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3D Printed Art
Exploring 3D Printed Art with MADE
At MADE, we blend art, technology, and engineering through innovative 3D printed art. We focus on teaching advanced 3D printing techniques, using these skills for creative fundraising, and utilizing UCLA’s Samueli Makerspace. In this post, discover our goals, fundraising strategies, and how we maximize our 3D printing resources.

Our Goals for 3D Printed Art
At MADE, we aim to revolutionize the way students engage with art by incorporating 3D printing into the creative process. Specifically, our objectives include:

3D Printing Software
We provide comprehensive training on various 3D modeling tools. This instruction enables students to design intricate and visually impressive art pieces, translating their ideas into tangible works of art.

Fabrication Techniques
Operating 3D printers is crucial for executing art projects. Our hands-on sessions ensure students gain practical experience with cutting-edge technology, enhancing their ability to create precise and professional-quality prints.
By integrating these skills, we prepare students to excel in both artistic design and practical application, fostering a deeper appreciation for the intersection of art and technology.


Consequently, by purchasing our 3D printed art, supporters not only contribute to our cause but also acquire unique, handcrafted pieces that showcase the creativity and talent within our club.
Utilizing the UCLA Samueli Makerspace for 3D Printing
A key resource in our 3D printing endeavors is the UCLA Samueli Makerspace, a 9,000-square-foot facility located in Boelter Hall. This cutting-edge space offers:


For more information or to get involved, please contact us at madeatucla@gmail.com.
Learn More About UCLA Samueli Makerspace and 3D Printing Resources
To explore the resources available at UCLA Samueli Makerspace, visit their official website and see how they support student projects and foster creativity.