3D Printing in secondary education

Developing students skills

3D printing in secondary education transforms the imagination into reality and without doubt, its use is an alternative and innovative method to develop new invaluable skills and abilities of pupils. 3D printing technologies help students deeply understand and explore subjects.

Empower students valuable skills

In secondary school, teaching students foundational skills that are relevant to their future, such as the STEM and STEAM curriculum, is no longer optional. Educators are constantly looking for new and innovative ways to bring their students together, engage their curiosity, and teach them 21st-century skills, and it can be a challenge. However, using 3D printing technologies for secondary education can be a powerful way to foster creativity, communication and collaboration, critical and design thinking.

Pre-order a lilM8 for your school

The lilM8 will provide an easy, simple and safe experience into 3D printing that’s affordable for every classroom. It’s perfect for secondary school STEM subjects purposes. This is an inexpensive investment in student’s education to help cultivate your school’s innovation potential. Being affordable, it can easily fit into a school’s budget without comprising other resources.

Application of 3D printing in secondary education

The application of 3D printing in secondary education is mainly used in broadening students’ horizons, transforming profound concepts into visual objects, and helping students to acquire knowledge and enhance their opportunities for career success in the future.

Equipping pupils to understand the application and potential of this new type of technology will be important to help prepare them for a world in which similar technologies will be increasingly commonplace, particularly in STEM contexts.

The solution to educational problems

3D printing in secondary education can help students by offering endless solutions to different problems, for example, every architecture student wonders about making models of their projects – why not 3D print one straight from your computer! Or imagine how much more fun chemistry classes would have been if you actually could have touched the DNA. Your imagination and innovation only limit the implications.

A new dimension to the educational experience

3D technology helps to develop different sets of skills, such as thinking outside the box, problem-solving, and many others. 3D printing stimulates creativity through different educational projects, it helps students to understand math and physics better, for example, the students can easily design complex models and 3D print them to help them understand the laws of physics. The student has to first understand the task or work on solving the problem with his 3D-designed model, and after weeks of designing and testing, they are rewarded with a 3D printed model. Such a way of learning is very motivating for the students as they can actually see the results of their hard work.

Engaging students

Thanks to 3D printing young students are encouraged to think independently and organize their workflow. Letting students use 3D printing is also letting them be in charge of a project from the 3D model stage to the final printing process. It helps them to be engaged and to learn some modern skills by themselves. 3D technologies are also rewarding students with affordable results that motivate them to work and grow. A whole 3D printing process requires several skills, from the creative process to some technical designing abilities.

About classes with 3D printing technologies

3D technology helps to develop different sets of skills, such as thinking outside the box, problem-solving, and many others. 3D printing stimulates creativity through different educational projects, it helps students to understand math and physics better, for example, the students can easily design complex models and 3D print them to help them understand the laws of physics. The student has to first understand the task or work on solving the problem with his 3D designed model, and after weeks of designing and testing, they are rewarded with a 3D printed model. Such a way of learning is very motivating for the students as they can actually see the results of their hard work.