Atom Kit for Visually Impaired

thingiverse

This is an atom kit based on a standard organic/inorganic molecule kit that revolutionizes the way we learn chemistry. Each atom is meticulously named according to its unique molecular geometry, setting it apart from other kits on the market. Central atoms are differentiated by distinct textured shapes that serve as skins for the typical spherical atom, making learning more engaging and interactive. The design draws inspiration from the Envision the Future Design Challenge submissions of Flowerto, available at https://pinshape.com/items/35137-3d-printed-tactile-chemistry-learning-atoms. It also incorporates a concept inspired by Caroline Benz, an undergraduate student at Marymount University, as featured on https://pinshape.com/items/35147-3d-printed-atom-kit-for-visually-impaired. This comprehensive kit was created through consulting work for a university and is designed to cater to the needs of visually impaired students. The holes for pegs are strategically placed at 5 mm, ensuring compatibility with bonds commonly found in molecule kits. To enhance accessibility, samples of textures are included, allowing users to print them separately and combine them with braille to teach various atoms. This concept is based on the tactile chemistry kit from the Envision the Future Challenge: https://pinshape.com/items/35137-3d-printed-tactile-chemistry-learning-atoms. In response to printing issues with the original kit, I reimagined the design from scratch using Fusion 360 and Meshmixer. A color-coded Excel table listing atoms, bond geometries, and textures used is also included for easy reference.