Secondary School
3D Printing
Project Idea: “Simple Jewelry Designs“
In this project, upper primary and secondary school students will delve into the world of jewelry design using 3D printing technology. The focus is on introducing students to the fundamentals of 3D design and printing while enabling them to craft personalized and stylish jewelry pieces.
Key Features:
01
Design Inspiration:
Students will brainstorm ideas for their jewelry designs, drawing inspiration from everyday objects, nature, favorite shapes, or symbols that hold personal significance to them.
Sketching Concepts:
Using paper and pencil, students will sketch out their jewelry design ideas, paying attention to simplicity, elegance, and wearability. They will consider factors such as size, shape, and overall aesthetics to create unique pieces.
02
03
Digital Design:
Students will transfer their sketched concepts into a digital format using simple 3D modeling software or online design tools. They will learn basic design techniques to create their jewelry models, focusing on elements like symmetry and intricate detailing.
Customization Options:
To add a personal touch to their jewelry designs, students can incorporate initials, names, birthstones, or intricate patterns into their creations. This customization allows students to design unique and meaningful pieces.
04
05
Material Selection:
Students will learn about different materials suitable for 3D printing jewelry, such as various metals, resins, or ceramics. They will choose the material that best suits their design and desired final product.
Printing Process:
With the assistance of a 3D printer, students will bring their jewelry designs to life.
They will observe the printing process and learn about the layer-by-layer construction of their creations, and understanding how 3D printing is revolutionizing the jewelry industry.
06
07
Finishing Touches:
Once the printing is complete, students will carefully remove any support structures and perform any necessary post-processing steps to refine the
appearance of their jewelry. This may include polishing, plating, or adding additional decorative elements.
Presentation:
Finally, students will showcase their finished jewelry designs to their peers, explaining the inspiration behind their creations and the process they followed to bring them to life.
08
Benefits
Introduction to Advanced Design:
Students gain exposure to advanced 3D design concepts and software, providing them with valuable skills in digital creativity applicable to various fields.
Hands-On Learning:
Through hands-on experience with 3D printing technology, students learn about modern fabrication methods and the principles of additive manufacturing, with a specific focus on jewelry production.
Personalization and Expression:
The opportunity to customize their jewelry designs allows students to express their individuality and creativity, creating pieces that hold personal significance.
Practical Application:
Students create practical and aesthetically pleasing jewelry pieces that can be worn, shared, or gifted, expanding their understanding of the practical applications of 3D printing technology in the fashion and jewelry industry.
Method of delivery:
stl File
For Individuals
For Groups (2 to 3 Members)
For Individuals
PROTOTYPE SIZE GUIDE: L x W x H
(RING, PENDANT, CHARM)
Length = 25mm | Width = 25mm | Height = 25 mm
File requirements:
stl File:
- Exporting the stl File:
- Ensure the 3D model is complete and all components are correctly positioned and scaled.
- Use your 3D modeling software to export the model as a ‘.stl’ file.
- Verify the STL file for any errors or issues that could affect 3D printing.
- File Naming Convention:
Use the format ‘Country_StudentName_ProjectName.stl’ (e.g., ‘Cambodia_Student1_ Jewelry.stl’).
For Groups (2 to 3 Members)
ROTOTYPE SIZE GUIDE: L x W x H
(RING, PENDANT, CHARM)
Length = 25mm | Width = 25mm | Height = 25 mm
File requirements:
stl File:
- Exporting the stl File:
- Ensure the 3D model is complete and all components are correctly positioned and scaled.
- Use your 3D modeling software to export the model as a ‘.stl’ file.
- Verify the STL file for any errors or issues that could affect 3D printing.
- File Naming Convention:
- Use the format ‘Country_GroupName_ProjectName.stl’ (e.g., ‘Cambodia_Group1_ Jewelry.stl’).
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