Hands-on Coding Classes for Kids and Teens
We help kids go from playing games to building their own apps, websites, and AI projects through creative, project-based learning.
This video showcases one of my 10-year-old students demonstrating her Road Safety Signal Detection Project. Using a Quarky kit, she built and programmed a bot that uses AI to recognize signals, showing how we make advanced concepts like artificial intelligence and robotics accessible and fun for young minds.
This parent testimonial shares how learning to code has helped her daughter develop crucial problem-solving skills. It highlights our focus on teaching logical thinking, which helps children break down complex challenges into manageable steps, a skill that benefits them far beyond the classroom.
Here is a walkthrough of 'Travel Express', a fully functional travel website built by a 14-year-old student to practice her web development skills. This project demonstrates how we guide students to apply their knowledge of HTML, CSS, and JavaScript to create real, tangible products they can be proud of.
Listen to 9-year-old Mira talk about her journey creating the 'Unstoppable Her' app for the global Technovation Girls competition. She explains how she learned to code on Scratch and design on Canva, developing not just technical skills but also public speaking and confidence.
I am incredibly proud to celebrate my students who have officially become PCEP Certified Entry-Level Python Programmers. This video shows their certificates, a testament to their hard work and a key credential that validates their skills for future academic and career opportunities in software development and AI.
This is a snapshot of me conducting a live online coding session for a classroom of young girls at Spandan Academy. It captures our commitment to making tech education accessible and inspiring the next generation of female innovators, whether they are learning in person or from a distance.
This video compilation features several students sharing their positive experiences from our Diwali Game Development Workshop. Their feedback highlights the supportive and fun learning environment I foster, where students feel comfortable asking questions, collaborating, and bringing their game ideas to life.
This is a candid photo from one of our offline class parties, a moment of fun and community without any screens. It’s important to me that we build a supportive group where students can bond, relax, and celebrate their shared passion for technology together.
About Featured
We do not believe in dry theory or boring lectures. Your child starts with hands-on projects from day one, whether it is building a Maze Runner game on Scratch or coding an AI-powered signal detector, so they immediately understand the logic behind the screens.
At Code Minors, we treat coding as a creative language. We break down the curriculum based on age and skill level to keep kids engaged and challenged without feeling overwhelmed.
Our Learning Path
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Ages 6-12 (Foundation): We use MIT Scratch to teach visual block programming. It acts like digital LEGO, where kids learn algorithms, loops, and coordinates while building their own interactive stories and games.
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Ages 10-14 (Intermediate): This is the transition to text-based coding. We teach Python programming or Web Development using professional tools like VS Code. Students learn syntax, data types, and logic, culminating in projects like a live website or data-driven script.
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Ages 12-18 (Advanced): For our older students, we move into AI, Machine Learning, and App Development. We guide them through neural networks, computer vision, and building multi-screen apps with API integrations, often preparing them for global competitions like Technovation.
Why Our Approach Works
We focus on problem-solving first. Before writing code, students create flowcharts to map out their logic. This helps them break down complex tasks into manageable steps—a skill that helps them in school and beyond. We keep our batches small (4-6 students) so every child gets personal code reviews and debugging support from our mentors. Whether your child is a complete beginner or ready for advanced AI mentorship, our goal is to build creators, not just consumers of technology.
Code Minors
I started Code Minors because coding isn't just about typing lines of text—it's about making, breaking, and fixing things. I love that moment of discovery when a student finally builds their first functional app, and I have seen firsthand how these skills help kids approach every challenge with more logic and confidence.
Find the right coding path for your child
Explore our classes, specific tech workshops, or student projects.
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