Coding, also known as programming, is the process of writing instructions that a computer can understand and follow. These instructions are written in specific programming languages, such as Python, Scratch, or JavaScript.
Computers don’t understand regular human language. Instead, we use code — a special language that tells the computer what to do. That’s why we call it coding — we are writing code!
Coding is everywhere in our digital world. It helps us create:
Mobile apps and video games
Websites and online stores
Smart devices and robots
Animations and interactive stories
Whenever you use a phone app or browse a website, coding is working behind the scenes.
Absolutely! Thanks to tools like Scratch and Scratch Junior, children as young as 5 years old can start learning to code in a fun, visual way. Learning to code helps kids:
Develop logical thinking and problem-solving skills
Boost creativity
Build confidence using technology
Understand how the digital world works
Coding teaches us how to talk to computers — and that’s a superpower in today’s world. It’s not just for grown-ups or tech experts. With the right tools and guidance, even young children can learn how to build games, create stories, and bring their ideas to life through coding.
If you want to help your child get started with coding, follow along with us! We offer fun, simple lessons designed especially for kids.
In today’s digital world, programming has become a fundamental skill, akin to reading and writing. Introducing children to coding at an early age is no longer just a trend but a transformative step toward preparing them for a future dominated by technology. From fostering problem-solving skills to opening doors to diverse career opportunities, the benefits of learning programming early are vast and profound. This blog post explores why teaching kids to code is an investment in their cognitive, creative, and professional development.
Programming is essentially about breaking down complex problems into smaller, manageable parts and finding solutions systematically. When children learn to code, they develop a structured approach to problem-solving. They learn to analyze a challenge, identify patterns, and devise logical steps to overcome it. This process strengthens critical thinking, a skill that transcends coding and applies to academics, decision-making, and everyday life.
For example, when a child writes a program to animate a character in a game, they must consider variables like speed, direction, and user input. If the program doesn’t work as expected, they debug it by tracing errors and testing solutions. This iterative process teaches resilience and patience, as kids learn that failure is a stepping stone to success.
Coding is often described as a blend of logic and art. It provides children with a canvas to express their creativity by building games, designing websites, or creating animations. Unlike traditional creative outlets like drawing or music, programming allows kids to bring their ideas to life in an interactive, dynamic way.
For instance, platforms like Scratch, developed by MIT, enable young learners to create their own stories or games using drag-and-drop coding blocks. This hands-on experience encourages them to experiment, innovate, and think outside the box. By coding, children can design unique projects that reflect their personalities and interests, fostering a sense of ownership and pride in their creations.
The world is increasingly reliant on technology, and programming is at the heart of this transformation. From artificial intelligence to mobile apps, coding is the backbone of modern innovation. By learning to code early, children gain a head start in understanding how technology works, preparing them for careers in fields like software development, data science, cybersecurity, and more.
According to the U.S. Bureau of Labor Statistics, employment in computer and information technology occupations is projected to grow 15% from 2021 to 2031, much faster than the average for all occupations. Early exposure to programming equips kids with skills that are in high demand, giving them a competitive edge in the job market.
Coding is often a collaborative endeavor. Whether working on group projects in school or contributing to open-source communities, programmers frequently share ideas and work together to achieve common goals. When children learn to code, they develop teamwork and communication skills as they explain their ideas, troubleshoot with peers, or present their projects.
For example, coding bootcamps for kids often involve pair programming, where two children work together on a single project, taking turns to write code and review it. This collaborative environment teaches them how to articulate technical concepts clearly and value diverse perspectives, skills that are essential in any workplace.
Learning to code can be challenging, but overcoming those challenges is incredibly rewarding. When a child successfully writes a program or debugs an error, they experience a sense of accomplishment that boosts their confidence. This process also instills a growth mindset—the belief that abilities can be developed through effort and learning.
For instance, a child who creates a simple app or game from scratch learns that persistence pays off. They begin to view mistakes not as failures but as opportunities to improve. This mindset is invaluable, as it encourages lifelong learning and adaptability in an ever-changing world.
Computational thinking is a problem-solving framework that involves concepts like abstraction, decomposition, and algorithmic thinking. Learning to code introduces kids to these concepts in a practical, engaging way. Computational thinking is not just for programmers; it’s a universal skill that helps individuals approach problems methodically in any field, from science to business.
For example, when a child codes a robot to navigate a maze, they break the task into smaller steps (decomposition), design a sequence of instructions (algorithmic thinking), and focus on the essential elements of the task (abstraction). These skills enhance their ability to tackle complex challenges across disciplines.
Programming is a versatile skill that opens doors to a wide range of industries. Whether a child is interested in gaming, healthcare, finance, or environmental science, coding skills are applicable everywhere. Early exposure allows kids to explore their interests and discover how technology intersects with their passions.
For instance, a child passionate about the environment might learn to code data visualizations that track climate change patterns. Another interested in storytelling might create interactive narratives or animations. By starting early, children can explore these possibilities and make informed decisions about their future careers.
Coding is inherently interactive, which makes it an enjoyable way for kids to learn. Many programming tools designed for children, such as Code.org, Blockly, or Tynker, incorporate gamification elements like rewards, challenges, and colorful interfaces. These platforms turn learning into a fun, game-like experience that keeps kids motivated.
For example, Code.org’s courses often feature characters from popular games like Minecraft or Star Wars, allowing kids to code their favorite characters’ movements. This approach not only makes learning engaging but also shows kids that coding is accessible and relevant to their interests.
In an era where technology is ubiquitous, understanding how it works is crucial for navigating the digital world responsibly. Learning to code helps children become informed digital citizens who understand concepts like data privacy, online security, and ethical technology use. They learn how apps and websites function, which demystifies technology and empowers them to make informed choices.
For example, a child who understands the basics of data collection in programming is better equipped to question how their personal information is used by apps or websites. This awareness promotes responsible digital behavior from a young age.
Technology evolves rapidly, and coding is a field that requires continuous learning. By starting early, children develop a curiosity-driven approach to learning that prepares them for a lifetime of adapting to new tools and technologies. They become comfortable with exploring new programming languages, frameworks, or platforms as they grow.
For instance, a child who starts with Scratch might later transition to Python or JavaScript as they advance. This progression builds a foundation for lifelong learning, ensuring they remain adaptable in a fast-paced, tech-driven world.
If you’re a parent or educator looking to introduce children to coding, there are plenty of accessible resources available:
Teaching children to code at an early age is an investment in their future. It equips them with critical thinking, creativity, and technical skills that are essential in a world increasingly shaped by technology. Beyond preparing them for lucrative careers, coding fosters resilience, collaboration, and a love for learning that will serve them throughout their lives. By introducing programming early, we empower the next generation to not only navigate the digital age but to shape it with confidence and innovation.
Start small, make it fun, and watch as kids unlock a world of possibilities through coding. The earlier they begin, the brighter their future becomes.
In today’s tech-driven world, teaching kids to code is like giving them a superpower for the future. Coding fosters problem-solving, creativity, and critical thinking, all while being an engaging and fun activity. Thankfully, there are numerous kid-friendly platforms designed to make learning to code feel like play rather than work. Below, we explore 10 of the best coding platforms for kids, each offering unique features to spark curiosity and inspire young learners.
What is it? Developed by MIT, Scratch is a block-based programming platform that lets kids create interactive stories, games, and animations by dragging and dropping code blocks. It’s perfect for beginners, with a vibrant community sharing projects for inspiration.
Why Kids Love It Scratch’s colorful interface and intuitive drag-and-drop system make coding feel like building with digital LEGO bricks. Kids can see their creations come to life instantly, whether it’s a dancing cat or a space adventure game.
Age Range: 8–16 Key Features: – Free to use, with no software installation required (web-based). – Extensive library of tutorials and project ideas. – Supports collaboration and sharing within a safe online community. How to Get Started: Visit scratch.mit.edu and explore the “Create” section to start coding.
What is it? Code.org is a nonprofit platform offering free coding courses for kids of all ages. It features block-based and text-based coding, with activities tied to popular themes like Minecraft, Star Wars, and Frozen.
Why Kids Love It The platform’s gamified lessons and familiar characters make coding accessible and exciting. Kids can create their own games or apps while learning fundamental coding concepts like loops and conditionals.
Age Range: 4–18 Key Features: – Beginner-friendly “Hour of Code” tutorials. – Structured courses for classroom or home use. – Teacher resources for parents or educators. How to Get Started: Head to code.org and try an Hour of Code activity.
What is it? Tynker is a versatile platform that teaches coding through block-based programming, with options to transition to text-based languages like Python and JavaScript. It’s widely used in schools but is also great for home learning.
Why Kids Love It Tynker’s game-like challenges and creative projects, such as designing Minecraft mods or building apps, keep kids engaged. The platform’s colorful visuals and interactive tutorials make learning feel like an adventure.
Age Range: 7–14 Key Features: – Extensive library of courses, from beginner to advanced. – Supports coding for drones and robotics. – Parental dashboard to track progress. How to Get Started: Sign up at tynker.com for free or premium plans.
What is it? Blockly is Google’s open-source, block-based coding platform designed for kids and beginners. It’s highly customizable and used in many other coding tools, like Code.org and Scratch.
Why Kids Love It Blockly’s puzzle-like interface turns coding into a game of logic. Kids can experiment with code blocks to create animations or simple games without needing to type.
Age Range: 8+ Key Features: – Free and open-source, with no sign-up required. – Integrates with other platforms for broader applications. – Supports multiple languages for global accessibility. How to Get Started: Try Blockly at blockly.games for interactive puzzles.
What is it? CodeMonkey is a game-based platform that teaches coding through fun challenges where kids help a monkey collect bananas by writing code. It starts with block-based coding and progresses to Python.
Why Kids Love It The silly monkey character and engaging storylines make coding feel like a treasure hunt. Kids solve puzzles by coding, which builds problem-solving skills in a playful way.
Age Range: 6–14 Key Features: – Progressive challenges that grow with the learner. – Classroom-friendly with teacher tools. – Focuses on real-world coding languages like Python. How to Get Started: Visit codemonkey.com for a free trial or subscription.
What is it? Bitsbox is a subscription-based platform that delivers monthly coding projects to kids, teaching them to build apps using JavaScript. Each project comes with a digital or physical “kit” of coding challenges.
Why Kids Love It Kids get to create their own apps, like games or animations, that they can share with friends and family. The quirky themes (like space or dinosaurs) make every project a new adventure.
Age Range: 6–12 Key Features: – Real JavaScript coding with a kid-friendly interface. – New projects delivered monthly. – Apps run on any device with a browser. How to Get Started: Subscribe at bitsbox.com for digital or physical kits.
What is it? Kodable is a coding platform designed for young learners, using cute fuzzball characters to teach coding basics through drag-and-drop activities. It’s especially great for early readers.
Why Kids Love It The adorable characters and colorful world make Kodable feel like a video game. Kids learn coding concepts like sequencing and loops while guiding fuzzballs through mazes.
Age Range: 4–10 Key Features: – Simple interface for pre-readers. – Parent and teacher dashboards for progress tracking. – Free and premium versions available. How to Get Started: Check out kodable.com for free games or premium content.
What is it? LightBot is a puzzle game that teaches coding logic through a robot that lights up tiles. Kids use simple commands to guide the robot, learning concepts like loops and conditionals.
Why Kids Love It LightBot’s puzzles are like brain teasers, making coding feel like solving a fun mystery. The minimalist design keeps the focus on problem-solving.
Age Range: 4–12 Key Features: – Available as a mobile app or web game. – No reading required, ideal for young kids. – Short, engaging levels perfect for short attention spans. How to Get Started: Play at lightbot.com or download the app.
What is it? Roblox Studio is a free platform that lets kids create their own games within the Roblox ecosystem using Lua, a beginner-friendly scripting language. It’s ideal for kids who love gaming.
Why Kids Love It Kids can build their own Roblox games, from obstacle courses to virtual worlds, and share them with millions of players. The creative freedom is endless, and the results are instantly playable.
Age Range: 10+ Key Features: – Free to use with a robust community. – Advanced tools for 3D game design. – Tutorials and templates for beginners. How to Get Started: Download Roblox Studio at roblox.com/create.
What is it? CodeCombat is a role-playing game where kids code their way through fantasy worlds using Python, JavaScript, or block-based coding. It’s designed to feel like a real video game.
Why Kids Love It The epic battles and heroic quests make coding feel like starring in a fantasy adventure. Kids write code to control their character’s actions, blending gaming with learning.
Age Range: 8–16 Key Features: – Supports real programming languages. – Multiplayer modes for collaborative coding. – Free and premium content available. How to Get Started: Start at codecombat.com with a free account.
Coding isn’t just about building apps or games—it’s about teaching kids to think logically, solve problems creatively, and embrace failure as part of the learning process. These platforms make coding accessible by turning complex concepts into fun, interactive experiences. Whether your child is 4 or 14, there’s a platform here to spark their interest and set them on a path to becoming a confident coder.
Tips for Parents: – Start with short sessions (15–30 minutes) to keep it fun. – Encourage kids to share their projects to build confidence. – Explore platforms together to find the best fit for your child’s interests.
With these 10 kid-friendly coding platforms, learning to code becomes an adventure filled with creativity and discovery. So, pick a platform, dive in, and watch your child’s imagination soar!
As parents, educators, or mentors, introducing children to coding can feel like navigating uncharted territory. With so many programming languages and platforms available, choosing the right starting point is crucial to fostering a love for coding while building a strong foundation for future learning. Two popular options for young beginners are Scratch and Python. Both are excellent tools for teaching kids to code, but they cater to different ages, learning styles, and goals. In this blog post, we’ll dive deep into the differences between Scratch and Python, their strengths and weaknesses, and which one might be the best fit for your child.
Scratch is a visual programming language developed by the MIT Media Lab. Designed specifically for children aged 8–16 (though younger and older learners can use it too), Scratch uses a drag-and-drop interface to teach coding concepts. Instead of typing code, kids snap together colorful blocks that represent programming instructions, creating animations, games, and interactive stories.
Scratch is ideal for younger children (typically ages 6–12) or those new to coding. Its visual, game-like interface appeals to kids who thrive on creativity and storytelling. It’s also great for kids who might feel intimidated by text-based coding or who learn best through hands-on, interactive experiences.
Python is a general-purpose, text-based programming language known for its simplicity and versatility. Used by professional developers for everything from web development to data science, Python is also a fantastic choice for beginners due to its readable syntax and wide range of applications.
Python is better suited for older children (typically ages 10–18) or those with some prior coding experience. It’s ideal for kids who are ready to tackle text-based programming, enjoy problem-solving, and want to work on more complex projects like building apps or analyzing data.
To help you decide which is best for your child, let’s compare Scratch and Python across several key factors:
Winner: Scratch, for its simplicity and accessibility to younger or beginner coders.
Winner: Scratch, for its immediate, game-like feedback and creative possibilities.
Winner: Tie. Scratch excels at teaching foundational concepts in a beginner-friendly way, while Python builds a deeper understanding of programming.
Winner: Python, for its professional relevance and versatility.
Winner: Scratch for younger kids; Python for older kids.
Winner: Scratch, for its zero-setup accessibility.
Pros: – Intuitive drag-and-drop interface. – Eliminates syntax errors, reducing frustration. – Encourages creativity through games and animations. – Vibrant community for sharing and learning. – Free and accessible on any device.
Cons: – Limited to educational use; not a professional language. – May feel “childish” for older kids. – Less focus on advanced programming concepts.
Pros: – Industry-standard language with real-world applications. – Readable syntax, ideal for beginners. – Supports advanced programming concepts. – Vast libraries for diverse projects. – Prepares kids for future tech careers.
Cons: – Requires learning syntax and debugging. – Less immediately engaging than Scratch. – Setup can be complex for beginners.
The decision between Scratch and Python depends on your child’s age, interests, experience level, and goals. Here are some recommendations:
Scratch is perfect for sparking a love of coding. It builds confidence and teaches core concepts in a fun, engaging way. Kids can start with Scratch and transition to Python later without losing the foundational skills they’ve learned.
Python is a great choice for kids ready to dive into text-based coding. It offers more depth and prepares them for professional programming while still being beginner-friendly.
Many educators recommend starting with Scratch and transitioning to Python. Scratch builds confidence and teaches programming logic in a fun way, while Python takes those skills to the next level with real-world applications. For example: – Start with Scratch for kids aged 6–10 to learn basics like loops and conditionals. – Introduce Python around ages 10–12, using familiar concepts from Scratch to ease the transition. – Use Python libraries like Pygame to keep the creative, game-building vibe of Scratch while teaching text-based coding.
Both Scratch and Python are fantastic starting points for kids learning to code, but they serve different purposes. Scratch is the go-to for younger kids or beginners who need a fun, visual introduction to programming. Python is ideal for older kids or those ready to tackle text-based coding with real-world applications. Ultimately, the best choice depends on your child’s age, interests, and readiness.
If you’re unsure, start with Scratch to build confidence and excitement, then transition to Python as your child grows. The most important thing is to make coding a fun, rewarding experience that sparks curiosity and creativity. Whichever path you choose, you’re setting your child up for success in a world increasingly shaped by technology.
Happy coding!
In today’s tech-driven world, introducing kids to programming at an early age can spark creativity, enhance problem-solving skills, and open doors to future opportunities. With an abundance of programming tools designed specifically for young learners, teaching kids to code has never been more accessible or engaging. These tools combine fun, interactive environments with educational content, making coding feel like a game rather than a chore. In this blog post, we’ll explore the top programming tools for kids, highlighting their features, benefits, and why they’re perfect for young coders.
Before diving into the tools, let’s consider why coding is valuable for kids. Learning to code helps children develop critical thinking, logic, and creativity. It teaches them how to break down complex problems into manageable parts and fosters resilience through trial and error. Moreover, coding is a gateway to understanding technology, a skill that’s increasingly essential in nearly every industry. By using tools designed for kids, parents and educators can make this learning process enjoyable and rewarding.
Below, we’ll explore some of the best programming tools for kids, categorized by age group and experience level, to help you choose the right one for your child or student.
For young children, visual and block-based programming tools are ideal. These platforms use drag-and-drop interfaces, colorful designs, and gamified experiences to introduce coding concepts without requiring typing or complex syntax.
Best for: Ages 4–7
Platform: iOS, Android, Web
Cost: Free
ScratchJr, developed by MIT, is a fantastic starting point for young kids. It introduces basic coding concepts through a simple drag-and-drop interface where kids can create their own stories and games by snapping together colorful coding blocks. Each block represents a command, such as moving a character or playing a sound, making it easy for kids to understand cause and effect in programming.
Why Kids Love It: – Bright, engaging visuals that feel like playing with digital toys. – Characters and backgrounds can be customized, encouraging creativity. – Projects can be shared with family or friends, fostering a sense of accomplishment.
Educational Benefits: – Teaches sequencing, loops, and basic logic. – Encourages storytelling and creative expression. – No reading skills required, making it accessible for pre-readers.
Getting Started: Download the app on a tablet or use it on a web browser. Parents can guide kids through the tutorials, but the intuitive interface allows independent exploration.
Best for: Ages 5–9
Platform: iOS, Android, Web
Cost: Free with optional subscription for additional content
CodeSpark Academy is a gamified platform that uses puzzles and characters called “The Foos” to teach coding basics. Kids solve challenges by arranging code blocks to guide characters through mazes, collect rewards, and complete missions. The platform is designed to feel like a game, keeping kids engaged while they learn.
Why Kids Love It: – Fun, animated characters and vibrant graphics. – Game-like challenges that feel rewarding. – A “create” mode where kids can build their own games.
Educational Benefits: – Introduces loops, conditionals, and problem-solving. – Encourages persistence through progressively challenging puzzles. – Supports multiple languages, making it accessible globally.
Getting Started: Sign up for a free account on Code.org or download the app. The free version offers plenty of content, with subscriptions unlocking additional levels and features.
As kids grow more comfortable with coding concepts, they can transition to tools that introduce more advanced ideas while still maintaining a fun, supportive environment.
Best for: Ages 8–16
Platform: Web, Desktop
Cost: Free
Scratch, also developed by MIT, is the older sibling of ScratchJr and one of the most popular coding platforms for kids. It uses a block-based interface to create animations, games, and interactive stories. With a vibrant online community, kids can share their projects, remix others’ creations, and learn from peers worldwide.
Why Kids Love It: – Endless creative possibilities, from simple animations to complex games. – A supportive community where kids can explore and learn from others’ projects. – Tutorials and examples make it easy to get started.
Educational Benefits: – Introduces variables, conditionals, and event-driven programming. – Encourages collaboration and creativity through project sharing. – Builds confidence as kids see their ideas come to life.
Getting Started: Visit the Scratch website (scratch.mit.edu) to start coding in a browser. No software installation is needed, and the platform offers tutorials for beginners.
Best for: Ages 7–14
Platform: Web, iOS, Android
Cost: Free with premium subscriptions
Tynker is a versatile platform that offers block-based coding for beginners and transitions to text-based languages like Python and JavaScript for older kids. It includes a variety of courses, from game design to robotics, and supports popular platforms like Minecraft and LEGO Mindstorms for coding projects.
Why Kids Love It: – Exciting themes like Minecraft modding and drone programming. – Interactive tutorials that feel like games. – A progression from blocks to text-based coding for gradual learning.
Educational Benefits: – Covers a wide range of coding concepts, from loops to functions. – Introduces real-world applications like robotics and game development. – Encourages problem-solving through hands-on projects.
Getting Started: Create a free account on Tynker’s website or app. Free courses are available, with premium subscriptions offering access to advanced lessons and tools.
For older kids or those with some coding experience, tools that introduce text-based programming or more complex projects can help them take their skills to the next level.
Best for: Ages 9–14
Platform: Web
Cost: Subscription-based with free trials
CodeMonkey teaches kids to code in real programming languages like CoffeeScript and Python through game-based challenges. Kids write code to guide a monkey through levels, collecting bananas and overcoming obstacles. The platform balances fun with the rigor of text-based coding.
Why Kids Love It: – Engaging storyline and characters make coding feel like anទ: an adventure. – Immediate feedback on code correctness. – Progression from simple to complex challenges.
Educational Benefits: – Introduces text-based coding in a beginner-friendly way. – Teaches problem-solving and debugging skills. – Prepares kids for advanced programming languages.
Getting Started: Sign up for a free trial on the CodeMonkey website. Subscriptions provide access to full courses and additional features.
Best for: Ages 10+
Platform: Web, Desktop
Cost: Free
Blockly, developed by Google, is a versatile block-based programming tool that can be used to learn languages like Python, Lua, and JavaScript. It’s highly customizable, allowing educators and parents to create tailored coding experiences. Blockly is used in many educational platforms, including Code.org, and supports a wide range of programming environments.
Why Kids Love It: – Flexible and adaptable to different coding languages. – Interactive and visual interface for learning text-based coding. – Open-source and widely supported by educational communities.
Educational Benefits: – Bridges the gap between block-based and text-based coding. – Teaches syntax and structure of real programming languages. – Encourages experimentation with customizable blocks.
Getting Started: Access Blockly through its website or integrated platforms like Code.org. It’s free and open-source, with plenty of online tutorials.
Best for: Ages 6–12
Platform: Web
Cost: Free with premium subscriptions
Bitsbox teaches kids to create simple apps using JavaScript through a kid-friendly interface. Each project starts with a digital “card” that includes code snippets, allowing kids to modify and experiment to create their own apps, which can be played on any device.
Why Kids Love It: – Creates real, shareable apps that work on smartphones and tablets. – Fun, colorful designs and pre-made templates. – Encourages creativity with endless app-building possibilities.
Educational Benefits: – Introduces JavaScript in an accessible way. – Teaches app development and user interface design. – Builds confidence through functional, shareable projects.
Getting Started: Visit the Bitsbox website for free starter projects. Premium subscriptions offer more templates and advanced features.
Best for: Ages 8+
Platform: Web
Cost: Free
Microsoft MakeCode is a free platform that supports block-based and text-based coding for creating games, animations, and hardware projects. It’s compatible with microcontrollers like micro:bit and offers simulators for kids to test their code in the browser.
Why Kids Love It: – Supports both block-based and JavaScript coding. – Interactive simulators for instant results. – Hardware integration for real-world projects like robotics.
Educational Benefits: – Teaches versatile coding skills for software and hardware. – Encourages experimentation with simulations. – Supports advanced concepts like variables and functions.
Getting Started: Access MakeCode through its website (makecode.com). No account is needed, and tutorials guide kids through the process.
Coding is an invaluable skill that empowers kids to create, innovate, and understand the world of technology. With tools like ScratchJr, CodeSpark, Scratch, Tynker, CodeMonkey, Blockly, Bitsbox, and MakeCode, kids can learn to code in a fun, engaging way that suits their age and interests. These platforms make programming accessible, encouraging creativity and problem-solving while preparing kids for a tech-savvy future.
Start with one of these tools today and watch your child’s imagination soar as they build their own games, apps, and stories. The world of coding is at their fingertips—let’s inspire the next generation of creators!