Smart cubo

🌍 From Vision to Global Impact
Our mission to Málaga, Spain was more than a visit—it was the beginning of a long-term international collaboration connecting art, education, innovation, entrepreneurship, culture, and technology between Málaga and Round Rock, Texas.
We are pleased to share a comprehensive information hub documenting the Málaga 2026 mission. It includes:
✅ Mission highlights and outcomes
✅ Photo galleries and videos
✅ International media coverage across Europe and other countries
✅ Institutional meetings and partnerships
✅ Málaga's Innovation Ecosystem and Polo Digital
✅ Official presentations and resources
✅ The vision and next steps of the Picasso Initiative
📖 View the Málaga 2026 Mission Information Hub:
https://www.steminschools.us/malaga-2026
It is a central information resource created to share the mission results, documentation, and progress with our partners, supporters, and the public. (StemInSchools)
Together, we are building an international platform where creativity, education, and innovation become engines for economic development and global collaboration.
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Information & Project Websites
🔹 Málaga 2026 Mission Information Hub: https://www.steminschools.us/malaga-2026
🔹 Unlocking Picasso: https://www.unlockingpicasso.com
🔹 Birthing Picasso: https://birthingpicasso.com/
🔹 Texas European Chamber of Commerce Foundation: https://texaseuchamber.org

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From Makers to Global Teams: Scaling K–12 STEM through Labs, Partnerships and Access This week in K-12 STEM, three fresh headlines spotlight how we can make innovation accessible, high-impact and equitable.At MIT Museum’s Science Carnival, young learners built robots, explored sea-bots and tried out microscopes—proof that maker culture belongs in public learning spaces, not just...

https://www.steminschools.us/post/from-pilot-programs-to-pipeline-scaling-early-stem-access-into-sustained-impact

From Pilot Programs to Pipeline: Scaling Early STEM Access Into Sustained Impact In an era of accelerating change, early exposure to STEM matters more than ever. Today, I’m encouraged by the launch of EmpowHER: Girls in STEM in Guilford, CT—where 5th and 6th graders dove into robotics, chemical engineering, and wildlife biology in a lively Saturday program. CT InsiderProgram...

Harnessing Growth & Support in K‑12 STEM: GenAI, Investment & Accessibility

The latest developments in STEM education reveal that we are at a critical juncture. A recent U.S. national survey shows increasing adoption of generative AI in math and science classrooms—teachers are using it in creative ways, yet many report limited support and concerns about misuse. Meanwhile, market forecasts predict rapid expansion in entertainment robotics, signaling growing public interest in robotics that education systems can tap into. Closer to the classroom, 92 Indiana schools have won robotics grants enabling purchase of kits and expansion of robotics programs across all grade levels.

For STEM‑educators, school leaders, and policy makers, these trends offer actionable insights:

• Support teacher capacity: Ensure training, guidelines, and institutional resources are in place for integrating GenAI ethically and effectively.
• Leverage market momentum: Use robotics market growth to justify investment, partnerships, and innovative programming.
• Expand access through funding: Grants like Indiana’s help lower barriers—especially for underserved schools—to hands‑on robotics experience.

The future of STEM education depends not only on innovation, but on systemic support and equitable distribution. Let’s build programs that are forward‑looking and accessible.