In a time and era where technology has taken a huge leap, shaping the lives of people, it is important to ensure that the young generation is prepared for the future that awaits them.
3D printing is helping educators offer students a profound and hands-on approach to solving real life challenges through trial and error. Books and lectures are just a part of the wider curriculum students require.
3D printing offers a way to include role playing and hands-on experience of real scenarios, exposing students to a kind of visualisation that was not possible before.
The opportunity to work and learn together as a team ensures that students gain team building spirit. And the technology can help young minds gain insight into subjects, ruling outpreconceived notions.
With progressive thinking, this technology could help unleash students’ potential.
So let us find out in detail how 3D printing could shape the future of students’ education.
How 3D printing can aid students’ education
Starting from curiosity, this technology can bundle together fun and learning experiences for students. It nudges the younger generation to find out what’s possible with better and newer solutions. At the same time, it provides them with the opportunity to make themselves comfortable with the latest technological advancements, preparing them for a better tomorrow.
Here, we elaborate on how 3D printing technology could help educational facilities offer better opportunities for students to grow to fit in the world where use of technology is often directly proportional to success.
Promotes cognitive learning
With 3D printers, educators can focus on facilitating cognitive learning. This helps students retain knowledge for longer and question their learning, enabling them to progress consistently. The technology can also help boost students’ confidence while offering them experience of a machine that can transform imagination into reality.
Being a fresh technology for schools, 3D printing certainly has the charm to stir the natural curiosity among children of all ages. Due to the way it can solve issues and has the ability to create almost everything one can think of, 3D printers can fascinate reluctant learners to do better.
Encouraging students to think and test
In todays’ schools, practical knowledge occupies a large proportion of the syllabus. And, without experiments, it is impossible to offer students more profound and in-depth understanding of subjects. However, before 3D printers, this was harder for many scenarios.
However, 3D printing allows students to think and experiment, offering more opportunities to come up with unconventional ways and methods for solving problems.
The technology also prepares students through failed attempts and shows them that failure is not the end of the world.
With trial and error, students can reach the optimum results. Understanding that errors and failed experiments are just opportunities to find better solutions. This, in turn, motivates them never to give up.
Motivating them to learn STEM subjects
Young thinkers, if shown the right path, will become the minds behind future technologies. However, growing their interest in subjects that demand concentration and hard work may not be that easy.
Technology-driven subjects are not straightforward to grasp at first, especially if someone has not much natural interest to dive deeper into the syllabus.
And, there is no denying that motivating students at a younger age towards technology and design could help them realise the depth of these subjects. This in turn could influence young minds to improving the technology-driven future.
With experiments, students can more easily understand subjects closely. This encourages them to learn more and opt for STEM subjects that are often ignored because of lack of proper understanding.
Provides better insight with science projects
Projects allow students to explore the facets of subjects more closely.
However, when it comes to learning certain subjects, the absence of proper tools restricts students from visualising the intricate details of models, only available in 2D images.
With 3D printers, these biological models could easily be printed in bigger sizes meaning a microscope is not required to view details closely.
These small contributions lead to bigger results, making students aware of what they are actually learning and what to expect from their knowledge.
There are many examples where students can make 3D models in science that help them to learn in a more profound way.
For instance, students can 3D print molecules to learn about their various properties. Or, one can create structures of DNA or RNA to find out the various components that make these macromolecules.
To explore the basic anatomy, students can 3D print bone models and compare the different structure of a healthy one to one with disorders.
The experiments are not limited to science subjects – they can cover almost every aspect of learning.
By creating models for art work that are otherwise inaccessible, students can gain hands on experience of original pieces. Pick 3D Printer has put out a list of the best free 3D modeling software for beginners, that would allow students to learn and create 3D models on their own.
Students are our future. And their education will play an important role in shaping their minds, making them fit in the demanding world that awaits them. And, in such scenarios, it is imperative to think out of the box and create more room for experiments and self-driven learning experiences for students.
What could be the best answer for this challenge than 3D printing? The technology has a huge potential to reshape the education system.
It can help instill curiosity among students while making them confident and more interested in the subjects they choose to learn about. And it can facilitate hands-on experience about real-life experiences.
Some schools and colleges have already started including 3D printers in their curriculum.We can look forward to a time when a majority of educational institutes use this next generation learning method to help give students the education they need to excel.