Global Innovation Lab
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#smithingifted Teacher Lab: Where Teaching Ideas Get Tested
The #smithingifted Teacher Lab is a place where teaching ideas move from theory into real classrooms. I’ll share the successes, challenges, surprises, and adjustments that come from using gifted education, STEM, robotics, technology, and creative-thinking strategies with real students. But the Teacher Lab isn’t just about my classroom—teachers who use #smithingifted curriculum can share their…
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Every Drop Counts: Exploring New Mexico’s Water Resources in the Global Innovation Lab 💧🌵
This blog post explores New Mexico’s water resources through The Global Innovation Lab’s Every Drop Counts challenge, helping students connect science, geography, agriculture, technology, law, and systems thinking. It also explains how the Texas v. New Mexico and Colorado Rio Grande case and the 2026 Supreme Court settlement affect groundwater use, farming, communities, industry, and…
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Learning Alongside My Students: Exploring Lopaka in The Global Innovation Lab
In this #smithingifted blog post, I share how I am exploring Lopaka as a creative tool for The Global Innovation Lab. Working with Ivan Guzman and Mikhail Ilan from Lopaka, I am learning how students might use design, coding, sensors, robotics, and small display screens to turn real-world ideas into meaningful prototypes. As we begin…
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Using Google My Maps in the Gifted Classroom: Mapping The Global Innovation Lab
The Global Innovation Lab is growing! 🌎🚀 In this post, I share how Google My Maps is helping us connect classrooms around the world so students can collaborate on real-world challenges like water conservation. If you want your students to think bigger, create meaningful solutions, and learn alongside students from other communities and countries, I…
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FarmBeats for Students: Classroom Ag with micro:bit — Growing Innovation Through the Global Innovation Lab
This blog post explores how FarmBeats for Students: Classroom Ag with micro:bit can support the Global Innovation Lab by connecting coding, agriculture, water conservation, and real-world problem solving. Through micro:bit sensors and hands-on investigations, students can collect data on soil moisture, plant growth, and water use while designing solutions to grow plants more efficiently. This…