Coding is a great skill to learn, however, it’s tricky for young learners to work on their technical abilities consistently. Kids may find coding boring or get stuck on small hiccups, but there’s a way to help shift their mindset about computer programming. In this article, we’ll discuss getting your kids excited about coding, so they don’t miss out on the chance to create something incredible!
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Find out how to get your kid excited about coding
It’s simple to introduce coding to children, but keeping them engaged can be challenging if faced with difficulties or improper strategies. Inspired by effective teaching strategies prevalent in the classroom, here are different ways to keep your student excited about coding.
1. Make Real-World Connections
“Why should I learn to code?” is a common question kids ask, especially when AI tools seem to do so much automatically. Today, coding isn't just about becoming a programmer; it's about AI literacy and understanding the systems that power our world. Just like learning to add before using a calculator, it's important to learn how the background processes work with AI and coding.
To answer their question, it's best to make connections between their hobbies and modern technology. If they love art, show them how they can create their own animations in Scratch with their drawings and bring them to life. If they love robotics, show them real world examples and explain how coding and AI made it all possible.
By making these meaningful connections, you show that coding is a foundational tool for critical thinking and creative problem-solving in an AI-driven society.
2. Find Appropriate Challenges
Sometimes coding can be too easy, but it can also be too hard. Both will lead to burnout. The best way to learn is by facing challenges and debugging code, but to many errors to soon can lead to anger and frustration. When students find the content unchallenging and too easy, they’ll disengage. To prevent or deescalate exhaustion, evaluate what areas in coding your student excels in. Challenge them to use nested loops in their coding projects. Find ways to keep adding new tasks to expand their knowledge. However, be careful about the challenges you give them. If students have too much challenging work, they’ll disengage because they don’t feel like they can complete the difficult task.
If your child has a challenge, they don’t know how to solve, try using the scaffolding method. Scaffolding is a process teachers use in the classroom to help students learn a new skill. It builds a student’s confidence to complete a given task. You can use this technique to help your child learn to code by asking what they know already. The student’s response will help you assess what information you can give to help them complete their challenge. Then, you can work through a similar coding challenge together. Afterwards, they will take that new information and independently solve the problem.
This technique is one way to help your child work through coding problems, but perhaps your student is having trouble with the coding language in general. If that’s the case, help them find the best programming language for them.
3. Encourage Breaks
With the high level of screen time children experience today, managing screen time effectively is a crucial part of digital wellness. Students, especially younger ones, need time to refocus, so implementing brain breaks into their practice time can help refuel their brain power to push through their coding challenges. Plus, students are less likely to burn out and associate coding with challenges, thus leading to less excitement.
Students need dedicated time away from the keyboard to refocus. Research on physical activity and learning shows that brain breaks improve self-efficacy and recharge mental capacity. Implementing offline activities into their coding sessions prevents burnout and stops kids from associating programming with exhaustion.
Encourage your child to take physical brain breaks. Whether it's a quick walk, stretching, or an unplugged logic puzzle, stepping away from the screen helps them process what they've learned and return to their coding challenges with renewed excitement.
Here are some brain-break ideas you can encourage your child to try during their coding time.
4. Gamify the Learning Process
If your child loves video games, gamifying the coding process is a surefire way to capture their interest. Research on game-based activities confirms that gamification significantly boosts motivation and participation. A group of scientists conducted research using game-based activities in an undergraduate information technology class to assess engagement levels in the classroom. After the implementation, they found that gamification positively affected motivation and engagement. Students who were unmotivated at the beginning of the semester grew to be more participatory through gamification.
Today's learning tools go far beyond simple badges and trivia. Introduce your kids to immersive platforms and adaptive AI games that scale in difficulty as their coding skills improve. Many modern educational games allow kids to program their own avatars or write logic scripts to navigate virtual worlds, bridging the gap between playing and creating.
By turning algorithms into quests and debugging into puzzle-solving, you transform a potentially dry subject into an interactive adventure that keeps them coming back for more.
5. Change the Way Children Think About Coding
Understanding the job growth of computer science-related jobs before learning to code could be helpful for students, but it could also lead them down a different path when it comes to learning. Kids should prioritize fun in the learning process instead of prospects. In a study on achievement goal theory, researchers found that students who want to learn and understand a subject are likelier to have high and thorough engagement levels.
One way we can change the way kids think about their computer science education is by helping them understand the value of why they’re learning to code. How can they use their skills in the real world?
Another way we can help children think is by creating goals. Make goals with your child so they can develop a growth mindset. Start with small goals, like understanding loops, to big ones, like creating a project that uses nested loops.
Also, you can help your child reflect on their thinking process. Ask them what went well and didn’t and how they can fix their errors. Create self-affirmations they can say to themselves before they begin coding, like “when I come to a challenging coding problem, I can always remember coding concepts I learned before.”
Here are some strategies teachers use to get students to think about their learning.
6. Collaborate with Peers!
Coding is terrific because it teaches kids about teamwork. You can have your child invite their friends over to collaborate on a coding project, like making a video game. By working together, they can make coding fun. Social learning transforms programming from an isolated task into a shared creative experience, keeping motivation high through community support. It also prepares them to work like real-world computer programmers, who rely on teams to build much of today’s technology.
Learn how to get your student excited about computer science
Technology is the future, and we want the best for young learners by exposing them to this skill. However, we also want them to have fun while learning to code. The tips discussed earlier are great ways to help this aspect of your child’s learning, especially when learning about computer science.
If your child is ready and excited to learn how to code, check out these courses that use Scratch: For younger learners in kindergarten to second grade, check out Scratch Jr; For kids in second to sixth grade, check out Scratch Ninja; For students in sixth to ninth grade, check out our advanced Scratch option Accelerated Scratch.
Up next, explore even more ways to motivate your child to code.
Written by Hunter Wilkinson, a fervent reader and learner. She got into education to share her passion for storytelling and STEAM instruction. In her free time, Hunter loves to write songs/poems, run, play video games, and hang out with her two fluffy cats.
