3D Printers have found their way into classrooms all around the world. There are undeniable benefits of integrating 3D Printing into students’ curriculum. Thanks to the wide range of applications and flexibility of this technology, it can be easily combined with a wide range of subjects. On the one hand, students will learn about 3D printers, 3D design, and the materials themselves. On the other hand, the output of using 3D printers is beneficial for all students from pre-K-12 up to senior students and can create immense value through new forms of learning across the course of study. From printing replicates of historical artifacts in history class to creating models of molecules in chemistry to gain a better understanding of complex formulas. The range of applications for 3D printing in education is plentiful. The core value of 3D printing in education is the illustration of a hard-to-grasp concept and enhancing hands-on learning.

Builds Enthusiasm

3D printing gives students the opportunity to experience their projects from the modeling phase to the realization of the final 3d printed model. This creates both excitement and a better understanding of the design process as they gain first-hand experience from conception to creation. The individual characteristics of the object can be seen more clearly as the students reproduce the project layer by layer. 3D printing brings the theoretical into the physical world, where students can see and feel it, ultimately opening up new possibilities for learning.

Complements the Curriculum

3D printing can be easily integrated into the existing curriculum, or be utilized with complete STEAM-based lessons, like the STEAM program, which enables students and teachers to experience learning in a new innovative way. Unlike conventional classrooms, where students quickly become disinterested, they remain attentive and actively participate in the conception, design, and execution of their projects as they interact with the 3D printer and the teacher.

Gives Access to Previously Unavailable Knowledge

Since 3D printers are usually pre-assembled, even the first print and initiation into the curriculum is relatively simple – thanks to our plug and play approach you can get started right away. It’s a fun, innovative technology that students can pick up quickly and utilize in the learning process. A key experience with 3D printing is the course of constant problem solving and improvement of 3d printed end results. By overcoming technical challenges, the learning process will take away the fear of implementing new and innovative ideas – no matter what area of life they are in. This builds self-confidence, while teachers will enjoy seeing their students motivated and confident with the results they have accomplished.

Opens Up New Ways of Learning

An affordable 3D printer opens up endless learning opportunities. 3D printing opens up the opportunity of experimenting with ideas and encouraging creativity. After all, it’s not easy for young students to learn things without the benefits of visualization. A visual learning environment improves both understanding of the world and the ability to physically grasp projects. 3D printers open up new ways for presenting information in the most efficient and economical way.

Encourages Problem-Solving Skills

3D printers deliver a diverse learning experience. Students need to learn how different 3D printers work and how they are to be used. These types of skills are not taught within traditional school curricula. Students learn to maintain endurance in difficult situations after being taught how to troubleshoot and solve challenges with the 3D printer. Encouraging students’ creativity can trigger a passion for individual thinking that will be useful in their future careers. 3D printing can promote academic achievements and also prepare students for their university education. As a result, students will be able to create their own unique 3D projects. They will have the opportunity to help others, as well as practice their skills in the field of high-end technologies such as additive manufacturing.