What You Need to Know About 3D Printing in Early Learning
Are your young students having trouble understanding vague ideas? Would you like to find a way to make lessons more fun, useful, and memorable? 3D printing might be just what your school needs to make things better.
Traditional ways of teaching aren't enough to spark curiosity and deep understanding in today's quickly changing educational environment. What if, though, students could touch, make, and play with their own learning tools? Early education can become an engaging adventure with 3D printing, which encourages creativity, STEM skills, and teamwork.
The best part? It's easier than you think to start. This guide will show you how 3D printing can change the way young children learn and how to use it without getting too complicated. Let's jump right in!
What Is the Impact of 3D Printing on Early Education?
1. Getting Students More Involved and Creative
One of the best things about 3D printing for early learning is that it can keep kids' attention. 3D printing is different from passive learning methods because it lets kids see their ideas come to life as real things. This makes abstract ideas more real. Students can create and print simple shapes, letters, or even small buildings, which helps them learn about space and use their fine motor skills. Students are more interested and remember more of what they've learnt when they can connect with things they helped make, according to teachers.
Besides being fun, 3D printing also helps people be creative. Young students are naturally creative, and 3D printing gives them a way to play around with creation. Making custom toys, puzzle pieces, or animal models makes them think about structure, form, and function in a more critical way. Studies have shown that using 3D modelling and printing as a child can help with spatial reasoning, which is a skill that can help you do well in STEM areas later on.
2. Supporting STEM and Multidisciplinary Learning
Science, technology, engineering, and math (STEM) are all easily taught in early childhood through 3D printing. Building bridges or printing geometric forms are simple projects that teach basic engineering ideas. Researchers have found that elementary school kids who use 3D printing are better at solving problems and have a better understanding of math.
3D printing also helps people learn from different fields. For example, printing small pyramids or Roman columns can be part of a history lesson about past civilisations. This combines social studies with hands-on design. In the same way, biology lessons can use printed models of plant cells or animal bodies to make difficult topics easier to understand. Students can better understand the world by making connections between different subjects using this method.
3. Building Teamwork and Social Skills
Kids learn how to work together, share ideas, and solve problems as a group through 3D printing projects in the classroom. Group tasks, like planning a community building or fixing a printer problem, help people talk to each other and work together. Teachers say that working through design problems helps students learn patience and grit, which are skills that are useful outside of school.
Implementing 3D Printing in Early Learning Environments
1. Picking Out the Right Tools
For early learning situations, picking the right tools is important. One of the tools you need is a 3D printing software. You will need this for creating 3D models or modifying the ones downloaded from 3D printing websites. Additionally, you need it to slice the files and generate the G-code to send to the 3D printer. There are many available, but we recommend using SelfCAD. It is an easy-to-use 3D design software that students can use to create both simple and complex 3D models. Unlike other software for students, which, after they master, they will need to look for advanced software, once they learn SelfCAD, they can continue with it even in their careers, as it comes with advanced tools. The vide below shows the overview of SelfCAD.
SelfCAD also comes with an in-built online slicer that they can use to slice the files and generate the G-code to send to the 3D printer without having to switch to a different software.
It is also affordable, and it runs online, and there is a downloadable version for Windows and Mac, so the students can work anywhere, anytime.
In addition to 3D printing software, you also need a 3D printer. The 3D printer you choose should be safe, easy to use, and fast too. It's also important that the printer has enclosed printing areas, parts that don't get hot, and easy-to-use controls. You can also improve the learning process by choosing printers that work with educational software. A 3D scanner is another essential tool that they can use to scan the objects, import them into SelfCAD, and edit before 3D printing.
2. Adding to the Curriculum
Adding 3D printing to the curriculum makes many topics more interesting by giving students hands-on opportunities to learn. To learn more about biological ideas, students can make models of organs or ecosystems for science class. Printing out geometric forms can add to math lessons and help students understand how things fit together in space. Students in art and design classes can use real models to bring their creative ideas to life.
For example, kindergarteners learning about leaves as part of a writing unit can make and print 3D models of leaves, which combines science observation with artistic expression. In addition to reviewing material, this method improves small motor skills and spatial awareness.
3. Making Sure Safety and Access
When teaching young people how to use 3D printing, safety is the most important thing. Teachers need to set up rules to keep students safe from possible dangers. This includes using printers with sealed designs so that you don't have to touch hot or moving parts. For lessening exposure to emissions, there needs to be enough ventilation, and regular upkeep makes sure that equipment works safely.
Teachers should also teach students how to safely use products and tools. Teaching students how important safety steps are makes for a more responsible place to learn. Also, making sure that all kids, including those with disabilities, can get to the school is very important. Different learners can use customised tools and models, which encourages acceptance.
4. Help and Train Teachers
To use 3D printing effectively, teachers need to know a lot about the technology. Workshops and programs for professional growth can give teachers the skills and confidence they need. There is a lot of information out there on how to use 3D printing in the classroom, but we recommend considering the 3D technology program of SelfCAD. The program has been designed to help educators integrate 3D modeling and 3D printing into their curriculum easily, together with other areas like 3D scanning and VR. In the program, you will get to know what 3D Technology is in detail, and its advantages. You will also learn the various ways you can implement it in your school.
If you would like to learn more about 3D design, the interactive tutorials of SelfCAD are the first place you need to check out.
Real-World Application: Makers Empire Program
Integration of 3D printing into early schooling works well in the Makers Empire program. It has helped 3.8 million students in over 50 countries improve their spatial thinking, interest in STEM subjects, and ability to make their own decisions. The program gives teachers professional development, curriculum-aligned lesson plans, and easy-to-use design software to make it easy for them to use in the classroom.
Numerous schools in Australia have taken the program, for instance, and students there use design and prototyping to work on projects that solve real-world problems. This hands-on method not only helps students learn more, but it also gets them ready for future difficulties by teaching them how to think critically and solve problems.
Conclusion
3D printing has the ability to completely change the way young children learn by making it more creative, interactive, and group-based. The right printers for each age group, projects that fit with the lessons, and teacher help are some of the ways that schools can use technology to get kids ready for an innovative future. The key is to start small, enjoy your wins, and then slowly grow as your confidence and skills rise.
For teachers who are ready to take this step, the benefits—interested students, better learning results, and a creatively buzzing classroom—are well worth the work.
FAQs
What age should kids start using 3D printers in school?
Kids as young as five can use 3D printing with tools that are right for their age, like the 3Doodler Start, which is made to be safe and easy to use.
Is it safe for kids to use 3D printing?
Yes, 3D printing is safe for kids as long as they use printers with safety features like closed working areas and parts that don't get hot.
How can 3D printing help certain subjects?
3D printing helps students learn many subjects, like science, math, art, and engineering, by making it possible to study complicated ideas with real objects.
How can schools fund 3D printing initiatives?
To get money for 3D printing programs, schools can apply for educational funding, work with tech companies, or hold fundraising events. If you would like educational funding, you can check out more details on the 3D technology program of SelfCAD on the process you need to follow.
Are there tools for teachers who are just starting to use 3D printing?
Yes, there are many websites that offer lesson plans, tutorials, and design models to help teachers use 3D printing in their classes. For 3D printing software, SelfCAD is the best tool.
Enjoy powerful modeling, rendering, and 3D printing tools without the steep learning curve.
Need to learn 3D modeling? Get started with interactive tutorials.