Unlocking Creativity: A Guide to Lego Coding for Kids & the Role of Parents

Joe Goodwin

Unlocking Creativity: A Guide to Lego Coding for Kids & the Role of Parents

If you’re like me, you’ve spent countless hours building with Lego bricks. Now, imagine combining that creative play with the power of coding! Lego coding for kids does just that. It’s an innovative way to introduce youngsters to the world of computer programming.

Through Lego coding, children can learn the basics of coding while having fun. They use Lego bricks and simple coding concepts to create moving models, interactive stories, and even games. It’s a perfect blend of technology and creativity that can captivate a child’s interest and spark their imagination.

In this digital age, it’s never too early to start learning about technology. And Lego coding for kids offers a hands-on, engaging way to do just that. So, let’s dive in and explore how your kids can benefit from this unique learning approach.

Understanding Lego Coding for Kids

When we dive into the world of Lego coding, it’s akin to stepping into an interactive playground. Lego coding, or as it’s officially known, Lego Education, is an approach to teaching young learners about programming.

I know you might be scratching your head thinking how Lego bricks have anything to do with coding. Bear with me here – it’ll all make sense soon. Lego coding isn’t about making Lego models respond to coding languages like Python or Java. It’s a unique system that weaves together the physicality of Lego construction with the logic of programming.

Here’s how it works. Kids are provided with ‘intelligent’ Lego bricks, often part of Lego Education kits like WeDo 2.0 or Boost. These special bricks come equipped with various sensors. Some sense distance, some movement, others light or color. There’s even one kind of intelligent brick that plays the role of a mini-computer, storing and executing the simple programs that children create.

To program their models, kids use a visual programming language designed with simplicity in mind. Blocks of code are represented as colorful, interlocking bricks – much like the Lego they’re already familiar with. All they need to do is drag a code block onto a canvas, customize its instructions, and voila: they’ve created a program!

This is where the magic begins. By connecting their Lego model to a device with the coding environment, the young programmers can bring their Lego creations to life. A robot may walk, a bridge may raise, or a bird may flap its wings – their imagination is the only limit.

Through this process, kids gain hands-on exposure to key coding concepts such as sequences, loops, and conditionals. And the best part? They’re learning in a medium they already know and love. That, in essence, is what makes Lego coding such an engaging and effective tool for introducing children to the universe of programming.

Benefits of Lego Coding

Today’s world is becoming more digitalized, and programming has become an essential literacy in the digital age. For many of us, Lego coding isn’t merely building models brick by brick; it’s agreeing with the philosophy of ‘learning by doing’.

Let’s delve into the primary benefits of Lego coding for children.

Critical Thinking and Problem-Solving Skills

Lego coding encourages kids to think outside the box. It’s not just about connecting bricks; it’s about developing solutions to complex problems. During the Lego coding process, kids will often face challenges that require innovative solutions. This fosters their problem-solving skills, critical for real-world scenarios.

Enhances Creativity

Next up is the enhancement of creativity. Lego coding, by default, allows for a level of creativity through its various possibilities. There’s no unique way to create a Lego model or to code it, allowing children to freely express their wild imaginations.

Introduction to Programming Concepts

Programing concepts like sequences, loops, event handling, or conditional operations could be a tough nut to crack for young brains. However, Lego makes these concepts easier, enjoyable, and engaging for them. By implementing these concepts in the building process, children can directly see the impact of the codes they’ve written. This practical exposure garners their interest in programming from an early age.

Boosts Confidence

Coding gets kids excited, and we’ve all seen that triumphant sparkle in a child’s eye when their creation springs to life. From creating a simple structure to a fully functioning robot, it does wonder for a kid’s confidence. It makes them realize that they can create tangible, interactive things with their skillset.

Children learn a lot from this small yet powerful brick system. Not only does it open doors to an early exposure of STEM (Science, Technology, Engineering, and Mathematics), but Lego coding also cultivates 21st-century skills like teamwork, communication, critical thinking, and creativity. Lego, with its educational coding system, paves a playful, creative, and innovative path for children to master coding. However, its main victory lies in making a seemingly complex subject an enjoyable, engaging, and meaningful learning experience.

Getting Started with Lego Coding

Now that we’ve laid the foundation, you’re likely wondering, ‘how do we get started with Lego coding?’ Ideally, it’s not as intimidating as it might initially appear. Your child doesn’t need previous coding or Lego experience. In fact, Lego’s innovative learning toys are designed to grow alongside your child, adapting to their increasing skills and knowledge. This approach serves as a testament to Lego’s “learning by doing” philosophy.

Lego coding kits often come with easy-to-follow, step-by-step instructions that systematically guide the child throughout the building process. The coding concepts are cleverly integrated into the assembling process, making it fun for the kids to learn. Most of these kits incorporate Lego’s iconic bricks with advanced tech gadgets, such as motors, sensors and a hub that connects to a device via Bluetooth.

Once the child has assembled the Lego creation, the exciting part begins – coding! Here, kids can use a free user-friendly Lego coding app compatible with iOS and Android. The app employs a drag-and-drop system that makes it easy to arrange programming commands, making it an attractive and engaging way for kids to learn coding. Here’s a quick breakdown:

Aspect Details
Assembly Use step-by-step instructions to build Lego masterpieces
Connectivity Incorporates tech gadgets like sensors & hub for Bluetooth connectivity
Coding Use Lego coding app featuring a drag-and-drop system

Moreover, most Lego coding sets allow children to embark on exciting missions and solve challenges using their programmed creations. This approach adds layers of enjoyment, fun, and creativity to STEM learning. Lego understands that children learn better when they are actively engaged and having fun.

The magic of Lego coding doesn’t stop at this point. Beyond coding basics, your child can tap into advanced features, enabling them to code more complex sequences and commands. This deeper level presents them with further challenges and learning opportunities – and that’s always the ultimate goal.

Examples of Lego Coding Projects

Diving deeper into Lego coding, let’s discuss specific examples of projects kids can undertake. These aren’t merely building blocks – they’re gateways to unlock the hidden potential of young future coders.

WeDo 2.0 Core Set is a prime Lego coding set that combines building and coding for hands-on STEM learning. This set includes a motor, two sensors, and almost 300 building elements. It’s the perfect resource to engage kids aged 7 to 10, with its scientific inquiry and engineering design tasks. Through project-based activities, children can solve real-world problems while learning to code.

One popular project is creating a Lego rover. Using the WeDo 2.0 Core set, kids can code and construct a mini Mars rover, experimenting with sensors to avoid obstacles. I should note, that while constructing a rover may sound advanced, the WeDo 2.0 platform simplifies the process. Guidance and intuitive drag-and-drop coding interface make it manageable for kids.

Boost Creative Toolbox is another remarkable Lego coding set pushing this educational envelope further. It offers five different building and coding projects from Vernie the Robot to the Guitar4000, each introducing programming in unique, interactive ways. This set is designed for older kids aged 7 to 12.

On building Vernie, kids can code its behavior and interactions through simple sequence-based coding exercises. Not only does the robot respond to voice commands, but it can also execute pre-programmed functions. For instance, Vernie can dance, tell jokes, and even shoot darts. Here again, we see that the learning process is so seamlessly incorporated into the fun, that kids often forget they’re developing advanced skills.

To take it a step further, kids can also design, build, and code musical instruments, such as the Guitar4000. Picture a kid programming unique sound effects for their guitar, experimenting with pitches, and enjoying the creative liberty Lego coding offers.

Each project in these Lego coding sets facilitates meaningful learning experiences where kids can discover the essence of programming concepts and develop critical-thinking skills. Don’t forget, the fun and excitement are merely bonuses. The real reward is the knowledge and expertise kids gain, opening up a world of digital possibilities. Now that’s what I call impactful learning with Lego coding.

Tips for Parents and Educators

As we dive deeper into the realm of Lego coding for kids, it’s important to offer guidance to the key facilitators of this learning process. Parents and educators can play a crucial role in fostering an environment that nurtures curiosity and encourages problem-solving with Lego’s coding systems.

Here are a few tips to get started:

  • Blend Learning with Play: The beauty of Lego coding lies in its ability to merge education with entertainment. Ensure the ‘Learning by Doing’ approach by respecting the playful nature of the activity. This fosters creativity and keeps kids engaged in the learning process.
  • Encourage Curiosity: Resist the urge to step in. Allow the kids to figure out problems by themselves. This method is more likely to foster a sense of achievement and boosts self-confidence.
  • Focus on Process, Not Outcomes: While it’s quite thrilling to see Vernie the Robot come to life, it’s more important that kids understand how they arrived there. The emphasis should be on ‘how’ not ‘what’. This reinforces the concept behind coding and STEM.

Now let’s explore specific kits and projects related to Lego coding.

The WeDo 2.0 Core Set is a fantastic starting point. It’s designed to introduce kids to robotics and engineering in an enjoyable and accessible way. WeDo’s easy-to-follow visual instructions make the learning process interactive and enjoyable, transforming complex concepts into fun activities.

Next up is the Boost Creative Toolbox. This innovative kit takes Lego coding to another level. It’s a versatile platform that allows kids to build and code five different models from one set of pieces. Each project challenges the young ones to explore more complex principles of coding and engineering.

All in all, Lego coding presents an opportunity for kids to learn and grow. As parents and educators, we’re there to guide them as they embark on these digital adventures. With the help of Lego coding, we can inspire the leaders and creative thinkers of tomorrow. And though our journey into Lego coding continues, bear in mind that we’re equipping our young learners with the tools to rule the future.


So there you have it. Lego coding for kids isn’t just about building colorful structures. It’s a powerful tool that blends fun with education, sparking curiosity and fostering a love for learning. With kits like WeDo 2.0 Core Set and the Boost Creative Toolbox, kids are introduced to robotics and advanced coding in an engaging way. But remember, it’s not just about the outcomes. The journey of exploration and discovery is equally important. As parents and educators, let’s guide our children through these digital adventures. Let’s help them become the creative thinkers and future leaders they’re destined to be. Let’s make learning with Lego coding a memorable experience for them.

Joe Goodwin