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STEM that Sticks

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Michigan, United States
About the store
With experience teaching grades 6–12 in STEM classrooms, I’ve had the opportunity to work with students across a wide range of ages and abilities. I’ve taught middle school engineering, mathematics, and AP Physics, and I’ve led students through Project Lead The Way’s Design & Modeling and Automation & Robotics courses. I specialize in creating resources that make rigorous concepts hands-on, creative, and approachable — whether it’s in a middle school makerspace or a high school classroom!
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Preview of Isometric Drawing Practice: Hands-On 3D Sketching Activity for All Learners

Isometric Drawing Practice: Hands-On 3D Sketching Activity for All Learners

Looking for a way to assess isometric drawing skills without another boring worksheet? This Isometric Name Drawing Activity gives students a creative way to apply engineering sketching principles while still providing clear, structured assessment. Students design their name in 3D using an isometric grid, then outline, color, and mount their work to create a display-ready final product. This activity works perfectly as a culminating project or extension after teaching isometric sketching, techn
Preview of Isometric Sketch Notes|3D Drawing Lesson for MS & HS STEM|Differentiated Grids

Isometric Sketch Notes|3D Drawing Lesson for MS & HS STEM|Differentiated Grids

Isometric Sketch Notes – Guided Engineering Sketching for MS & HS STEM Need a clear way to introduce isometric drawing without overwhelming your students? These step-by-step isometric sketch notes walk students through 3D drawing foundations using structured practice that builds real spatial reasoning skills. Students progress through: Correct paper orientationThe 3 required isometric line directionsIdentifying trianglesBuilding squaresConstructing 1x1x1 cubesExpanding to 2x2x2 and 3x3x3 cubes
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About the store

Experience

With experience teaching grades 6–12 in STEM classrooms, I’ve had the opportunity to work with students across a wide range of ages and abilities. I’ve taught middle school engineering, mathematics, and AP Physics, and I’ve led students through Project Lead The Way’s Design & Modeling and Automation & Robotics courses. I specialize in creating resources that make rigorous concepts hands-on, creative, and approachable — whether it’s in a middle school makerspace or a high school classroom!

Teaching style

I believe that learning sticks best when it happens in an environment that feels safe, positive, and uplifting. My classroom is fun, curious, and problem-solving based, but always grounded in patience and low-pressure engagement. I prioritize my students as individuals — paying attention to their personalities, learning styles, and growth. I think about what kind of experience will help each student thrive, and I gently challenge them from a place of care and confidence-building. Whether we’re tackling a tricky math/physics concept or building something hands-on in engineering, I want every student to leave class feeling positive, capable, and inspired — ready to enjoy learning and imagine a future in math, science, or engineering.

My own education history

I earned my Bachelor of Science in Mathematics with a minor in Physics, along with my secondary teaching certification for grades 6–12. I later completed my M.Ed. in Educational Technology and Instructional Design, where I focused on creating engaging, student-centered learning experiences that use technology with purpose, not just for show. My background blends strong content knowledge with practical classroom design — which is exactly how I approach every resource I create.