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 experiences, adaptations, student responses, and suggestions, too. Together, we can test ideas, learn from one another, and make the curriculum even stronger.
Tested by teachers. Improved by teachers. Built for students who are ready to think beyond the expected. 🧪💡
The 24 Math Game is a simple but powerful way to build number sense, flexible thinking, problem solving, and productive struggle in the 3rd–5th grade gifted classroom. Students use four numbers and different operations to make 24, but the real learning goes far beyond getting the correct answer. Students must explain and defend their reasoning while classmates actively check the work, look for errors, and verify that each solution is mathematically sound. The game is easy to differentiate across grade levels and can be extended through multiple solutions, strategy comparisons, and student-created challenges. Most importantly, 24 teaches gifted students that math is not just about getting an answer quickly—it is about thinking deeply, proving your reasoning, and learning from the strategies of others.
#smithingifted #GiftedEducation #MathEnrichment #24Game #CriticalThinking #MathDiscourse
This blog post explains how using the BreakoutEDU Puzzle of the Day at the beginning of gifted class helps students build critical thinking, problem-solving, perseverance, collaboration, and flexible thinking. These quick puzzles encourage productive struggle, curiosity, pattern recognition, and deeper reasoning while also giving teachers valuable insight into how students approach challenges. It’s a simple routine that sets the tone for a classroom where thinking, questioning, and persistence matter.
Gifted students often have ideas that move faster than their handwriting. For some students, cursive can help by making writing feel smoother, more rhythmic, and more automatic because letters connect instead of being formed one at a time. Cursive may also encourage students to slow down, notice patterns, and pay closer attention to letter formation.
Cursive is not a cure for every handwriting difficulty, and some students may still need supports such as typing, fine-motor help, or accommodations. The goal is not perfect penmanship—it is helping students write fluently enough that messy handwriting does not get in the way of strong ideas, creativity, and communication.
#smithingifted ✍️🧠
What if a Google Sheet could move students from researching global water problems to thinking like Water Systems Engineers? See how the Every Drop Counts KPI Tracker helps gifted students compare countries, analyze inequities, uncover patterns, and turn real-world data into evidence-based innovation.
Disruption Cards add unexpected constraints to STEM challenges, pushing gifted students beyond simply “getting it right” and into deeper problem solving. By changing materials, requirements, or design conditions mid-project, students practice flexibility, perseverance, systems thinking, debugging, and evidence-based redesign. Instead of rescuing students when something goes wrong, teachers guide them with questions that encourage productive struggle. The goal is not just a working circuit—it’s helping students learn to adapt, explain, improve, and think like real engineers. ⚡🧠
#smithingifted — Build it. Test it. Disrupt it. Improve it.
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 experiences, adaptations, student responses, and suggestions, too. Together, we can test ideas, learn from one another, and make the curriculum even stronger. Tested by teachers. Improved by teachers. Built for students who are ready to think beyond the expected. 🧪💡
The 24 Math Game is a simple but powerful way to build number sense, flexible thinking, problem solving, and productive struggle in the 3rd–5th grade gifted classroom. Students use four numbers and different operations to make 24, but the real learning goes far beyond getting the correct answer. Students must explain and defend their reasoning while classmates actively check the work, look for errors, and verify that each solution is mathematically sound. The game is easy to differentiate across grade levels and can be extended through multiple solutions, strategy comparisons, and student-created challenges. Most importantly, 24 teaches gifted students that math is not just about getting an answer quickly—it is about thinking deeply, proving your reasoning, and learning from the strategies of others. #smithingifted #GiftedEducation #MathEnrichment #24Game #CriticalThinking #MathDiscourse
This blog post explains how using the BreakoutEDU Puzzle of the Day at the beginning of gifted class helps students build critical thinking, problem-solving, perseverance, collaboration, and flexible thinking. These quick puzzles encourage productive struggle, curiosity, pattern recognition, and deeper reasoning while also giving teachers valuable insight into how students approach challenges. It’s a simple routine that sets the tone for a classroom where thinking, questioning, and persistence matter.
Gifted students often have ideas that move faster than their handwriting. For some students, cursive can help by making writing feel smoother, more rhythmic, and more automatic because letters connect instead of being formed one at a time. Cursive may also encourage students to slow down, notice patterns, and pay closer attention to letter formation. Cursive is not a cure for every handwriting difficulty, and some students may still need supports such as typing, fine-motor help, or accommodations. The goal is not perfect penmanship—it is helping students write fluently enough that messy handwriting does not get in the way of strong ideas, creativity, and communication. #smithingifted ✍️🧠
📚 What happens when gifted 5th graders read a book that refuses to give them simple answers? By Beth Smith,… Read more: More Than a Novel Study: 5th Grade Gifted Students Read Refugee by Alan Gratz
A message to parents of gifted children By Beth Smith, M. Ed | #smithingifted Your child comes home and tells… Read more: When a Teacher Says, “I Don’t Know How They Are in Gifted”
What if a Google Sheet could move students from researching global water problems to thinking like Water Systems Engineers? See how the Every Drop Counts KPI Tracker helps gifted students compare countries, analyze inequities, uncover patterns, and turn real-world data into evidence-based innovation.
Disruption Cards add unexpected constraints to STEM challenges, pushing gifted students beyond simply “getting it right” and into deeper problem solving. By changing materials, requirements, or design conditions mid-project, students practice flexibility, perseverance, systems thinking, debugging, and evidence-based redesign. Instead of rescuing students when something goes wrong, teachers guide them with questions that encourage productive struggle. The goal is not just a working circuit—it’s helping students learn to adapt, explain, improve, and think like real engineers. ⚡🧠 #smithingifted — Build it. Test it. Disrupt it. Improve it.
By Beth Smith, M. Ed.. | #smithingifted A student releases the first marble. It rolls down the board, hits a… Read more: The Goal Is Not the Marble: How Turing Tumble Builds Productive Struggle