3D Printing Education – 15 Basic Ideas & Resources

3D Printing Education post banner

My 3D printing education? I started my students learning how to 3D design long before we ever had a 3D printer, and that is probably the best way to start. Within Innovative Arts class, we design at least 10 things before anyone prints anything. If you want to get started with your 3D printing education, to learn how to 3D design first.

Do you want to learn how to 3D design or print?

Overview of 3D Printing Education

3D printing is one of the most innovative and helpful tools for teachers today. It has the potential to revolutionize learning by allowing students to create physical objects from digital designs. With 3D printing, teachers can bring ideas to life and give their students a hands-on experience with science, engineering, technology, or any other field that requires creativity and problem-solving. Let’s take a look at some of the ways that educators can leverage 3D printing in the classroom. 

In recent years, 3D printing has become an increasingly popular tool for classrooms across the world. 3D printing can help teachers engage their students in new ways that simply weren’t possible before.

I have a post available where I explain everything I have learned from years of managing printers in the classroom.

So what can students get from 3d printing experience?

Exploring Complex Designs 

One of the major benefits of 3D printing is its ability to make complicated designs easier to explore and understand. By being able to physically hold a model or prototype of a complex object—such as an engine, bridge or machine—students can gain a much deeper understanding than they would from just looking at diagrams or illustrations in textbooks. This means that teachers can introduce more challenging topics and concepts with confidence, knowing that their students will have an easier time grasping them when presented with physical models that they can explore on their own. 

I use TinkerCAD because it is so simple to learn and use!

Hands-on Learning 

3D printing also provides students with a hands-on introduction to CAD technology, which is becoming increasingly important in areas such as engineering and product design. By allowing students to design their own projects on computers then print them out using 3D printers, teachers are able to give them a taste of what it’s like working with this kind of technology while helping them develop important skills along the way. There are plenty of opportunities for teachers to incorporate it into their lessons no matter what type of equipment they have access to. 

Engaging Students 

Introducing something new like 3D printing into the classroom, teachers are able to capture their student’s attention more easily than ever before. After all, who wouldn’t be excited about getting to play around with cutting-edge technology? So not only does this help keep kids engaged during lessons but it also helps them stay interested in STEM subjects long after they leave school; something which could benefit not only individuals but society as a whole too!  

Getting Started with 3D Printing 

The first step in incorporating 3D printing into the classroom is deciding which type of printer you want to use. There are many different types available, ranging from desktop machines to more industrial models. Each option has its own set of pros and cons, so it’s important to do your research before investing in a printer. If you’re just starting out, it may be best to start with a basic desktop model until you get comfortable with the process. 

Once you have chosen your printer, the next step is setting up an environment where students can explore their creativity using 3D printing technology. Make sure that there are clear safety guidelines in place and that everyone understands how to properly operate the machinery. Once you have ensured that everyone is safe and informed, it’s time to start exploring what this technology can do! 

Incorporating 3D Printing Education into Your Lessons 

Now that you have your printer set up, it’s time to start incorporating it into your lessons! One way of doing this is by using projects as teaching tools—you could assign each student a project related to a specific topic or idea and have them use 3D printing technology as part of their project. This could be anything from creating models of molecules or cells for science class, designing virtual objects for math class, or creating prototypes for engineering class. You can even assign group projects where teams work together on one large project involving 3D printing! 

3D printing education has opened up a world of possibilities for educators who want to engage their students in creative learning experiences. By leveraging this powerful tool in the classroom, teachers can provide their students with an unforgettable learning experience while also giving them an invaluable opportunity to explore STEM topics like science and engineering firsthand. Whether you plan on assigning individual projects or group activities involving 3D printers, you are sure to find exciting new ways of engaging your students every day!

Projects that can be extended using 3D printing

All in all, it’s clear that 3d printing education offers plenty of educational benefits for schools and teachers alike. Not only does it provide students with an exciting hands-on learning experience but it also helps them gain a deeper understanding of complex designs while developing important skills along the way too. By introducing 3d printing into classrooms worldwide we could soon see many more students interested in STEM subjects than ever before!

I am creating this site to advance student creativity and help students to take ownership of their learning. The resources on this site are intentionally open-ended and a part of my Innovative Arts curriculum.

Email list – Stay in the loop

Check out the resource hub

A new vision for education

Get email updates & invites

I'm a full time teacher first, so it'll just be an occational email

If you get an error, please go HERE instead.


Your email address will not be published. Required fields are marked *