be beautiful, too. Robotics is as easy as joining the lego blocks, or creating a robot made from craft papers. Robotic is a vast field including various career options as well, it is not always about connecting the complex wires and breadboard etc.
Definitely.. But keep in mind, the design matters. He likes lego probably because of its easy design of joining the blocks. If you provide him with a robotics kit similar to that, chances are high that he likes robotics, too.
11. Does robotics include coding?
To learn the basics of robotics, initially, you would not require coding. Pre-programmed blocks like those in Havi’s robotics kits allow kids to build and operate robots without coding, and by snap-fitting the blocks.
Yes, to make robots perform specific tasks, we need to write programs. These programs instruct the robot on how to behave in particular scenarios and are integrated into the robot for execution.
Not necessarily. While coding skills are helpful, robotics involves additional elements like electronics and design. Trying out robotics projects will help determine their aptitude.
13. Is robotics the same as coding?
Both are interrelated but different.
Robotics is related to the study of robots as a whole. It includes electronics, design, quality control, and programming of the robots. In fact, coding is one of the branches of robotics.
While coding solely focuses on writing a code that makes the machine do certain tasks and generate certain output.
14. How are robotics & electronics different?
Just like the previous answer, electronics is one part of robotics in which we are dealing with the battery, power, motors, sensors etc.
15. Can we make a robot without coding?
Yes, we can make a robot without coding if we have preprogrammed blocks like havi’s robotics kit.
16. Where should I start my child’s robotics journey?
Depending on the nature of your kid, you can start his robotics journey either using a DIY robotics kit or robotics classes. You can contact us for personalized recommendations.
17. What kits are required to learn robotics?
There are plenty of kits available in the market to learn robotics. According to your kids’ interest and budget, you can opt for any. Here is a quick guide on which robotic kit is suitable for your kid to start learning robotics.
18. Are there certification courses for robotics?
Many certification providers are available. We recommend options that encourage creative thinking over rote learning. We have the provision of a certificate in DIY Robotics Starter Kit. Kids earn credits for completing projects and receive certificates after evaluation.
19. My child is doing well in robotics in school. What additional steps should I take to improve his learning further?
You can encourage him to:
- Participate in science fairs and robotics competitions.
- Explore advanced projects using DIY robotics kits.
- Discuss opportunities further in robotics with his teachers.
20. Are kits better or classes?
Depends. If your kid has the sense of doing, creating, solving problems on his own or you want him to stand by his own, kits are recommended. But if you want a strict structure of course, the classes are good. You can also opt for our kit + teacher structure in which we provide a facilitator to kids who take care of his queries.
Starting your child’s robotics journey is a wonderful way to spark curiosity and build essential skills for the future. We hope we could solve your questions. Reach out to us for personalized guidance!