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Preview of Biology STEM Field Investigation: Identify Plants using AI

Biology STEM Field Investigation: Identify Plants using AI

Product Description:Take your students outside and into the future of science! This 2 day STEM, Biology, and Environmental Science lesson (Years/Grades 6–10) challenges students to identify 10 plant species using AI apps like iNaturalist alongside traditional field guides — then critically compare the results. Students learn when AI is a powerful tool and when it can be dangerously wrong, making this ideal for building real-world digital literacy alongside botanical knowledge. This complete res
Preview of STEM BUNDLE: 5 Complete Lesson Plans Transform Your Classroom

STEM BUNDLE: 5 Complete Lesson Plans Transform Your Classroom

📦 BUNDLE OVERVIEWEngage your students with cutting-edge AI-integrated STEM lessons that combine hands-on engineering, critical thinking, and 21st-century digital literacy. This comprehensive bundle includes  5 complete lesson plans that use AI as a research tool while teaching students when to trust—and when to verify—AI outputs. Perfect for: Years 5-10 (adaptable) Subjects: STEM, Engineering, Physical Science, Digital Literacy, Career Education 🎯 WHAT'S INCLUDED IN EACH LESSONEvery lesson
Preview of STEM Building a Sustainable City Challenge

STEM Building a Sustainable City Challenge

Build a Sustainable City Using AI ResearchTake your students from recycled cardboard into the future of urban planning! This 1–2 day STEM, Environmental Science, and Geography lesson (Years/Grades 5–9) challenges students to physically build model sustainable cities. Half the class use AI to research green infrastructure, renewable energy, and public transit before designing, and the other half relying purely on intuition.Students Collect real classroom data comparing AI-assisted and intuitio
Preview of STEM AI Weather Forecasting Challenge: Data Analysis Years 6-10

STEM AI Weather Forecasting Challenge: Data Analysis Years 6-10

AI Weather Prediction Challenge: Can AI Beat the Meteorologist?A complete 7-day investigation where students collect real weather data, use AI to predict Day 7, then compare results against professional meteorologists and their own observations — discovering firsthand what AI can and can't do. What Makes This Different: Students are randomly divided into two groups. One group uses AI (ChatGPT, Claude, or Gemini) to predict Day 7 weather from their 5-day dataset. The other group researches profes
Preview of Solar Oven STEM: Does AI Improve Engineering?

Solar Oven STEM: Does AI Improve Engineering?

Solar Oven Engineering: AI Research vs Think Smart Approach (Years 7-10)A complete 2-day hands-on engineering lesson where students build solar ovens from recyclable materials, test heat transfer efficiency, and discover whether AI research improves design outcomes. What Makes This Different: Students are randomly assigned to two groups. One group uses AI (ChatGPT, Claude, or Gemini) to research optimal solar oven design before building. The other group uses intuition and trial-and-error ("Think
Preview of The "What If?" Science Book: Fun Experiments with Home Stuff (Audio Book)

The "What If?" Science Book: Fun Experiments with Home Stuff (Audio Book)

Spark a lifelong love of science with "The 'What If?' Science Book: Fun Experiments with Home Stuff"! This incredible collection transforms your home into a dynamic science lab, where curiosity is the main ingredient and learning is an adventure. (FULL AUDIO BOOK) , AUDIO BOOK LENGTH IN HOURS : 12:53:30Packed with over 150 safe, easy-to-follow experiments, this book answers fascinating questions like "What if water clings to a penny?", "What if we build a lemon battery?", and "What if a b
Preview of STEM Science lab:Measuring Human Reaction Time with AI

STEM Science lab:Measuring Human Reaction Time with AI

STEM Science lab:Measuring Human Reaction Time with AIIn this hands-on 1–2 day STEM investigation for Years 7–10, students measure their baseline reaction times using three methods — a ruler drop test, an online reaction timer, and a ball catch challenge — then split into two groups. One group consults AI to find evidence-based training strategies. The other uses their own observations and critical thinking. After a focused training session, both groups retest, calculate perc
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