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These blocks allow my students to model the movement of Earth's crust along fault lines and plate boundaries. They also help model the formation of folded mountain ranges and fault-block mountains. I placed a highway on the top to…
I designed the moon phases, the sun, the moon position chips, and the carrying case in Tinkercad. I printed in 0.2 layers. The moon phases are all 3.0 mm tall and require a filament change on the 9th layer. The Earth was remixed from the…
This is a karst landscape that I designed and 3D printed in Tinkercad. It features a reservoir that can be filled with water, which then flows through channels, dripping into a cave to simulate stalactite formation. Most of the water…
A classroom pencil organizer featuring 32 numbered slots for pencils. I match each pencil # to a student desk # to make sure students return them. Lots of space for a name badge or logo on the front too.
This is an atomic bonding activity that I created with the help of my students. This activity works great at the middle school level to introduce the concept of atomic bond formation. We made a series of metals and nonmetals and cut out…
This chassis allows you conduct a wide range of experiments in the classroom. I use it for the following experiments Bumper attachment: Students build bumpers to limit the peak force Driver compartment: Students investigate the Law of…
This set allows students to demonstrate the seasons by changing the angle of sunlight striking Earth's surface. It includes 5 lines; the Equator, the Tropic of Cancer, Tropic of Capricorn, the Arctic Circle, and Antarctic Circle. The…
This is a classroom sized HR Diagram which allows students to classify stars by their temperatures and luminosity. You can glue magnets to the back of these or attach it permanently. I like to have my students pick a random star out of a…
Weather map symbols for a weather map activity for middle school physical science & meteorology class. Blue: Cold front, high pressure Red: Warm front, low pressure Purple: Occluded front Orange: Dry Line Red to Blue: Stationary front
I created this as an addition to my Indy 500 themed garage. The original idea was AI generated, but the image came out with the text all wrong. I converted the image into an .svg, then corrected the text and made layer heights. Originally…
This model represents the relative abundance of atoms in the universe. Hydrogen, the most abundant, makes up 75%, followed by helium at 23%. Trace elements such as oxygen (1%), carbon (0.5%), neon (0.13%), and iron (0.11%) contribute to…
My students and I created these files for a STEM boat-building challenge. Students first tested their boats to see how much weight they could hold. Next, we placed the boats in choppy waters. Finally, we hot-glued the mast attachments and…
A simple block designed for a STEM activity in which students construct solar sails. It includes several structural hardpoints for mounting sail brackets and supports. We used a shop vacuum to propel these solar sails approximately 10…
Models that I created for my Earth & Space science class. I printed in 0.2 mm layer heights with 10% infill. The Star Core Collapse has arrows with the inward crush of gravity on the layered core. The Core slice shows a cutaway zoomed in…
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