10 Years of Learning: A Maker Ed Reflection
After ten years of supporting maker education, the Executive Director of Maker Ed reflects on program closures, hard lessons, and the enduring spirit of the movement.
Science, technology, engineering, and mathematics-focused learning, including makerspaces, coding, and inquiry-driven STEM programs.
6 resources tagged with this methodology
After ten years of supporting maker education, the Executive Director of Maker Ed reflects on program closures, hard lessons, and the enduring spirit of the movement.
A fourth-grade teacher's persistent question — 'but what should I actually use AI for?' — frames this report on the gap between AI hype in education and teachers' practical need for concrete, classroom-tested use cases. Mi Aniefuna surveys what educators are finding useful, what remains elusive, and why the promise of AI as a teaching tool keeps outpacing its practical reality.
Explores how hands-on maker education and makerspaces broaden STEM appeal for girls and underrepresented students, citing organizations like Techbridge Girls and emphasizing experimentation over rote instruction.
Edutopia visits school-based makerspaces where students design and build their own projects — showing how maker education with 3D printers, electronics, and fabrication tools builds deep STEM understanding, problem-solving, and intrinsic motivation across grade levels.
A broad national alliance advocating for strong STEM education policies, funding, and programs. Publishes research and policy briefs useful for educators, parents, and school founders interested in STEM-focused education.
A hands-on science curriculum and kit supplier designed for homeschoolers, offering complete chemistry, biology, physics, and electronics lab materials bundled with step-by-step curricula.
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