City-building games are everywhere right now. Instead of just playing them, teens can build their own. This step-by-step project goes from a simple driving game in Scratch to a mini city in JavaScript that runs in any browser.
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A balanced framework for distinguishing creative coding from passive screen consumption and setting healthy family boundaries.
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How meaningful STEM education can develop transferable skills alongside technical knowledge.
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A local parent checklist for comparing robotics programs, equipment, teaching quality and age-appropriate progression.
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A balanced parent guide to how children can learn with artificial intelligence while protecting privacy and independent thinking.
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Ten practical rules parents can use to guide safe, critical and age-appropriate artificial-intelligence use.
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A practical evaluation checklist for parents comparing coding programs, trials and providers.
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Nine technical and transferable skills children can develop through well-designed, project-based robotics education.
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A parent-friendly comparison of Scratch and Python based on age, readiness, project goals and learning progression.
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Learn when children can begin coding and how to choose an age-appropriate pathway without rushing formal programming.
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Project-based STEM education for children and teenagers in Tokyo.
