Pen holder

thingiverse

A Project to Spark Young Minds: Exploring 3D Printing and Modeling Get ready to unleash creativity in young minds! A simple project, yet an exciting introduction to 3D printing and modeling software, is a must-try. Pen holders make perfect first-time projects for beginners, and with a touch of personalization, students can create one-of-a-kind masterpieces tailored to their interests. Discover some fantastic 3D design tips and how to integrate this project into a classroom setting using the "MakerEd Project" concept! Variations: Version 1: Unique Cube Shape Version 2: Circular Pen Holder How It Was Designed: Using Creo Parametric, the chosen 3D modeling software, these pen holders were brought to life. First, determining the rough size of the holder was key, followed by creating a block with similar dimensions. From there, using Creo's versatile tools, materials were strategically removed to craft an engaging design for holding pens. Considerations like pen width and hole size were crucial in shaping this project. --- **Project: Personalized Pen Holder** Objectives: * Learn the basics of creating shapes and manipulating them into functional devices. * Master the art of customizing designs and utilizing 3D modeling software. * Understand the fundamental workings of 3D printing machines on a basic level. **Audience:** Suitable for grades 6-8, requiring no prior experience. Only necessary is computer operation skills or an ability to convey ideas clearly to others. **Preparation:** * Computers with applicable 3D modeling software like Creo Parametric or AutoCAD are needed. * No previous experience in 3D design is required; however, familiarity with the chosen software is beneficial. * A teacher knowledgeable about the software will provide assistance when needed. * Group work or individual effort is both encouraged. **Steps:** 1. Begin brainstorming to spark innovative ideas for your pen holder design. 2. Create several rough sketches to refine and solidify your concept. 3. Once a design is finalized, use 3D modeling software like Creo Parametric to bring it to life. 4. Adjust your model as necessary if any issues arise. 5. Upon completing the digital model, have your teacher review it for errors or potential print-related issues. 6. Work with your teacher to generate an STL file suitable for printing. 7. Watch in awe as your creation is printed and return after a few hours to test your pen holder's functionality. 8. Discuss your design's strengths and weaknesses with the class, highlighting areas for improvement. **Outcome:** By project completion, students should possess a deeper understanding of 3D printing capabilities and have learned how to create basic designs on 3D modeling software. Formal reports can be submitted for evaluation, assessing idea generation, desired features, and room for improvement. Group work skills and teamwork abilities are also graded based on successful collaboration and communication among team members.