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Why STEM Belongs Under the Tree
Good STEM experiences help kids: Solve problems  instead of giving up when something is hard Experiment and fail  without falling apart emotionally Use creativity and logic together  (yes, both can exist in the same brain) Build confidence  every time something they designed actually works In a world where tech is everywhere, kids who understand how things work  are not just more prepared for future jobs—they’re more independent, more resilient, and frankly, less bored. So if


🧠Why Robotics Matters for Kids: Building Brain Power & Boosting IQ
🌟 Introduction At Robotic Camp , we don’t just build robots—we build young minds. Robotics blends creativity, teamwork, and hands-on problem-solving in ways that strengthen the brain and prepare kids for a technology-driven future. 🚀 1. Hands-on problem-solving enhances brain development When children build and program robots, they engage in computational thinking : breaking problems into steps, recognising patterns, and designing logical solutions.<sup>[1]</sup>A research
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Why STEM Belongs Under the Tree
Good STEM experiences help kids: Solve problems  instead of giving up when something is hard Experiment and fail  without falling apart emotionally Use creativity and logic together  (yes, both can exist in the same brain) Build confidence  every time something they designed actually works In a world where tech is everywhere, kids who understand how things work  are not just more prepared for future jobs—they’re more independent, more resilient, and frankly, less bored. So if
Michelle Baric
5 days ago4 min read
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🧠Why Robotics Matters for Kids: Building Brain Power & Boosting IQ
🌟 Introduction At Robotic Camp , we don’t just build robots—we build young minds. Robotics blends creativity, teamwork, and hands-on problem-solving in ways that strengthen the brain and prepare kids for a technology-driven future. 🚀 1. Hands-on problem-solving enhances brain development When children build and program robots, they engage in computational thinking : breaking problems into steps, recognising patterns, and designing logical solutions.<sup>[1]</sup>A research
Michelle Baric
Oct 263 min read
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