VEX Robotics is more than coding! Discover how VEXcode VR helps gifted students develop computational thinking, mathematical reasoning, creativity, and perseverance through increasingly complex robotics challenges. Learn why intentional robotics instruction belongs in every gifted STEM classroom.
#smithingifted: The Power of a Confidence Meter
Confidence doesn’t always equal understanding, especially for gifted learners! In the #smithingifted Learning & Innovation Lab, students use a simple Confidence Meter—Not Sure, Maybe, Pretty Sure, or Very Sure—to reflect on their understanding before and after learning challenges.
Using our Micro:bit Coding Academy as an example, students learn that uncertainty is part of the learning process. By revisiting their confidence levels, they develop metacognition, overcome perfectionism, embrace productive struggle, and recognize their own growth.
The goal isn’t to create students who always know the answer. It’s to develop confident, independent thinkers who aren’t afraid to say, “I don’t know…yet!”
#smithingifted #GiftedEducation #Metacognition #GrowthMindset #STEMEducation #StudentReflection
Gifted Is More Than Just a Deep Dive!
Gifted education is about more than providing deeper or more elaborate assignments. While depth and complexity are important, gifted students also need acceleration, curriculum compacting, meaningful challenges, and opportunities to explore new learning.
Effective gifted instruction begins by identifying what students already know and determining what they are ready to learn next. Through the #smithingifted Learning & Innovation Lab, students engage in critical thinking, problem-solving, creativity, and real-world innovation.
The goal isn’t to give gifted students more work. It’s to provide the right level of challenge so they continue to grow.
Sometimes gifted students need to dig deeper. Other times, they need the opportunity to move forward.
#smithingifted #GiftedEducation #Acceleration #DepthAndComplexity #LearningAndInnovation
Adding a micro:bit accelerometer transforms a rubber-band racer from a simple building activity into an evidence-based engineering investigation. Students can compare launches, side-to-side movement, vibration and impacts while testing design changes under controlled conditions. By following a predict–test–analyze–improve routine and completing a claim-evidence-reasoning response, students use real data to explain how modifications affect performance. The project makes mechanical reasoning, coding, persistence and systems thinking visible—abilities that traditional assessments may miss.
The Global Innovation Lab: Every Drop Counts transforms traditional country research into an authentic global collaboration. Each classroom investigates its own community’s water sources, use, challenges, and conservation efforts before contributing findings to a shared dashboard. Students compare common indicators, question patterns and differences, and consider the context behind the data. They then use what they learn to identify a meaningful local water problem and design an informed solution. By becoming local experts first, students develop stronger skills in research, data analysis, global awareness, and innovation.
VEX Robotics is more than coding! Discover how VEXcode VR helps gifted students develop computational thinking, mathematical reasoning, creativity, and perseverance through increasingly complex robotics challenges. Learn why intentional robotics instruction belongs in every gifted STEM classroom.
#smithingifted: The Power of a Confidence Meter Confidence doesn’t always equal understanding, especially for gifted learners! In the #smithingifted Learning & Innovation Lab, students use a simple Confidence Meter—Not Sure, Maybe, Pretty Sure, or Very Sure—to reflect on their understanding before and after learning challenges. Using our Micro:bit Coding Academy as an example, students learn that uncertainty is part of the learning process. By revisiting their confidence levels, they develop metacognition, overcome perfectionism, embrace productive struggle, and recognize their own growth. The goal isn’t to create students who always know the answer. It’s to develop confident, independent thinkers who aren’t afraid to say, “I don’t know…yet!” #smithingifted #GiftedEducation #Metacognition #GrowthMindset #STEMEducation #StudentReflection
Gifted Is More Than Just a Deep Dive! Gifted education is about more than providing deeper or more elaborate assignments. While depth and complexity are important, gifted students also need acceleration, curriculum compacting, meaningful challenges, and opportunities to explore new learning. Effective gifted instruction begins by identifying what students already know and determining what they are ready to learn next. Through the #smithingifted Learning & Innovation Lab, students engage in critical thinking, problem-solving, creativity, and real-world innovation. The goal isn’t to give gifted students more work. It’s to provide the right level of challenge so they continue to grow. Sometimes gifted students need to dig deeper. Other times, they need the opportunity to move forward. #smithingifted #GiftedEducation #Acceleration #DepthAndComplexity #LearningAndInnovation
Adding a micro:bit accelerometer transforms a rubber-band racer from a simple building activity into an evidence-based engineering investigation. Students can compare launches, side-to-side movement, vibration and impacts while testing design changes under controlled conditions. By following a predict–test–analyze–improve routine and completing a claim-evidence-reasoning response, students use real data to explain how modifications affect performance. The project makes mechanical reasoning, coding, persistence and systems thinking visible—abilities that traditional assessments may miss.
The Global Innovation Lab: Every Drop Counts transforms traditional country research into an authentic global collaboration. Each classroom investigates its own community’s water sources, use, challenges, and conservation efforts before contributing findings to a shared dashboard. Students compare common indicators, question patterns and differences, and consider the context behind the data. They then use what they learn to identify a meaningful local water problem and design an informed solution. By becoming local experts first, students develop stronger skills in research, data analysis, global awareness, and innovation.
By Beth Smith, M.Ed. | #smithingiftefd If you know me, you know I do not like a lot of fluff… Read more: One Rubber Duck, Twelve Writing Genres: Building Skill Through a Recurring Character
It’s Not Really About Teaching Kids to Code By Beth Smith, M. Ed. | #smithingifted When people hear that we… Read more: 💻 Why Coding Belongs in the Gifted Classroom
In the gifted classroom, I often ask students to become detectives. They examine primary sources, investigate the Roswell UFO story,… Read more: What Real Detectives Can Teach Students About Evidence—and Assumptions