Hey there, folks!

I'm curious if any of you are teaching your kids how to code at home. What materials do you find helpful—books, software, video tutorials? And what about 3D modeling? For instance, using Blender. I'd love to hear from dads who are guiding their children through these skills.



It seems that some people might not consider it appropriate for a child so young to get involved in these activities, but I find it really fascinating.

By the way, the child in question is 8 years old.

Teaching kids how to code and engage in 3D modeling at a young age can be a wonderful way to develop their problem-solving skills, creativity, and logical thinking. There are several resources that can be helpful for introducing coding and 3D modeling to an 8-year-old.

For coding, there are plenty of books and online resources designed specifically for children, such as "Scratch" or "Code.org," that provide interactive and engaging platforms to learn programming concepts. Additionally, there are software tools like "Scratch" and "Tynker" that are great for kids to start learning the basics of coding through visual block-based programming.

When it comes to 3D modeling, Blender can be a fantastic tool, although its interface might be a bit complex for an 8-year-old. However, there are simpler 3D modeling software tailored for children, such as "Tinkercad," which provides an intuitive and user-friendly platform for them to create and modify 3D models.

As for guiding children through these skills, I would recommend starting with simple and fun projects to maintain their interest and enthusiasm. It's essential to provide guidance and support while also allowing them the freedom to explore and experiment on their own.


When teaching coding and 3D modeling to young children, it's essential to make the learning experience enjoyable and age-appropriate. For coding, you can explore resources like "ScratchJr" and "Swift Playgrounds," which are designed specifically for younger children. These platforms provide a playful introduction to programming concepts through storytelling and game creation.

In the realm of 3D modeling, programs such as "Morphi" and "BlocksCAD" offer simplified interfaces and engaging activities for young learners to create and manipulate 3D models.

As a guiding parent or mentor, it's crucial to foster a supportive and encouraging environment where mistakes are seen as part of the learning process. Encourage your child to take on small projects that align with their interests, whether it's creating a simple animation, designing a game, or crafting a basic 3D model.

Moreover, introducing computational thinking at an early age can help children develop problem-solving skills and logical reasoning that will benefit them in various areas of life, not just in technology.

Remember to balance screen time with physical activities and other non-digital pursuits to ensure a well-rounded upbringing. Overall, providing a nurturing and stimulating environment for children to explore coding and 3D modeling can ignite their curiosity and passion for technology and creativity.

Children in elementary school are still developing their thinking skills, as their brains are not fully matured to handle abstractions, logic, and reasoning. Instead, they rely on their mechanical memory and visual-imaginative thinking to understand concepts. This is why teaching programming to them may not be practical. However, if a child shows a natural aptitude for logic and mathematics, they could try learning programming around 4th grade, but for most children, it may be more appropriate to wait until 7th grade.

At this age, children are at their prime for developing motor skills, which greatly influences their cognitive development. They also rely heavily on visual aids. It's important to provide age-appropriate toys and tools to support their logical thinking development, such as suitable building sets, rather than advanced ones meant for older children. For example,
I've seen eight-year-olds at an exhibition assembling a construction set and then enjoying role-playing with robot cars, showing their interest in how things work at their age.

Let the children be. They'll start working in 15 years. In 15 years, the industry might change, and programmers could end up earning as much as an average customer service manager, while other skills may be in demand. Furthermore, there's no guarantee that the child will even be interested in programming or want to pursue it for life.

8 years old? ARE YOU KIDDING? Do we really expect parents to replace bedtime stories with programming manuals or introduce coding instead of the alphabet?

I personally began studying programming at the age of 20. I may not become a leader at Google or Microsoft, but exposing a child to programming books at a young age doesn't ensure they'll surpass me. And if you're hoping for a child-friendly programming book, I have to disappoint you. These products aren't designed to teach children; they're created to convince well-meaning parents to purchase them in hopes of securing their child's future.