Prosthetic: Project Prostheducate

thingiverse

Project Prostheducate is a hands-on project that teaches students about 3D modeling and printing while creating prosthetic attachments for amputees. Here's an overview of the project: **Project Overview** * The goal is to create a prosthetic attachment using 3D modeling and printing. * Students will design, test, and refine their attachments until they are satisfied with the result. * The project should take approximately 2-4 weeks to complete. **Materials and Technologies Needed** * 3D printer(s) * Computer(s) * 3D printing filament * Rubber bands * Super glue/hot glue (Teacher's choice) * 7/8" Velcro Straps (Optional) * Pliers or other tools for removing support structures **Step-by-Step Guide** 1. **Design an Attachment**: Use a 3D modeling software to design an attachment. 2. **Test and Refine**: Test the attachment, make adjustments as needed, and refine the design until it meets your requirements. 3. **3D Print the Attachment**: Once you are satisfied with the design, 3D print the attachment. 4. **Assemble and Test**: Assemble the attachment and test its functionality. **Examples of Prototypes** The project provides examples of prototypes for different attachments, such as: * Wrist pieces * iPhone holder attachment * Spoon/fork holder attachment * Snack cup holder * Violin bow holder attachment * Toothbrush holder attachment **References and Resources** The project includes references to online tutorials and resources on 3D modeling and printing, including YouTube videos and articles. **Assessment and Rubric** The project should be assessed based on the student's ability to design, test, and refine their attachments. The achievements expected from students will depend on their age and skill level. A rubric can be used to evaluate student progress and achievement. **Handouts and Assets** A Google document is provided with additional resources and assets for the project, including a worksheet for designing your own attachment. Overall, Project Prostheducate is an engaging and interactive way to teach students about 3D modeling and printing while creating prosthetic attachments that can make a real difference in people's lives.